LabJack — DAQ devices

Introduction

htf offers native support for LabJack’s DAQ devices to easily use them in tests without the need of a driver (except on Windows, where a driver is necessary).

Limitations

Streaming is not yet implemented.

Preparation on Linux

Simply install libusb and everything works out of the box, even from within Docker.

Driver installation on Windows

The easiest way to use LabJack devices via USB is to install the LJM software package that includes an USB driver. It can be downloaded here.

Alternatively you can use libusb as a driver for USB communication. To do that, please follow the installation instructions from libusb.

Supported devices

htf supports the following LabJack devices

• T4

• T7

• T7-Pro

• T8

List USB devices

To list connected USB devices, run

labjack list
# 0cd5:0007 (bus 1, device 76): LabJack T7 'My_T7_123' Ethernet: 192.168.0.100 Wifi: <not connected>

The output lists all connected devices with the device name and IP addresses. It does not search for devices via network.

Opening USB devices

To open any USB device, do not pass any parameters when instantiating a client.

from htf.labjack import T7
labjack_device = T7()
print(labjack_device)
# <T7 connection='Modbus TCP' name='My_T7_1896' host=192.168.0.100 port=502>

To open a USB device explitly pass the device name.

from htf.labjack import T7
labjack_device = T7(name="My_T7_1234")  # use your device's name instead
print(labjack_device)
# <T7 connection='USB' name='My_T7_1234'>

Opening Modbus TCP devices

To open a device via Modbus TCP use the ip address or host name when instantiating the client.

from htf.labjack import T7

labjack_device = T7(host="my-labjack-device")
print(labjack_device)
# <T7 connection='Modbus TCP' name='My_T7_1234' host='my-labjack-device' port=502>
# or
labjack_device = T7(host="192.168.0.100")
print(labjack_device)
# <T7 connection='Modbus TCP' name='My_T7_1234' host='192.168.0.100' port=502>

Interaction with the devices

All devices have a respective class named after the device name, which provides attributes that can be read or written to to access Modbus registers. In addition, convenience functions are provided to improve ease of use.

The attributes have the same name as the Modbus registers, but in lower case.

For example the following code reads the current value from AIN0 as float. The corresponding Modbus register is read automatically.

from htf.labjack import T7

labjack_device = T7(host="my-labjack-device")
current_ain: float = labjack_device.ain0

To output 3 V on DAC0, simply run:

from htf.labjack import T7

labjack_device = T7(host="my-labjack-device")
labjack_device.dac0 = 3.0

Transactions

By default all communication with a LabJack devices is locked (thread-safe). Additionally, all convenience functions use another lock to assure that multiple commands are run without an interruption.

To run multiple commands from user code, use a with statement:

from htf.labjack import T7

labjack_device = T7(host="my-labjack-device")
with labjack_device as device:
    # all commands in this context block are executed as a transaction that cannot be interrupted
    current_ain0: float = device.ain0
    current_ain1: float = device.ain1
    current_ain2: float = device.ain2

Examples

Digital Input

To read the current state of EIO0, run:

from htf.labjack import T7

device = T7(host="my-labjack-device")
eio0: int = device.eio0
print(f"{eio0=}")

Digital Output

To set the current state of EIO0 to 1, run:

from htf.labjack import T7

device = T7(host="my-labjack-device")
device.eio0 = 1

Analog Input

To read the current value of AIN0, run:

from htf.labjack import T7

device = T7(host="my-labjack-device")
device.setup_ain0(range_=5.0, settling_time_us=0, resolution_index=0)  # optional
ain0: float = device.ain0
print(f"{ain0=}")

Analog Output

To set DAC0 to 5 V, run:

from htf.labjack import T7

device = T7(host="my-labjack-device")
device.dac0 = 5.0

Example usage in tests

The following example shows a self test for LabJack T7 in a test with a fixture and settings.

Local settings are located in settings.yml:

labjack:
  hostname: 10.0.0.83

A fixture to use the device is located in fixtures.py:

import htf
from htf.labjack.t7 import T7


@htf.fixture(scope="test")
def t7(settings: htf.Settings) -> T7:
    device = T7(host=settings.labjack.hostname)
    yield device
    device.close()

An example test can be found in example.py:

import htf


def test_t7_analog_io(t7, step) -> None:
    """
    External wiring:
    DAC0<--->AIN0+AIN1
    DAC1<--->AIN2+AIN3
    """
    with step("Test analog IO"):
        with step("Setup AIN"):
            t7.setup_ain_all(range_=5.0, settling_time_us=10000)
            t7.setup_ain0(range_=5.0, settling_time_us=10000)
            t7.setup_ain1(range_=5.0, settling_time_us=10000)
            t7.setup_ain2(range_=5.0, settling_time_us=10000)
            t7.setup_ain3(range_=5.0, settling_time_us=10000)

        with step("Set all DAC to 0 V"):
            t7.dac0 = 0.0
            t7.dac1 = 0.0
            htf.assert_almost_equal(t7.ain0, 0.0, places=1)
            htf.assert_almost_equal(t7.ain1, 0.0, places=1)
            htf.assert_almost_equal(t7.ain2, 0.0, places=1)
            htf.assert_almost_equal(t7.ain3, 0.0, places=1)

        with step("Set DAC0 to 5 V"):
            t7.dac0 = 5.0
            htf.assert_almost_equal(t7.ain0, 5.0, places=1)
            htf.assert_almost_equal(t7.ain1, 5.0, places=1)
            htf.assert_almost_equal(t7.ain2, 0.0, places=1)
            htf.assert_almost_equal(t7.ain3, 0.0, places=1)

        with step("Set DAC1 to 3 V"):
            t7.dac1 = 3.0
            htf.assert_almost_equal(t7.ain0, 5.0, places=1)
            htf.assert_almost_equal(t7.ain1, 5.0, places=1)
            htf.assert_almost_equal(t7.ain2, 3.0, places=1)
            htf.assert_almost_equal(t7.ain3, 3.0, places=1)


def test_t7_digital_io(t7, step) -> None:
    """
    External wiring:

    FIO0<--->FIO1
    FIO2<--->GND
    FIO3<--->NC
    """
    with step("Test digital IO"):
        with step("Set FIO0 and FIO1 to input"):
            t7.fio0  # read value to make FIO0 an input
            t7.fio1  # read value to make FIO1 an input

        with step("Check that FIO0 and FIO1 both inputs"):
            print(f"{t7.fio0=}")
            print(f"{t7.fio1=}")
            htf.assert_equal(t7.fio0, 1)
            htf.assert_equal(t7.fio1, 1)

        with step("Check that FIO0 drives HIGH and FIO1 reads HIGH"):
            t7.fio0 = 1
            htf.assert_equal(t7.fio0, 1)
            htf.assert_equal(t7.fio1, 1)

        with step("Set FIO0 and FIO1 to input"):
            t7.fio0  # read value to make FIO0 an input
            t7.fio1  # read value to make FIO1 an input

        with step("Check that FIO1 drives HIGH and FIO0 reads HIGH"):
            t7.fio1 = 1
            htf.assert_equal(t7.fio1, 1)
            htf.assert_equal(t7.fio0, 1)

        with step("Set FIO0 and FIO1 to input"):
            t7.fio0  # read value to make FIO0 an input
            t7.fio1  # read value to make FIO1 an input

        with step("Check that FIO2 reads GND"):
            htf.assert_equal(t7.fio2, 0)

        with step("Check that FIO3 reads HIGH"):
            htf.assert_equal(t7.fio3, 1)


if __name__ == "__main__":
    htf.main()

LabJack T4

class htf.labjack.T4(*, name: str | None = None, host: str | None = None, port: int = 502, debuglevel: int = 0, timeout: float = 1.0, retries: int = 0)

LabJack adapter for the T4.

Parameters:

• name – If name is set the USB device’s name is checked against it. If host is None a USB device is opened.

• host – If host is set a Modbus-TCP connection is opened. Name must not be set at the same time.

• port – The Modbus-TCP port to be used

• debuglevel – If set the Modbus packets are printed

• timeout – The timeout for every request

• retries – The number of retries for Modbus communication

property ain0: float

Returns the voltage of the specified analog input.

Register: AIN0 (AIN#(0:11)@0)

Address: 0

property ain0_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN0_BINARY (AIN#(0:254)_BINARY@0)

Address: 50000

property ain0_ef_config_a: int

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@0)

Address: 9300

property ain0_ef_config_b: int

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@0)

Address: 9600

property ain0_ef_config_c: int

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@0)

Address: 9900

property ain0_ef_config_d: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@0)

Address: 10200

property ain0_ef_config_e: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@0)

Address: 10500

property ain0_ef_config_f: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@0)

Address: 10800

property ain0_ef_config_g: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@0)

Address: 11100

property ain0_ef_config_h: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@0)

Address: 11400

property ain0_ef_config_i: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@0)

Address: 11700

property ain0_ef_config_j: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@0)

Address: 12000

property ain0_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN0_EF_INDEX (AIN#(0:149)_EF_INDEX@0)

Address: 9000

property ain0_ef_read_a: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_A (AIN#(0:149)_EF_READ_A@0)

Address: 7000

property ain0_ef_read_b: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_B (AIN#(0:149)_EF_READ_B@0)

Address: 7300

property ain0_ef_read_c: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_C (AIN#(0:149)_EF_READ_C@0)

Address: 7600

property ain0_ef_read_d: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_D (AIN#(0:149)_EF_READ_D@0)

Address: 7900

property ain0_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN0_NEGATIVE_CH (AIN#(0:3)_NEGATIVE_CH@0)

Address: 41000

property ain0_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN0_RANGE (AIN#(0:3)_RANGE@0)

Address: 40000

property ain0_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN0_RESOLUTION_INDEX (AIN#(0:3)_RESOLUTION_INDEX@0)

Address: 41500

property ain0_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN0_SETTLING_US (AIN#(0:3)_SETTLING_US@0)

Address: 42000

property ain1: float

Returns the voltage of the specified analog input.

Register: AIN1 (AIN#(0:11)@1)

Address: 2

property ain10: float

Returns the voltage of the specified analog input.

Register: AIN10 (AIN#(0:11)@10)

Address: 20

property ain100_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN100_BINARY (AIN#(0:254)_BINARY@100)

Address: 50200

property ain100_ef_config_a: int

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@100)

Address: 9500

property ain100_ef_config_b: int

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@100)

Address: 9800

property ain100_ef_config_c: int

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@100)

Address: 10100

property ain100_ef_config_d: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@100)

Address: 10400

property ain100_ef_config_e: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@100)

Address: 10700

property ain100_ef_config_f: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@100)

Address: 11000

property ain100_ef_config_g: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@100)

Address: 11300

property ain100_ef_config_h: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@100)

Address: 11600

property ain100_ef_config_i: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@100)

Address: 11900

property ain100_ef_config_j: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@100)

Address: 12200

property ain100_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN100_EF_INDEX (AIN#(0:149)_EF_INDEX@100)

Address: 9200

property ain100_ef_read_a: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_A (AIN#(0:149)_EF_READ_A@100)

Address: 7200

property ain100_ef_read_b: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_B (AIN#(0:149)_EF_READ_B@100)

Address: 7500

property ain100_ef_read_c: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_C (AIN#(0:149)_EF_READ_C@100)

Address: 7800

property ain100_ef_read_d: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_D (AIN#(0:149)_EF_READ_D@100)

Address: 8100

property ain101_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN101_BINARY (AIN#(0:254)_BINARY@101)

Address: 50202

property ain101_ef_config_a: int

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@101)

Address: 9502

property ain101_ef_config_b: int

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@101)

Address: 9802

property ain101_ef_config_c: int

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@101)

Address: 10102

property ain101_ef_config_d: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@101)

Address: 10402

property ain101_ef_config_e: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@101)

Address: 10702

property ain101_ef_config_f: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@101)

Address: 11002

property ain101_ef_config_g: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@101)

Address: 11302

property ain101_ef_config_h: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@101)

Address: 11602

property ain101_ef_config_i: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@101)

Address: 11902

property ain101_ef_config_j: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@101)

Address: 12202

property ain101_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN101_EF_INDEX (AIN#(0:149)_EF_INDEX@101)

Address: 9202

property ain101_ef_read_a: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_A (AIN#(0:149)_EF_READ_A@101)

Address: 7202

property ain101_ef_read_b: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_B (AIN#(0:149)_EF_READ_B@101)

Address: 7502

property ain101_ef_read_c: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_C (AIN#(0:149)_EF_READ_C@101)

Address: 7802

property ain101_ef_read_d: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_D (AIN#(0:149)_EF_READ_D@101)

Address: 8102

property ain102_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN102_BINARY (AIN#(0:254)_BINARY@102)

Address: 50204

property ain102_ef_config_a: int

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@102)

Address: 9504

property ain102_ef_config_b: int

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@102)

Address: 9804

property ain102_ef_config_c: int

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@102)

Address: 10104

property ain102_ef_config_d: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@102)

Address: 10404

property ain102_ef_config_e: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@102)

Address: 10704

property ain102_ef_config_f: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@102)

Address: 11004

property ain102_ef_config_g: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@102)

Address: 11304

property ain102_ef_config_h: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@102)

Address: 11604

property ain102_ef_config_i: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@102)

Address: 11904

property ain102_ef_config_j: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@102)

Address: 12204

property ain102_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN102_EF_INDEX (AIN#(0:149)_EF_INDEX@102)

Address: 9204

property ain102_ef_read_a: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_A (AIN#(0:149)_EF_READ_A@102)

Address: 7204

property ain102_ef_read_b: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_B (AIN#(0:149)_EF_READ_B@102)

Address: 7504

property ain102_ef_read_c: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_C (AIN#(0:149)_EF_READ_C@102)

Address: 7804

property ain102_ef_read_d: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_D (AIN#(0:149)_EF_READ_D@102)

Address: 8104

property ain103_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN103_BINARY (AIN#(0:254)_BINARY@103)

Address: 50206

property ain103_ef_config_a: int

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@103)

Address: 9506

property ain103_ef_config_b: int

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@103)

Address: 9806

property ain103_ef_config_c: int

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@103)

Address: 10106

property ain103_ef_config_d: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@103)

Address: 10406

property ain103_ef_config_e: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@103)

Address: 10706

property ain103_ef_config_f: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@103)

Address: 11006

property ain103_ef_config_g: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@103)

Address: 11306

property ain103_ef_config_h: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@103)

Address: 11606

property ain103_ef_config_i: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@103)

Address: 11906

property ain103_ef_config_j: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@103)

Address: 12206

property ain103_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN103_EF_INDEX (AIN#(0:149)_EF_INDEX@103)

Address: 9206

property ain103_ef_read_a: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_A (AIN#(0:149)_EF_READ_A@103)

Address: 7206

property ain103_ef_read_b: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_B (AIN#(0:149)_EF_READ_B@103)

Address: 7506

property ain103_ef_read_c: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_C (AIN#(0:149)_EF_READ_C@103)

Address: 7806

property ain103_ef_read_d: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_D (AIN#(0:149)_EF_READ_D@103)

Address: 8106

property ain104_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN104_BINARY (AIN#(0:254)_BINARY@104)

Address: 50208

property ain104_ef_config_a: int

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@104)

Address: 9508

property ain104_ef_config_b: int

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@104)

Address: 9808

property ain104_ef_config_c: int

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@104)

Address: 10108

property ain104_ef_config_d: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@104)

Address: 10408

property ain104_ef_config_e: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@104)

Address: 10708

property ain104_ef_config_f: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@104)

Address: 11008

property ain104_ef_config_g: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@104)

Address: 11308

property ain104_ef_config_h: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@104)

Address: 11608

property ain104_ef_config_i: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@104)

Address: 11908

property ain104_ef_config_j: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@104)

Address: 12208

property ain104_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN104_EF_INDEX (AIN#(0:149)_EF_INDEX@104)

Address: 9208

property ain104_ef_read_a: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_A (AIN#(0:149)_EF_READ_A@104)

Address: 7208

property ain104_ef_read_b: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_B (AIN#(0:149)_EF_READ_B@104)

Address: 7508

property ain104_ef_read_c: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_C (AIN#(0:149)_EF_READ_C@104)

Address: 7808

property ain104_ef_read_d: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_D (AIN#(0:149)_EF_READ_D@104)

Address: 8108

property ain105_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN105_BINARY (AIN#(0:254)_BINARY@105)

Address: 50210

property ain105_ef_config_a: int

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@105)

Address: 9510

property ain105_ef_config_b: int

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@105)

Address: 9810

property ain105_ef_config_c: int

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@105)

Address: 10110

property ain105_ef_config_d: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@105)

Address: 10410

property ain105_ef_config_e: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@105)

Address: 10710

property ain105_ef_config_f: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@105)

Address: 11010

property ain105_ef_config_g: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@105)

Address: 11310

property ain105_ef_config_h: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@105)

Address: 11610

property ain105_ef_config_i: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@105)

Address: 11910

property ain105_ef_config_j: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@105)

Address: 12210

property ain105_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN105_EF_INDEX (AIN#(0:149)_EF_INDEX@105)

Address: 9210

property ain105_ef_read_a: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_A (AIN#(0:149)_EF_READ_A@105)

Address: 7210

property ain105_ef_read_b: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_B (AIN#(0:149)_EF_READ_B@105)

Address: 7510

property ain105_ef_read_c: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_C (AIN#(0:149)_EF_READ_C@105)

Address: 7810

property ain105_ef_read_d: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_D (AIN#(0:149)_EF_READ_D@105)

Address: 8110

property ain106_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN106_BINARY (AIN#(0:254)_BINARY@106)

Address: 50212

property ain106_ef_config_a: int

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@106)

Address: 9512

property ain106_ef_config_b: int

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@106)

Address: 9812

property ain106_ef_config_c: int

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@106)

Address: 10112

property ain106_ef_config_d: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@106)

Address: 10412

property ain106_ef_config_e: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@106)

Address: 10712

property ain106_ef_config_f: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@106)

Address: 11012

property ain106_ef_config_g: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@106)

Address: 11312

property ain106_ef_config_h: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@106)

Address: 11612

property ain106_ef_config_i: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@106)

Address: 11912

property ain106_ef_config_j: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@106)

Address: 12212

property ain106_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN106_EF_INDEX (AIN#(0:149)_EF_INDEX@106)

Address: 9212

property ain106_ef_read_a: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_A (AIN#(0:149)_EF_READ_A@106)

Address: 7212

property ain106_ef_read_b: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_B (AIN#(0:149)_EF_READ_B@106)

Address: 7512

property ain106_ef_read_c: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_C (AIN#(0:149)_EF_READ_C@106)

Address: 7812

property ain106_ef_read_d: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_D (AIN#(0:149)_EF_READ_D@106)

Address: 8112

property ain107_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN107_BINARY (AIN#(0:254)_BINARY@107)

Address: 50214

property ain107_ef_config_a: int

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@107)

Address: 9514

property ain107_ef_config_b: int

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@107)

Address: 9814

property ain107_ef_config_c: int

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@107)

Address: 10114

property ain107_ef_config_d: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@107)

Address: 10414

property ain107_ef_config_e: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@107)

Address: 10714

property ain107_ef_config_f: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@107)

Address: 11014

property ain107_ef_config_g: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@107)

Address: 11314

property ain107_ef_config_h: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@107)

Address: 11614

property ain107_ef_config_i: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@107)

Address: 11914

property ain107_ef_config_j: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@107)

Address: 12214

property ain107_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN107_EF_INDEX (AIN#(0:149)_EF_INDEX@107)

Address: 9214

property ain107_ef_read_a: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_A (AIN#(0:149)_EF_READ_A@107)

Address: 7214

property ain107_ef_read_b: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_B (AIN#(0:149)_EF_READ_B@107)

Address: 7514

property ain107_ef_read_c: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_C (AIN#(0:149)_EF_READ_C@107)

Address: 7814

property ain107_ef_read_d: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_D (AIN#(0:149)_EF_READ_D@107)

Address: 8114

property ain108_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN108_BINARY (AIN#(0:254)_BINARY@108)

Address: 50216

property ain108_ef_config_a: int

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@108)

Address: 9516

property ain108_ef_config_b: int

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@108)

Address: 9816

property ain108_ef_config_c: int

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@108)

Address: 10116

property ain108_ef_config_d: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@108)

Address: 10416

property ain108_ef_config_e: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@108)

Address: 10716

property ain108_ef_config_f: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@108)

Address: 11016

property ain108_ef_config_g: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@108)

Address: 11316

property ain108_ef_config_h: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@108)

Address: 11616

property ain108_ef_config_i: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@108)

Address: 11916

property ain108_ef_config_j: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@108)

Address: 12216

property ain108_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN108_EF_INDEX (AIN#(0:149)_EF_INDEX@108)

Address: 9216

property ain108_ef_read_a: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_A (AIN#(0:149)_EF_READ_A@108)

Address: 7216

property ain108_ef_read_b: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_B (AIN#(0:149)_EF_READ_B@108)

Address: 7516

property ain108_ef_read_c: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_C (AIN#(0:149)_EF_READ_C@108)

Address: 7816

property ain108_ef_read_d: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_D (AIN#(0:149)_EF_READ_D@108)

Address: 8116

property ain109_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN109_BINARY (AIN#(0:254)_BINARY@109)

Address: 50218

property ain109_ef_config_a: int

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@109)

Address: 9518

property ain109_ef_config_b: int

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@109)

Address: 9818

property ain109_ef_config_c: int

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@109)

Address: 10118

property ain109_ef_config_d: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@109)

Address: 10418

property ain109_ef_config_e: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@109)

Address: 10718

property ain109_ef_config_f: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@109)

Address: 11018

property ain109_ef_config_g: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@109)

Address: 11318

property ain109_ef_config_h: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@109)

Address: 11618

property ain109_ef_config_i: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@109)

Address: 11918

property ain109_ef_config_j: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@109)

Address: 12218

property ain109_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN109_EF_INDEX (AIN#(0:149)_EF_INDEX@109)

Address: 9218

property ain109_ef_read_a: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_A (AIN#(0:149)_EF_READ_A@109)

Address: 7218

property ain109_ef_read_b: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_B (AIN#(0:149)_EF_READ_B@109)

Address: 7518

property ain109_ef_read_c: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_C (AIN#(0:149)_EF_READ_C@109)

Address: 7818

property ain109_ef_read_d: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_D (AIN#(0:149)_EF_READ_D@109)

Address: 8118

property ain10_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN10_BINARY (AIN#(0:254)_BINARY@10)

Address: 50020

property ain10_ef_config_a: int

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@10)

Address: 9320

property ain10_ef_config_b: int

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@10)

Address: 9620

property ain10_ef_config_c: int

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@10)

Address: 9920

property ain10_ef_config_d: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@10)

Address: 10220

property ain10_ef_config_e: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@10)

Address: 10520

property ain10_ef_config_f: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@10)

Address: 10820

property ain10_ef_config_g: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@10)

Address: 11120

property ain10_ef_config_h: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@10)

Address: 11420

property ain10_ef_config_i: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@10)

Address: 11720

property ain10_ef_config_j: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@10)

Address: 12020

property ain10_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN10_EF_INDEX (AIN#(0:149)_EF_INDEX@10)

Address: 9020

property ain10_ef_read_a: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_A (AIN#(0:149)_EF_READ_A@10)

Address: 7020

property ain10_ef_read_b: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_B (AIN#(0:149)_EF_READ_B@10)

Address: 7320

property ain10_ef_read_c: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_C (AIN#(0:149)_EF_READ_C@10)

Address: 7620

property ain10_ef_read_d: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_D (AIN#(0:149)_EF_READ_D@10)

Address: 7920

property ain11: float

Returns the voltage of the specified analog input.

Register: AIN11 (AIN#(0:11)@11)

Address: 22

property ain110_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN110_BINARY (AIN#(0:254)_BINARY@110)

Address: 50220

property ain110_ef_config_a: int

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@110)

Address: 9520

property ain110_ef_config_b: int

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@110)

Address: 9820

property ain110_ef_config_c: int

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@110)

Address: 10120

property ain110_ef_config_d: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@110)

Address: 10420

property ain110_ef_config_e: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@110)

Address: 10720

property ain110_ef_config_f: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@110)

Address: 11020

property ain110_ef_config_g: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@110)

Address: 11320

property ain110_ef_config_h: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@110)

Address: 11620

property ain110_ef_config_i: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@110)

Address: 11920

property ain110_ef_config_j: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@110)

Address: 12220

property ain110_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN110_EF_INDEX (AIN#(0:149)_EF_INDEX@110)

Address: 9220

property ain110_ef_read_a: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_A (AIN#(0:149)_EF_READ_A@110)

Address: 7220

property ain110_ef_read_b: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_B (AIN#(0:149)_EF_READ_B@110)

Address: 7520

property ain110_ef_read_c: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_C (AIN#(0:149)_EF_READ_C@110)

Address: 7820

property ain110_ef_read_d: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_D (AIN#(0:149)_EF_READ_D@110)

Address: 8120

property ain111_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN111_BINARY (AIN#(0:254)_BINARY@111)

Address: 50222

property ain111_ef_config_a: int

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@111)

Address: 9522

property ain111_ef_config_b: int

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@111)

Address: 9822

property ain111_ef_config_c: int

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@111)

Address: 10122

property ain111_ef_config_d: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@111)

Address: 10422

property ain111_ef_config_e: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@111)

Address: 10722

property ain111_ef_config_f: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@111)

Address: 11022

property ain111_ef_config_g: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@111)

Address: 11322

property ain111_ef_config_h: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@111)

Address: 11622

property ain111_ef_config_i: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@111)

Address: 11922

property ain111_ef_config_j: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@111)

Address: 12222

property ain111_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN111_EF_INDEX (AIN#(0:149)_EF_INDEX@111)

Address: 9222

property ain111_ef_read_a: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_A (AIN#(0:149)_EF_READ_A@111)

Address: 7222

property ain111_ef_read_b: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_B (AIN#(0:149)_EF_READ_B@111)

Address: 7522

property ain111_ef_read_c: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_C (AIN#(0:149)_EF_READ_C@111)

Address: 7822

property ain111_ef_read_d: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_D (AIN#(0:149)_EF_READ_D@111)

Address: 8122

property ain112_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN112_BINARY (AIN#(0:254)_BINARY@112)

Address: 50224

property ain112_ef_config_a: int

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@112)

Address: 9524

property ain112_ef_config_b: int

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@112)

Address: 9824

property ain112_ef_config_c: int

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@112)

Address: 10124

property ain112_ef_config_d: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@112)

Address: 10424

property ain112_ef_config_e: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@112)

Address: 10724

property ain112_ef_config_f: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@112)

Address: 11024

property ain112_ef_config_g: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@112)

Address: 11324

property ain112_ef_config_h: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@112)

Address: 11624

property ain112_ef_config_i: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@112)

Address: 11924

property ain112_ef_config_j: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@112)

Address: 12224

property ain112_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN112_EF_INDEX (AIN#(0:149)_EF_INDEX@112)

Address: 9224

property ain112_ef_read_a: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_A (AIN#(0:149)_EF_READ_A@112)

Address: 7224

property ain112_ef_read_b: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_B (AIN#(0:149)_EF_READ_B@112)

Address: 7524

property ain112_ef_read_c: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_C (AIN#(0:149)_EF_READ_C@112)

Address: 7824

property ain112_ef_read_d: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_D (AIN#(0:149)_EF_READ_D@112)

Address: 8124

property ain113_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN113_BINARY (AIN#(0:254)_BINARY@113)

Address: 50226

property ain113_ef_config_a: int

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@113)

Address: 9526

property ain113_ef_config_b: int

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@113)

Address: 9826

property ain113_ef_config_c: int

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@113)

Address: 10126

property ain113_ef_config_d: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@113)

Address: 10426

property ain113_ef_config_e: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@113)

Address: 10726

property ain113_ef_config_f: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@113)

Address: 11026

property ain113_ef_config_g: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@113)

Address: 11326

property ain113_ef_config_h: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@113)

Address: 11626

property ain113_ef_config_i: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@113)

Address: 11926

property ain113_ef_config_j: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@113)

Address: 12226

property ain113_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN113_EF_INDEX (AIN#(0:149)_EF_INDEX@113)

Address: 9226

property ain113_ef_read_a: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_A (AIN#(0:149)_EF_READ_A@113)

Address: 7226

property ain113_ef_read_b: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_B (AIN#(0:149)_EF_READ_B@113)

Address: 7526

property ain113_ef_read_c: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_C (AIN#(0:149)_EF_READ_C@113)

Address: 7826

property ain113_ef_read_d: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_D (AIN#(0:149)_EF_READ_D@113)

Address: 8126

property ain114_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN114_BINARY (AIN#(0:254)_BINARY@114)

Address: 50228

property ain114_ef_config_a: int

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@114)

Address: 9528

property ain114_ef_config_b: int

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@114)

Address: 9828

property ain114_ef_config_c: int

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@114)

Address: 10128

property ain114_ef_config_d: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@114)

Address: 10428

property ain114_ef_config_e: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@114)

Address: 10728

property ain114_ef_config_f: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@114)

Address: 11028

property ain114_ef_config_g: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@114)

Address: 11328

property ain114_ef_config_h: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@114)

Address: 11628

property ain114_ef_config_i: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@114)

Address: 11928

property ain114_ef_config_j: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@114)

Address: 12228

property ain114_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN114_EF_INDEX (AIN#(0:149)_EF_INDEX@114)

Address: 9228

property ain114_ef_read_a: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_A (AIN#(0:149)_EF_READ_A@114)

Address: 7228

property ain114_ef_read_b: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_B (AIN#(0:149)_EF_READ_B@114)

Address: 7528

property ain114_ef_read_c: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_C (AIN#(0:149)_EF_READ_C@114)

Address: 7828

property ain114_ef_read_d: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_D (AIN#(0:149)_EF_READ_D@114)

Address: 8128

property ain115_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN115_BINARY (AIN#(0:254)_BINARY@115)

Address: 50230

property ain115_ef_config_a: int

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@115)

Address: 9530

property ain115_ef_config_b: int

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@115)

Address: 9830

property ain115_ef_config_c: int

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@115)

Address: 10130

property ain115_ef_config_d: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@115)

Address: 10430

property ain115_ef_config_e: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@115)

Address: 10730

property ain115_ef_config_f: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@115)

Address: 11030

property ain115_ef_config_g: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@115)

Address: 11330

property ain115_ef_config_h: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@115)

Address: 11630

property ain115_ef_config_i: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@115)

Address: 11930

property ain115_ef_config_j: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@115)

Address: 12230

property ain115_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN115_EF_INDEX (AIN#(0:149)_EF_INDEX@115)

Address: 9230

property ain115_ef_read_a: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_A (AIN#(0:149)_EF_READ_A@115)

Address: 7230

property ain115_ef_read_b: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_B (AIN#(0:149)_EF_READ_B@115)

Address: 7530

property ain115_ef_read_c: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_C (AIN#(0:149)_EF_READ_C@115)

Address: 7830

property ain115_ef_read_d: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_D (AIN#(0:149)_EF_READ_D@115)

Address: 8130

property ain116_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN116_BINARY (AIN#(0:254)_BINARY@116)

Address: 50232

property ain116_ef_config_a: int

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@116)

Address: 9532

property ain116_ef_config_b: int

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@116)

Address: 9832

property ain116_ef_config_c: int

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@116)

Address: 10132

property ain116_ef_config_d: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@116)

Address: 10432

property ain116_ef_config_e: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@116)

Address: 10732

property ain116_ef_config_f: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@116)

Address: 11032

property ain116_ef_config_g: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@116)

Address: 11332

property ain116_ef_config_h: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@116)

Address: 11632

property ain116_ef_config_i: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@116)

Address: 11932

property ain116_ef_config_j: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@116)

Address: 12232

property ain116_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN116_EF_INDEX (AIN#(0:149)_EF_INDEX@116)

Address: 9232

property ain116_ef_read_a: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_A (AIN#(0:149)_EF_READ_A@116)

Address: 7232

property ain116_ef_read_b: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_B (AIN#(0:149)_EF_READ_B@116)

Address: 7532

property ain116_ef_read_c: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_C (AIN#(0:149)_EF_READ_C@116)

Address: 7832

property ain116_ef_read_d: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_D (AIN#(0:149)_EF_READ_D@116)

Address: 8132

property ain117_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN117_BINARY (AIN#(0:254)_BINARY@117)

Address: 50234

property ain117_ef_config_a: int

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@117)

Address: 9534

property ain117_ef_config_b: int

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@117)

Address: 9834

property ain117_ef_config_c: int

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@117)

Address: 10134

property ain117_ef_config_d: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@117)

Address: 10434

property ain117_ef_config_e: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@117)

Address: 10734

property ain117_ef_config_f: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@117)

Address: 11034

property ain117_ef_config_g: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@117)

Address: 11334

property ain117_ef_config_h: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@117)

Address: 11634

property ain117_ef_config_i: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@117)

Address: 11934

property ain117_ef_config_j: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@117)

Address: 12234

property ain117_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN117_EF_INDEX (AIN#(0:149)_EF_INDEX@117)

Address: 9234

property ain117_ef_read_a: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_A (AIN#(0:149)_EF_READ_A@117)

Address: 7234

property ain117_ef_read_b: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_B (AIN#(0:149)_EF_READ_B@117)

Address: 7534

property ain117_ef_read_c: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_C (AIN#(0:149)_EF_READ_C@117)

Address: 7834

property ain117_ef_read_d: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_D (AIN#(0:149)_EF_READ_D@117)

Address: 8134

property ain118_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN118_BINARY (AIN#(0:254)_BINARY@118)

Address: 50236

property ain118_ef_config_a: int

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@118)

Address: 9536

property ain118_ef_config_b: int

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@118)

Address: 9836

property ain118_ef_config_c: int

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@118)

Address: 10136

property ain118_ef_config_d: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@118)

Address: 10436

property ain118_ef_config_e: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@118)

Address: 10736

property ain118_ef_config_f: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@118)

Address: 11036

property ain118_ef_config_g: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@118)

Address: 11336

property ain118_ef_config_h: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@118)

Address: 11636

property ain118_ef_config_i: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@118)

Address: 11936

property ain118_ef_config_j: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@118)

Address: 12236

property ain118_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN118_EF_INDEX (AIN#(0:149)_EF_INDEX@118)

Address: 9236

property ain118_ef_read_a: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_A (AIN#(0:149)_EF_READ_A@118)

Address: 7236

property ain118_ef_read_b: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_B (AIN#(0:149)_EF_READ_B@118)

Address: 7536

property ain118_ef_read_c: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_C (AIN#(0:149)_EF_READ_C@118)

Address: 7836

property ain118_ef_read_d: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_D (AIN#(0:149)_EF_READ_D@118)

Address: 8136

property ain119_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN119_BINARY (AIN#(0:254)_BINARY@119)

Address: 50238

property ain119_ef_config_a: int

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@119)

Address: 9538

property ain119_ef_config_b: int

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@119)

Address: 9838

property ain119_ef_config_c: int

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@119)

Address: 10138

property ain119_ef_config_d: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@119)

Address: 10438

property ain119_ef_config_e: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@119)

Address: 10738

property ain119_ef_config_f: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@119)

Address: 11038

property ain119_ef_config_g: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@119)

Address: 11338

property ain119_ef_config_h: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@119)

Address: 11638

property ain119_ef_config_i: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@119)

Address: 11938

property ain119_ef_config_j: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@119)

Address: 12238

property ain119_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN119_EF_INDEX (AIN#(0:149)_EF_INDEX@119)

Address: 9238

property ain119_ef_read_a: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_A (AIN#(0:149)_EF_READ_A@119)

Address: 7238

property ain119_ef_read_b: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_B (AIN#(0:149)_EF_READ_B@119)

Address: 7538

property ain119_ef_read_c: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_C (AIN#(0:149)_EF_READ_C@119)

Address: 7838

property ain119_ef_read_d: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_D (AIN#(0:149)_EF_READ_D@119)

Address: 8138

property ain11_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN11_BINARY (AIN#(0:254)_BINARY@11)

Address: 50022

property ain11_ef_config_a: int

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@11)

Address: 9322

property ain11_ef_config_b: int

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@11)

Address: 9622

property ain11_ef_config_c: int

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@11)

Address: 9922

property ain11_ef_config_d: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@11)

Address: 10222

property ain11_ef_config_e: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@11)

Address: 10522

property ain11_ef_config_f: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@11)

Address: 10822

property ain11_ef_config_g: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@11)

Address: 11122

property ain11_ef_config_h: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@11)

Address: 11422

property ain11_ef_config_i: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@11)

Address: 11722

property ain11_ef_config_j: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@11)

Address: 12022

property ain11_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN11_EF_INDEX (AIN#(0:149)_EF_INDEX@11)

Address: 9022

property ain11_ef_read_a: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_A (AIN#(0:149)_EF_READ_A@11)

Address: 7022

property ain11_ef_read_b: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_B (AIN#(0:149)_EF_READ_B@11)

Address: 7322

property ain11_ef_read_c: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_C (AIN#(0:149)_EF_READ_C@11)

Address: 7622

property ain11_ef_read_d: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_D (AIN#(0:149)_EF_READ_D@11)

Address: 7922

property ain120_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN120_BINARY (AIN#(0:254)_BINARY@120)

Address: 50240

property ain120_ef_config_a: int

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@120)

Address: 9540

property ain120_ef_config_b: int

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@120)

Address: 9840

property ain120_ef_config_c: int

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@120)

Address: 10140

property ain120_ef_config_d: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@120)

Address: 10440

property ain120_ef_config_e: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@120)

Address: 10740

property ain120_ef_config_f: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@120)

Address: 11040

property ain120_ef_config_g: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@120)

Address: 11340

property ain120_ef_config_h: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@120)

Address: 11640

property ain120_ef_config_i: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@120)

Address: 11940

property ain120_ef_config_j: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@120)

Address: 12240

property ain120_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN120_EF_INDEX (AIN#(0:149)_EF_INDEX@120)

Address: 9240

property ain120_ef_read_a: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_A (AIN#(0:149)_EF_READ_A@120)

Address: 7240

property ain120_ef_read_b: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_B (AIN#(0:149)_EF_READ_B@120)

Address: 7540

property ain120_ef_read_c: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_C (AIN#(0:149)_EF_READ_C@120)

Address: 7840

property ain120_ef_read_d: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_D (AIN#(0:149)_EF_READ_D@120)

Address: 8140

property ain121_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN121_BINARY (AIN#(0:254)_BINARY@121)

Address: 50242

property ain121_ef_config_a: int

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@121)

Address: 9542

property ain121_ef_config_b: int

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@121)

Address: 9842

property ain121_ef_config_c: int

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@121)

Address: 10142

property ain121_ef_config_d: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@121)

Address: 10442

property ain121_ef_config_e: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@121)

Address: 10742

property ain121_ef_config_f: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@121)

Address: 11042

property ain121_ef_config_g: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@121)

Address: 11342

property ain121_ef_config_h: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@121)

Address: 11642

property ain121_ef_config_i: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@121)

Address: 11942

property ain121_ef_config_j: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@121)

Address: 12242

property ain121_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN121_EF_INDEX (AIN#(0:149)_EF_INDEX@121)

Address: 9242

property ain121_ef_read_a: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_A (AIN#(0:149)_EF_READ_A@121)

Address: 7242

property ain121_ef_read_b: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_B (AIN#(0:149)_EF_READ_B@121)

Address: 7542

property ain121_ef_read_c: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_C (AIN#(0:149)_EF_READ_C@121)

Address: 7842

property ain121_ef_read_d: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_D (AIN#(0:149)_EF_READ_D@121)

Address: 8142

property ain122_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN122_BINARY (AIN#(0:254)_BINARY@122)

Address: 50244

property ain122_ef_config_a: int

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@122)

Address: 9544

property ain122_ef_config_b: int

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@122)

Address: 9844

property ain122_ef_config_c: int

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@122)

Address: 10144

property ain122_ef_config_d: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@122)

Address: 10444

property ain122_ef_config_e: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@122)

Address: 10744

property ain122_ef_config_f: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@122)

Address: 11044

property ain122_ef_config_g: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@122)

Address: 11344

property ain122_ef_config_h: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@122)

Address: 11644

property ain122_ef_config_i: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@122)

Address: 11944

property ain122_ef_config_j: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@122)

Address: 12244

property ain122_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN122_EF_INDEX (AIN#(0:149)_EF_INDEX@122)

Address: 9244

property ain122_ef_read_a: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_A (AIN#(0:149)_EF_READ_A@122)

Address: 7244

property ain122_ef_read_b: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_B (AIN#(0:149)_EF_READ_B@122)

Address: 7544

property ain122_ef_read_c: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_C (AIN#(0:149)_EF_READ_C@122)

Address: 7844

property ain122_ef_read_d: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_D (AIN#(0:149)_EF_READ_D@122)

Address: 8144

property ain123_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN123_BINARY (AIN#(0:254)_BINARY@123)

Address: 50246

property ain123_ef_config_a: int

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@123)

Address: 9546

property ain123_ef_config_b: int

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@123)

Address: 9846

property ain123_ef_config_c: int

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@123)

Address: 10146

property ain123_ef_config_d: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@123)

Address: 10446

property ain123_ef_config_e: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@123)

Address: 10746

property ain123_ef_config_f: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@123)

Address: 11046

property ain123_ef_config_g: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@123)

Address: 11346

property ain123_ef_config_h: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@123)

Address: 11646

property ain123_ef_config_i: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@123)

Address: 11946

property ain123_ef_config_j: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@123)

Address: 12246

property ain123_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN123_EF_INDEX (AIN#(0:149)_EF_INDEX@123)

Address: 9246

property ain123_ef_read_a: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_A (AIN#(0:149)_EF_READ_A@123)

Address: 7246

property ain123_ef_read_b: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_B (AIN#(0:149)_EF_READ_B@123)

Address: 7546

property ain123_ef_read_c: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_C (AIN#(0:149)_EF_READ_C@123)

Address: 7846

property ain123_ef_read_d: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_D (AIN#(0:149)_EF_READ_D@123)

Address: 8146

property ain124_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN124_BINARY (AIN#(0:254)_BINARY@124)

Address: 50248

property ain124_ef_config_a: int

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@124)

Address: 9548

property ain124_ef_config_b: int

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@124)

Address: 9848

property ain124_ef_config_c: int

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@124)

Address: 10148

property ain124_ef_config_d: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@124)

Address: 10448

property ain124_ef_config_e: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@124)

Address: 10748

property ain124_ef_config_f: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@124)

Address: 11048

property ain124_ef_config_g: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@124)

Address: 11348

property ain124_ef_config_h: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@124)

Address: 11648

property ain124_ef_config_i: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@124)

Address: 11948

property ain124_ef_config_j: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@124)

Address: 12248

property ain124_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN124_EF_INDEX (AIN#(0:149)_EF_INDEX@124)

Address: 9248

property ain124_ef_read_a: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_A (AIN#(0:149)_EF_READ_A@124)

Address: 7248

property ain124_ef_read_b: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_B (AIN#(0:149)_EF_READ_B@124)

Address: 7548

property ain124_ef_read_c: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_C (AIN#(0:149)_EF_READ_C@124)

Address: 7848

property ain124_ef_read_d: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_D (AIN#(0:149)_EF_READ_D@124)

Address: 8148

property ain125_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN125_BINARY (AIN#(0:254)_BINARY@125)

Address: 50250

property ain125_ef_config_a: int

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@125)

Address: 9550

property ain125_ef_config_b: int

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@125)

Address: 9850

property ain125_ef_config_c: int

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@125)

Address: 10150

property ain125_ef_config_d: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@125)

Address: 10450

property ain125_ef_config_e: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@125)

Address: 10750

property ain125_ef_config_f: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@125)

Address: 11050

property ain125_ef_config_g: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@125)

Address: 11350

property ain125_ef_config_h: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@125)

Address: 11650

property ain125_ef_config_i: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@125)

Address: 11950

property ain125_ef_config_j: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@125)

Address: 12250

property ain125_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN125_EF_INDEX (AIN#(0:149)_EF_INDEX@125)

Address: 9250

property ain125_ef_read_a: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_A (AIN#(0:149)_EF_READ_A@125)

Address: 7250

property ain125_ef_read_b: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_B (AIN#(0:149)_EF_READ_B@125)

Address: 7550

property ain125_ef_read_c: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_C (AIN#(0:149)_EF_READ_C@125)

Address: 7850

property ain125_ef_read_d: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_D (AIN#(0:149)_EF_READ_D@125)

Address: 8150

property ain126_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN126_BINARY (AIN#(0:254)_BINARY@126)

Address: 50252

property ain126_ef_config_a: int

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@126)

Address: 9552

property ain126_ef_config_b: int

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@126)

Address: 9852

property ain126_ef_config_c: int

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@126)

Address: 10152

property ain126_ef_config_d: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@126)

Address: 10452

property ain126_ef_config_e: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@126)

Address: 10752

property ain126_ef_config_f: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@126)

Address: 11052

property ain126_ef_config_g: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@126)

Address: 11352

property ain126_ef_config_h: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@126)

Address: 11652

property ain126_ef_config_i: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@126)

Address: 11952

property ain126_ef_config_j: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@126)

Address: 12252

property ain126_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN126_EF_INDEX (AIN#(0:149)_EF_INDEX@126)

Address: 9252

property ain126_ef_read_a: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_A (AIN#(0:149)_EF_READ_A@126)

Address: 7252

property ain126_ef_read_b: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_B (AIN#(0:149)_EF_READ_B@126)

Address: 7552

property ain126_ef_read_c: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_C (AIN#(0:149)_EF_READ_C@126)

Address: 7852

property ain126_ef_read_d: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_D (AIN#(0:149)_EF_READ_D@126)

Address: 8152

property ain127_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN127_BINARY (AIN#(0:254)_BINARY@127)

Address: 50254

property ain127_ef_config_a: int

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@127)

Address: 9554

property ain127_ef_config_b: int

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@127)

Address: 9854

property ain127_ef_config_c: int

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@127)

Address: 10154

property ain127_ef_config_d: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@127)

Address: 10454

property ain127_ef_config_e: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@127)

Address: 10754

property ain127_ef_config_f: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@127)

Address: 11054

property ain127_ef_config_g: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@127)

Address: 11354

property ain127_ef_config_h: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@127)

Address: 11654

property ain127_ef_config_i: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@127)

Address: 11954

property ain127_ef_config_j: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@127)

Address: 12254

property ain127_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN127_EF_INDEX (AIN#(0:149)_EF_INDEX@127)

Address: 9254

property ain127_ef_read_a: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_A (AIN#(0:149)_EF_READ_A@127)

Address: 7254

property ain127_ef_read_b: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_B (AIN#(0:149)_EF_READ_B@127)

Address: 7554

property ain127_ef_read_c: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_C (AIN#(0:149)_EF_READ_C@127)

Address: 7854

property ain127_ef_read_d: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_D (AIN#(0:149)_EF_READ_D@127)

Address: 8154

property ain128_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN128_BINARY (AIN#(0:254)_BINARY@128)

Address: 50256

property ain128_ef_config_a: int

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@128)

Address: 9556

property ain128_ef_config_b: int

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@128)

Address: 9856

property ain128_ef_config_c: int

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@128)

Address: 10156

property ain128_ef_config_d: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@128)

Address: 10456

property ain128_ef_config_e: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@128)

Address: 10756

property ain128_ef_config_f: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@128)

Address: 11056

property ain128_ef_config_g: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@128)

Address: 11356

property ain128_ef_config_h: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@128)

Address: 11656

property ain128_ef_config_i: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@128)

Address: 11956

property ain128_ef_config_j: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@128)

Address: 12256

property ain128_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN128_EF_INDEX (AIN#(0:149)_EF_INDEX@128)

Address: 9256

property ain128_ef_read_a: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_A (AIN#(0:149)_EF_READ_A@128)

Address: 7256

property ain128_ef_read_b: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_B (AIN#(0:149)_EF_READ_B@128)

Address: 7556

property ain128_ef_read_c: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_C (AIN#(0:149)_EF_READ_C@128)

Address: 7856

property ain128_ef_read_d: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_D (AIN#(0:149)_EF_READ_D@128)

Address: 8156

property ain129_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN129_BINARY (AIN#(0:254)_BINARY@129)

Address: 50258

property ain129_ef_config_a: int

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@129)

Address: 9558

property ain129_ef_config_b: int

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@129)

Address: 9858

property ain129_ef_config_c: int

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@129)

Address: 10158

property ain129_ef_config_d: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@129)

Address: 10458

property ain129_ef_config_e: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@129)

Address: 10758

property ain129_ef_config_f: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@129)

Address: 11058

property ain129_ef_config_g: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@129)

Address: 11358

property ain129_ef_config_h: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@129)

Address: 11658

property ain129_ef_config_i: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@129)

Address: 11958

property ain129_ef_config_j: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@129)

Address: 12258

property ain129_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN129_EF_INDEX (AIN#(0:149)_EF_INDEX@129)

Address: 9258

property ain129_ef_read_a: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_A (AIN#(0:149)_EF_READ_A@129)

Address: 7258

property ain129_ef_read_b: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_B (AIN#(0:149)_EF_READ_B@129)

Address: 7558

property ain129_ef_read_c: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_C (AIN#(0:149)_EF_READ_C@129)

Address: 7858

property ain129_ef_read_d: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_D (AIN#(0:149)_EF_READ_D@129)

Address: 8158

property ain12_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN12_BINARY (AIN#(0:254)_BINARY@12)

Address: 50024

property ain12_ef_config_a: int

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@12)

Address: 9324

property ain12_ef_config_b: int

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@12)

Address: 9624

property ain12_ef_config_c: int

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@12)

Address: 9924

property ain12_ef_config_d: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@12)

Address: 10224

property ain12_ef_config_e: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@12)

Address: 10524

property ain12_ef_config_f: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@12)

Address: 10824

property ain12_ef_config_g: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@12)

Address: 11124

property ain12_ef_config_h: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@12)

Address: 11424

property ain12_ef_config_i: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@12)

Address: 11724

property ain12_ef_config_j: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@12)

Address: 12024

property ain12_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN12_EF_INDEX (AIN#(0:149)_EF_INDEX@12)

Address: 9024

property ain12_ef_read_a: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_A (AIN#(0:149)_EF_READ_A@12)

Address: 7024

property ain12_ef_read_b: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_B (AIN#(0:149)_EF_READ_B@12)

Address: 7324

property ain12_ef_read_c: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_C (AIN#(0:149)_EF_READ_C@12)

Address: 7624

property ain12_ef_read_d: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_D (AIN#(0:149)_EF_READ_D@12)

Address: 7924

property ain130_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN130_BINARY (AIN#(0:254)_BINARY@130)

Address: 50260

property ain130_ef_config_a: int

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@130)

Address: 9560

property ain130_ef_config_b: int

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@130)

Address: 9860

property ain130_ef_config_c: int

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@130)

Address: 10160

property ain130_ef_config_d: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@130)

Address: 10460

property ain130_ef_config_e: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@130)

Address: 10760

property ain130_ef_config_f: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@130)

Address: 11060

property ain130_ef_config_g: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@130)

Address: 11360

property ain130_ef_config_h: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@130)

Address: 11660

property ain130_ef_config_i: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@130)

Address: 11960

property ain130_ef_config_j: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@130)

Address: 12260

property ain130_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN130_EF_INDEX (AIN#(0:149)_EF_INDEX@130)

Address: 9260

property ain130_ef_read_a: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_A (AIN#(0:149)_EF_READ_A@130)

Address: 7260

property ain130_ef_read_b: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_B (AIN#(0:149)_EF_READ_B@130)

Address: 7560

property ain130_ef_read_c: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_C (AIN#(0:149)_EF_READ_C@130)

Address: 7860

property ain130_ef_read_d: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_D (AIN#(0:149)_EF_READ_D@130)

Address: 8160

property ain131_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN131_BINARY (AIN#(0:254)_BINARY@131)

Address: 50262

property ain131_ef_config_a: int

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@131)

Address: 9562

property ain131_ef_config_b: int

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@131)

Address: 9862

property ain131_ef_config_c: int

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@131)

Address: 10162

property ain131_ef_config_d: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@131)

Address: 10462

property ain131_ef_config_e: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@131)

Address: 10762

property ain131_ef_config_f: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@131)

Address: 11062

property ain131_ef_config_g: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@131)

Address: 11362

property ain131_ef_config_h: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@131)

Address: 11662

property ain131_ef_config_i: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@131)

Address: 11962

property ain131_ef_config_j: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@131)

Address: 12262

property ain131_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN131_EF_INDEX (AIN#(0:149)_EF_INDEX@131)

Address: 9262

property ain131_ef_read_a: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_A (AIN#(0:149)_EF_READ_A@131)

Address: 7262

property ain131_ef_read_b: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_B (AIN#(0:149)_EF_READ_B@131)

Address: 7562

property ain131_ef_read_c: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_C (AIN#(0:149)_EF_READ_C@131)

Address: 7862

property ain131_ef_read_d: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_D (AIN#(0:149)_EF_READ_D@131)

Address: 8162

property ain132_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN132_BINARY (AIN#(0:254)_BINARY@132)

Address: 50264

property ain132_ef_config_a: int

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@132)

Address: 9564

property ain132_ef_config_b: int

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@132)

Address: 9864

property ain132_ef_config_c: int

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@132)

Address: 10164

property ain132_ef_config_d: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@132)

Address: 10464

property ain132_ef_config_e: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@132)

Address: 10764

property ain132_ef_config_f: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@132)

Address: 11064

property ain132_ef_config_g: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@132)

Address: 11364

property ain132_ef_config_h: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@132)

Address: 11664

property ain132_ef_config_i: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@132)

Address: 11964

property ain132_ef_config_j: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@132)

Address: 12264

property ain132_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN132_EF_INDEX (AIN#(0:149)_EF_INDEX@132)

Address: 9264

property ain132_ef_read_a: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_A (AIN#(0:149)_EF_READ_A@132)

Address: 7264

property ain132_ef_read_b: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_B (AIN#(0:149)_EF_READ_B@132)

Address: 7564

property ain132_ef_read_c: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_C (AIN#(0:149)_EF_READ_C@132)

Address: 7864

property ain132_ef_read_d: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_D (AIN#(0:149)_EF_READ_D@132)

Address: 8164

property ain133_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN133_BINARY (AIN#(0:254)_BINARY@133)

Address: 50266

property ain133_ef_config_a: int

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@133)

Address: 9566

property ain133_ef_config_b: int

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@133)

Address: 9866

property ain133_ef_config_c: int

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@133)

Address: 10166

property ain133_ef_config_d: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@133)

Address: 10466

property ain133_ef_config_e: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@133)

Address: 10766

property ain133_ef_config_f: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@133)

Address: 11066

property ain133_ef_config_g: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@133)

Address: 11366

property ain133_ef_config_h: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@133)

Address: 11666

property ain133_ef_config_i: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@133)

Address: 11966

property ain133_ef_config_j: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@133)

Address: 12266

property ain133_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN133_EF_INDEX (AIN#(0:149)_EF_INDEX@133)

Address: 9266

property ain133_ef_read_a: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_A (AIN#(0:149)_EF_READ_A@133)

Address: 7266

property ain133_ef_read_b: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_B (AIN#(0:149)_EF_READ_B@133)

Address: 7566

property ain133_ef_read_c: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_C (AIN#(0:149)_EF_READ_C@133)

Address: 7866

property ain133_ef_read_d: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_D (AIN#(0:149)_EF_READ_D@133)

Address: 8166

property ain134_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN134_BINARY (AIN#(0:254)_BINARY@134)

Address: 50268

property ain134_ef_config_a: int

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@134)

Address: 9568

property ain134_ef_config_b: int

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@134)

Address: 9868

property ain134_ef_config_c: int

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@134)

Address: 10168

property ain134_ef_config_d: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@134)

Address: 10468

property ain134_ef_config_e: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@134)

Address: 10768

property ain134_ef_config_f: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@134)

Address: 11068

property ain134_ef_config_g: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@134)

Address: 11368

property ain134_ef_config_h: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@134)

Address: 11668

property ain134_ef_config_i: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@134)

Address: 11968

property ain134_ef_config_j: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@134)

Address: 12268

property ain134_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN134_EF_INDEX (AIN#(0:149)_EF_INDEX@134)

Address: 9268

property ain134_ef_read_a: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_A (AIN#(0:149)_EF_READ_A@134)

Address: 7268

property ain134_ef_read_b: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_B (AIN#(0:149)_EF_READ_B@134)

Address: 7568

property ain134_ef_read_c: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_C (AIN#(0:149)_EF_READ_C@134)

Address: 7868

property ain134_ef_read_d: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_D (AIN#(0:149)_EF_READ_D@134)

Address: 8168

property ain135_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN135_BINARY (AIN#(0:254)_BINARY@135)

Address: 50270

property ain135_ef_config_a: int

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@135)

Address: 9570

property ain135_ef_config_b: int

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@135)

Address: 9870

property ain135_ef_config_c: int

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@135)

Address: 10170

property ain135_ef_config_d: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@135)

Address: 10470

property ain135_ef_config_e: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@135)

Address: 10770

property ain135_ef_config_f: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@135)

Address: 11070

property ain135_ef_config_g: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@135)

Address: 11370

property ain135_ef_config_h: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@135)

Address: 11670

property ain135_ef_config_i: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@135)

Address: 11970

property ain135_ef_config_j: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@135)

Address: 12270

property ain135_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN135_EF_INDEX (AIN#(0:149)_EF_INDEX@135)

Address: 9270

property ain135_ef_read_a: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_A (AIN#(0:149)_EF_READ_A@135)

Address: 7270

property ain135_ef_read_b: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_B (AIN#(0:149)_EF_READ_B@135)

Address: 7570

property ain135_ef_read_c: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_C (AIN#(0:149)_EF_READ_C@135)

Address: 7870

property ain135_ef_read_d: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_D (AIN#(0:149)_EF_READ_D@135)

Address: 8170

property ain136_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN136_BINARY (AIN#(0:254)_BINARY@136)

Address: 50272

property ain136_ef_config_a: int

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@136)

Address: 9572

property ain136_ef_config_b: int

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@136)

Address: 9872

property ain136_ef_config_c: int

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@136)

Address: 10172

property ain136_ef_config_d: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@136)

Address: 10472

property ain136_ef_config_e: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@136)

Address: 10772

property ain136_ef_config_f: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@136)

Address: 11072

property ain136_ef_config_g: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@136)

Address: 11372

property ain136_ef_config_h: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@136)

Address: 11672

property ain136_ef_config_i: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@136)

Address: 11972

property ain136_ef_config_j: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@136)

Address: 12272

property ain136_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN136_EF_INDEX (AIN#(0:149)_EF_INDEX@136)

Address: 9272

property ain136_ef_read_a: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_A (AIN#(0:149)_EF_READ_A@136)

Address: 7272

property ain136_ef_read_b: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_B (AIN#(0:149)_EF_READ_B@136)

Address: 7572

property ain136_ef_read_c: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_C (AIN#(0:149)_EF_READ_C@136)

Address: 7872

property ain136_ef_read_d: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_D (AIN#(0:149)_EF_READ_D@136)

Address: 8172

property ain137_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN137_BINARY (AIN#(0:254)_BINARY@137)

Address: 50274

property ain137_ef_config_a: int

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@137)

Address: 9574

property ain137_ef_config_b: int

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@137)

Address: 9874

property ain137_ef_config_c: int

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@137)

Address: 10174

property ain137_ef_config_d: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@137)

Address: 10474

property ain137_ef_config_e: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@137)

Address: 10774

property ain137_ef_config_f: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@137)

Address: 11074

property ain137_ef_config_g: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@137)

Address: 11374

property ain137_ef_config_h: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@137)

Address: 11674

property ain137_ef_config_i: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@137)

Address: 11974

property ain137_ef_config_j: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@137)

Address: 12274

property ain137_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN137_EF_INDEX (AIN#(0:149)_EF_INDEX@137)

Address: 9274

property ain137_ef_read_a: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_A (AIN#(0:149)_EF_READ_A@137)

Address: 7274

property ain137_ef_read_b: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_B (AIN#(0:149)_EF_READ_B@137)

Address: 7574

property ain137_ef_read_c: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_C (AIN#(0:149)_EF_READ_C@137)

Address: 7874

property ain137_ef_read_d: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_D (AIN#(0:149)_EF_READ_D@137)

Address: 8174

property ain138_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN138_BINARY (AIN#(0:254)_BINARY@138)

Address: 50276

property ain138_ef_config_a: int

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@138)

Address: 9576

property ain138_ef_config_b: int

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@138)

Address: 9876

property ain138_ef_config_c: int

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@138)

Address: 10176

property ain138_ef_config_d: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@138)

Address: 10476

property ain138_ef_config_e: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@138)

Address: 10776

property ain138_ef_config_f: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@138)

Address: 11076

property ain138_ef_config_g: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@138)

Address: 11376

property ain138_ef_config_h: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@138)

Address: 11676

property ain138_ef_config_i: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@138)

Address: 11976

property ain138_ef_config_j: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@138)

Address: 12276

property ain138_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN138_EF_INDEX (AIN#(0:149)_EF_INDEX@138)

Address: 9276

property ain138_ef_read_a: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_A (AIN#(0:149)_EF_READ_A@138)

Address: 7276

property ain138_ef_read_b: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_B (AIN#(0:149)_EF_READ_B@138)

Address: 7576

property ain138_ef_read_c: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_C (AIN#(0:149)_EF_READ_C@138)

Address: 7876

property ain138_ef_read_d: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_D (AIN#(0:149)_EF_READ_D@138)

Address: 8176

property ain139_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN139_BINARY (AIN#(0:254)_BINARY@139)

Address: 50278

property ain139_ef_config_a: int

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@139)

Address: 9578

property ain139_ef_config_b: int

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@139)

Address: 9878

property ain139_ef_config_c: int

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@139)

Address: 10178

property ain139_ef_config_d: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@139)

Address: 10478

property ain139_ef_config_e: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@139)

Address: 10778

property ain139_ef_config_f: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@139)

Address: 11078

property ain139_ef_config_g: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@139)

Address: 11378

property ain139_ef_config_h: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@139)

Address: 11678

property ain139_ef_config_i: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@139)

Address: 11978

property ain139_ef_config_j: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@139)

Address: 12278

property ain139_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN139_EF_INDEX (AIN#(0:149)_EF_INDEX@139)

Address: 9278

property ain139_ef_read_a: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_A (AIN#(0:149)_EF_READ_A@139)

Address: 7278

property ain139_ef_read_b: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_B (AIN#(0:149)_EF_READ_B@139)

Address: 7578

property ain139_ef_read_c: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_C (AIN#(0:149)_EF_READ_C@139)

Address: 7878

property ain139_ef_read_d: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_D (AIN#(0:149)_EF_READ_D@139)

Address: 8178

property ain13_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN13_BINARY (AIN#(0:254)_BINARY@13)

Address: 50026

property ain13_ef_config_a: int

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@13)

Address: 9326

property ain13_ef_config_b: int

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@13)

Address: 9626

property ain13_ef_config_c: int

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@13)

Address: 9926

property ain13_ef_config_d: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@13)

Address: 10226

property ain13_ef_config_e: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@13)

Address: 10526

property ain13_ef_config_f: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@13)

Address: 10826

property ain13_ef_config_g: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@13)

Address: 11126

property ain13_ef_config_h: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@13)

Address: 11426

property ain13_ef_config_i: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@13)

Address: 11726

property ain13_ef_config_j: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@13)

Address: 12026

property ain13_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN13_EF_INDEX (AIN#(0:149)_EF_INDEX@13)

Address: 9026

property ain13_ef_read_a: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_A (AIN#(0:149)_EF_READ_A@13)

Address: 7026

property ain13_ef_read_b: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_B (AIN#(0:149)_EF_READ_B@13)

Address: 7326

property ain13_ef_read_c: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_C (AIN#(0:149)_EF_READ_C@13)

Address: 7626

property ain13_ef_read_d: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_D (AIN#(0:149)_EF_READ_D@13)

Address: 7926

property ain140_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN140_BINARY (AIN#(0:254)_BINARY@140)

Address: 50280

property ain140_ef_config_a: int

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@140)

Address: 9580

property ain140_ef_config_b: int

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@140)

Address: 9880

property ain140_ef_config_c: int

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@140)

Address: 10180

property ain140_ef_config_d: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@140)

Address: 10480

property ain140_ef_config_e: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@140)

Address: 10780

property ain140_ef_config_f: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@140)

Address: 11080

property ain140_ef_config_g: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@140)

Address: 11380

property ain140_ef_config_h: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@140)

Address: 11680

property ain140_ef_config_i: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@140)

Address: 11980

property ain140_ef_config_j: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@140)

Address: 12280

property ain140_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN140_EF_INDEX (AIN#(0:149)_EF_INDEX@140)

Address: 9280

property ain140_ef_read_a: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_A (AIN#(0:149)_EF_READ_A@140)

Address: 7280

property ain140_ef_read_b: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_B (AIN#(0:149)_EF_READ_B@140)

Address: 7580

property ain140_ef_read_c: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_C (AIN#(0:149)_EF_READ_C@140)

Address: 7880

property ain140_ef_read_d: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_D (AIN#(0:149)_EF_READ_D@140)

Address: 8180

property ain141_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN141_BINARY (AIN#(0:254)_BINARY@141)

Address: 50282

property ain141_ef_config_a: int

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@141)

Address: 9582

property ain141_ef_config_b: int

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@141)

Address: 9882

property ain141_ef_config_c: int

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@141)

Address: 10182

property ain141_ef_config_d: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@141)

Address: 10482

property ain141_ef_config_e: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@141)

Address: 10782

property ain141_ef_config_f: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@141)

Address: 11082

property ain141_ef_config_g: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@141)

Address: 11382

property ain141_ef_config_h: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@141)

Address: 11682

property ain141_ef_config_i: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@141)

Address: 11982

property ain141_ef_config_j: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@141)

Address: 12282

property ain141_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN141_EF_INDEX (AIN#(0:149)_EF_INDEX@141)

Address: 9282

property ain141_ef_read_a: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_A (AIN#(0:149)_EF_READ_A@141)

Address: 7282

property ain141_ef_read_b: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_B (AIN#(0:149)_EF_READ_B@141)

Address: 7582

property ain141_ef_read_c: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_C (AIN#(0:149)_EF_READ_C@141)

Address: 7882

property ain141_ef_read_d: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_D (AIN#(0:149)_EF_READ_D@141)

Address: 8182

property ain142_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN142_BINARY (AIN#(0:254)_BINARY@142)

Address: 50284

property ain142_ef_config_a: int

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@142)

Address: 9584

property ain142_ef_config_b: int

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@142)

Address: 9884

property ain142_ef_config_c: int

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@142)

Address: 10184

property ain142_ef_config_d: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@142)

Address: 10484

property ain142_ef_config_e: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@142)

Address: 10784

property ain142_ef_config_f: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@142)

Address: 11084

property ain142_ef_config_g: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@142)

Address: 11384

property ain142_ef_config_h: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@142)

Address: 11684

property ain142_ef_config_i: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@142)

Address: 11984

property ain142_ef_config_j: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@142)

Address: 12284

property ain142_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN142_EF_INDEX (AIN#(0:149)_EF_INDEX@142)

Address: 9284

property ain142_ef_read_a: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_A (AIN#(0:149)_EF_READ_A@142)

Address: 7284

property ain142_ef_read_b: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_B (AIN#(0:149)_EF_READ_B@142)

Address: 7584

property ain142_ef_read_c: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_C (AIN#(0:149)_EF_READ_C@142)

Address: 7884

property ain142_ef_read_d: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_D (AIN#(0:149)_EF_READ_D@142)

Address: 8184

property ain143_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN143_BINARY (AIN#(0:254)_BINARY@143)

Address: 50286

property ain143_ef_config_a: int

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@143)

Address: 9586

property ain143_ef_config_b: int

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@143)

Address: 9886

property ain143_ef_config_c: int

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@143)

Address: 10186

property ain143_ef_config_d: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@143)

Address: 10486

property ain143_ef_config_e: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@143)

Address: 10786

property ain143_ef_config_f: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@143)

Address: 11086

property ain143_ef_config_g: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@143)

Address: 11386

property ain143_ef_config_h: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@143)

Address: 11686

property ain143_ef_config_i: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@143)

Address: 11986

property ain143_ef_config_j: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@143)

Address: 12286

property ain143_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN143_EF_INDEX (AIN#(0:149)_EF_INDEX@143)

Address: 9286

property ain143_ef_read_a: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_A (AIN#(0:149)_EF_READ_A@143)

Address: 7286

property ain143_ef_read_b: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_B (AIN#(0:149)_EF_READ_B@143)

Address: 7586

property ain143_ef_read_c: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_C (AIN#(0:149)_EF_READ_C@143)

Address: 7886

property ain143_ef_read_d: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_D (AIN#(0:149)_EF_READ_D@143)

Address: 8186

property ain144_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN144_BINARY (AIN#(0:254)_BINARY@144)

Address: 50288

property ain144_ef_config_a: int

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@144)

Address: 9588

property ain144_ef_config_b: int

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@144)

Address: 9888

property ain144_ef_config_c: int

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@144)

Address: 10188

property ain144_ef_config_d: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@144)

Address: 10488

property ain144_ef_config_e: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@144)

Address: 10788

property ain144_ef_config_f: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@144)

Address: 11088

property ain144_ef_config_g: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@144)

Address: 11388

property ain144_ef_config_h: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@144)

Address: 11688

property ain144_ef_config_i: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@144)

Address: 11988

property ain144_ef_config_j: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@144)

Address: 12288

property ain144_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN144_EF_INDEX (AIN#(0:149)_EF_INDEX@144)

Address: 9288

property ain144_ef_read_a: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_A (AIN#(0:149)_EF_READ_A@144)

Address: 7288

property ain144_ef_read_b: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_B (AIN#(0:149)_EF_READ_B@144)

Address: 7588

property ain144_ef_read_c: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_C (AIN#(0:149)_EF_READ_C@144)

Address: 7888

property ain144_ef_read_d: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_D (AIN#(0:149)_EF_READ_D@144)

Address: 8188

property ain145_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN145_BINARY (AIN#(0:254)_BINARY@145)

Address: 50290

property ain145_ef_config_a: int

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@145)

Address: 9590

property ain145_ef_config_b: int

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@145)

Address: 9890

property ain145_ef_config_c: int

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@145)

Address: 10190

property ain145_ef_config_d: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@145)

Address: 10490

property ain145_ef_config_e: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@145)

Address: 10790

property ain145_ef_config_f: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@145)

Address: 11090

property ain145_ef_config_g: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@145)

Address: 11390

property ain145_ef_config_h: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@145)

Address: 11690

property ain145_ef_config_i: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@145)

Address: 11990

property ain145_ef_config_j: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@145)

Address: 12290

property ain145_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN145_EF_INDEX (AIN#(0:149)_EF_INDEX@145)

Address: 9290

property ain145_ef_read_a: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_A (AIN#(0:149)_EF_READ_A@145)

Address: 7290

property ain145_ef_read_b: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_B (AIN#(0:149)_EF_READ_B@145)

Address: 7590

property ain145_ef_read_c: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_C (AIN#(0:149)_EF_READ_C@145)

Address: 7890

property ain145_ef_read_d: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_D (AIN#(0:149)_EF_READ_D@145)

Address: 8190

property ain146_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN146_BINARY (AIN#(0:254)_BINARY@146)

Address: 50292

property ain146_ef_config_a: int

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@146)

Address: 9592

property ain146_ef_config_b: int

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@146)

Address: 9892

property ain146_ef_config_c: int

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@146)

Address: 10192

property ain146_ef_config_d: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@146)

Address: 10492

property ain146_ef_config_e: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@146)

Address: 10792

property ain146_ef_config_f: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@146)

Address: 11092

property ain146_ef_config_g: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@146)

Address: 11392

property ain146_ef_config_h: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@146)

Address: 11692

property ain146_ef_config_i: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@146)

Address: 11992

property ain146_ef_config_j: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@146)

Address: 12292

property ain146_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN146_EF_INDEX (AIN#(0:149)_EF_INDEX@146)

Address: 9292

property ain146_ef_read_a: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_A (AIN#(0:149)_EF_READ_A@146)

Address: 7292

property ain146_ef_read_b: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_B (AIN#(0:149)_EF_READ_B@146)

Address: 7592

property ain146_ef_read_c: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_C (AIN#(0:149)_EF_READ_C@146)

Address: 7892

property ain146_ef_read_d: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_D (AIN#(0:149)_EF_READ_D@146)

Address: 8192

property ain147_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN147_BINARY (AIN#(0:254)_BINARY@147)

Address: 50294

property ain147_ef_config_a: int

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@147)

Address: 9594

property ain147_ef_config_b: int

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@147)

Address: 9894

property ain147_ef_config_c: int

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@147)

Address: 10194

property ain147_ef_config_d: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@147)

Address: 10494

property ain147_ef_config_e: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@147)

Address: 10794

property ain147_ef_config_f: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@147)

Address: 11094

property ain147_ef_config_g: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@147)

Address: 11394

property ain147_ef_config_h: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@147)

Address: 11694

property ain147_ef_config_i: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@147)

Address: 11994

property ain147_ef_config_j: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@147)

Address: 12294

property ain147_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN147_EF_INDEX (AIN#(0:149)_EF_INDEX@147)

Address: 9294

property ain147_ef_read_a: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_A (AIN#(0:149)_EF_READ_A@147)

Address: 7294

property ain147_ef_read_b: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_B (AIN#(0:149)_EF_READ_B@147)

Address: 7594

property ain147_ef_read_c: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_C (AIN#(0:149)_EF_READ_C@147)

Address: 7894

property ain147_ef_read_d: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_D (AIN#(0:149)_EF_READ_D@147)

Address: 8194

property ain148_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN148_BINARY (AIN#(0:254)_BINARY@148)

Address: 50296

property ain148_ef_config_a: int

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@148)

Address: 9596

property ain148_ef_config_b: int

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@148)

Address: 9896

property ain148_ef_config_c: int

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@148)

Address: 10196

property ain148_ef_config_d: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@148)

Address: 10496

property ain148_ef_config_e: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@148)

Address: 10796

property ain148_ef_config_f: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@148)

Address: 11096

property ain148_ef_config_g: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@148)

Address: 11396

property ain148_ef_config_h: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@148)

Address: 11696

property ain148_ef_config_i: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@148)

Address: 11996

property ain148_ef_config_j: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@148)

Address: 12296

property ain148_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN148_EF_INDEX (AIN#(0:149)_EF_INDEX@148)

Address: 9296

property ain148_ef_read_a: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_A (AIN#(0:149)_EF_READ_A@148)

Address: 7296

property ain148_ef_read_b: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_B (AIN#(0:149)_EF_READ_B@148)

Address: 7596

property ain148_ef_read_c: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_C (AIN#(0:149)_EF_READ_C@148)

Address: 7896

property ain148_ef_read_d: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_D (AIN#(0:149)_EF_READ_D@148)

Address: 8196

property ain149_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN149_BINARY (AIN#(0:254)_BINARY@149)

Address: 50298

property ain149_ef_config_a: int

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@149)

Address: 9598

property ain149_ef_config_b: int

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@149)

Address: 9898

property ain149_ef_config_c: int

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@149)

Address: 10198

property ain149_ef_config_d: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@149)

Address: 10498

property ain149_ef_config_e: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@149)

Address: 10798

property ain149_ef_config_f: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@149)

Address: 11098

property ain149_ef_config_g: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@149)

Address: 11398

property ain149_ef_config_h: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@149)

Address: 11698

property ain149_ef_config_i: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@149)

Address: 11998

property ain149_ef_config_j: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@149)

Address: 12298

property ain149_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN149_EF_INDEX (AIN#(0:149)_EF_INDEX@149)

Address: 9298

property ain149_ef_read_a: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_A (AIN#(0:149)_EF_READ_A@149)

Address: 7298

property ain149_ef_read_b: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_B (AIN#(0:149)_EF_READ_B@149)

Address: 7598

property ain149_ef_read_c: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_C (AIN#(0:149)_EF_READ_C@149)

Address: 7898

property ain149_ef_read_d: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_D (AIN#(0:149)_EF_READ_D@149)

Address: 8198

property ain14_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN14_BINARY (AIN#(0:254)_BINARY@14)

Address: 50028

property ain14_ef_config_a: int

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@14)

Address: 9328

property ain14_ef_config_b: int

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@14)

Address: 9628

property ain14_ef_config_c: int

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@14)

Address: 9928

property ain14_ef_config_d: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@14)

Address: 10228

property ain14_ef_config_e: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@14)

Address: 10528

property ain14_ef_config_f: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@14)

Address: 10828

property ain14_ef_config_g: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@14)

Address: 11128

property ain14_ef_config_h: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@14)

Address: 11428

property ain14_ef_config_i: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@14)

Address: 11728

property ain14_ef_config_j: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@14)

Address: 12028

property ain14_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN14_EF_INDEX (AIN#(0:149)_EF_INDEX@14)

Address: 9028

property ain14_ef_read_a: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_A (AIN#(0:149)_EF_READ_A@14)

Address: 7028

property ain14_ef_read_b: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_B (AIN#(0:149)_EF_READ_B@14)

Address: 7328

property ain14_ef_read_c: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_C (AIN#(0:149)_EF_READ_C@14)

Address: 7628

property ain14_ef_read_d: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_D (AIN#(0:149)_EF_READ_D@14)

Address: 7928

property ain150_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN150_BINARY (AIN#(0:254)_BINARY@150)

Address: 50300

property ain151_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN151_BINARY (AIN#(0:254)_BINARY@151)

Address: 50302

property ain152_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN152_BINARY (AIN#(0:254)_BINARY@152)

Address: 50304

property ain153_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN153_BINARY (AIN#(0:254)_BINARY@153)

Address: 50306

property ain154_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN154_BINARY (AIN#(0:254)_BINARY@154)

Address: 50308

property ain155_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN155_BINARY (AIN#(0:254)_BINARY@155)

Address: 50310

property ain156_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN156_BINARY (AIN#(0:254)_BINARY@156)

Address: 50312

property ain157_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN157_BINARY (AIN#(0:254)_BINARY@157)

Address: 50314

property ain158_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN158_BINARY (AIN#(0:254)_BINARY@158)

Address: 50316

property ain159_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN159_BINARY (AIN#(0:254)_BINARY@159)

Address: 50318

property ain15_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN15_BINARY (AIN#(0:254)_BINARY@15)

Address: 50030

property ain15_ef_config_a: int

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@15)

Address: 9330

property ain15_ef_config_b: int

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@15)

Address: 9630

property ain15_ef_config_c: int

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@15)

Address: 9930

property ain15_ef_config_d: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@15)

Address: 10230

property ain15_ef_config_e: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@15)

Address: 10530

property ain15_ef_config_f: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@15)

Address: 10830

property ain15_ef_config_g: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@15)

Address: 11130

property ain15_ef_config_h: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@15)

Address: 11430

property ain15_ef_config_i: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@15)

Address: 11730

property ain15_ef_config_j: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@15)

Address: 12030

property ain15_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN15_EF_INDEX (AIN#(0:149)_EF_INDEX@15)

Address: 9030

property ain15_ef_read_a: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_A (AIN#(0:149)_EF_READ_A@15)

Address: 7030

property ain15_ef_read_b: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_B (AIN#(0:149)_EF_READ_B@15)

Address: 7330

property ain15_ef_read_c: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_C (AIN#(0:149)_EF_READ_C@15)

Address: 7630

property ain15_ef_read_d: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_D (AIN#(0:149)_EF_READ_D@15)

Address: 7930

property ain160_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN160_BINARY (AIN#(0:254)_BINARY@160)

Address: 50320

property ain161_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN161_BINARY (AIN#(0:254)_BINARY@161)

Address: 50322

property ain162_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN162_BINARY (AIN#(0:254)_BINARY@162)

Address: 50324

property ain163_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN163_BINARY (AIN#(0:254)_BINARY@163)

Address: 50326

property ain164_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN164_BINARY (AIN#(0:254)_BINARY@164)

Address: 50328

property ain165_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN165_BINARY (AIN#(0:254)_BINARY@165)

Address: 50330

property ain166_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN166_BINARY (AIN#(0:254)_BINARY@166)

Address: 50332

property ain167_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN167_BINARY (AIN#(0:254)_BINARY@167)

Address: 50334

property ain168_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN168_BINARY (AIN#(0:254)_BINARY@168)

Address: 50336

property ain169_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN169_BINARY (AIN#(0:254)_BINARY@169)

Address: 50338

property ain16_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN16_BINARY (AIN#(0:254)_BINARY@16)

Address: 50032

property ain16_ef_config_a: int

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@16)

Address: 9332

property ain16_ef_config_b: int

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@16)

Address: 9632

property ain16_ef_config_c: int

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@16)

Address: 9932

property ain16_ef_config_d: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@16)

Address: 10232

property ain16_ef_config_e: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@16)

Address: 10532

property ain16_ef_config_f: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@16)

Address: 10832

property ain16_ef_config_g: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@16)

Address: 11132

property ain16_ef_config_h: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@16)

Address: 11432

property ain16_ef_config_i: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@16)

Address: 11732

property ain16_ef_config_j: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@16)

Address: 12032

property ain16_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN16_EF_INDEX (AIN#(0:149)_EF_INDEX@16)

Address: 9032

property ain16_ef_read_a: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_A (AIN#(0:149)_EF_READ_A@16)

Address: 7032

property ain16_ef_read_b: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_B (AIN#(0:149)_EF_READ_B@16)

Address: 7332

property ain16_ef_read_c: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_C (AIN#(0:149)_EF_READ_C@16)

Address: 7632

property ain16_ef_read_d: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_D (AIN#(0:149)_EF_READ_D@16)

Address: 7932

property ain170_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN170_BINARY (AIN#(0:254)_BINARY@170)

Address: 50340

property ain171_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN171_BINARY (AIN#(0:254)_BINARY@171)

Address: 50342

property ain172_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN172_BINARY (AIN#(0:254)_BINARY@172)

Address: 50344

property ain173_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN173_BINARY (AIN#(0:254)_BINARY@173)

Address: 50346

property ain174_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN174_BINARY (AIN#(0:254)_BINARY@174)

Address: 50348

property ain175_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN175_BINARY (AIN#(0:254)_BINARY@175)

Address: 50350

property ain176_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN176_BINARY (AIN#(0:254)_BINARY@176)

Address: 50352

property ain177_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN177_BINARY (AIN#(0:254)_BINARY@177)

Address: 50354

property ain178_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN178_BINARY (AIN#(0:254)_BINARY@178)

Address: 50356

property ain179_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN179_BINARY (AIN#(0:254)_BINARY@179)

Address: 50358

property ain17_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN17_BINARY (AIN#(0:254)_BINARY@17)

Address: 50034

property ain17_ef_config_a: int

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@17)

Address: 9334

property ain17_ef_config_b: int

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@17)

Address: 9634

property ain17_ef_config_c: int

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@17)

Address: 9934

property ain17_ef_config_d: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@17)

Address: 10234

property ain17_ef_config_e: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@17)

Address: 10534

property ain17_ef_config_f: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@17)

Address: 10834

property ain17_ef_config_g: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@17)

Address: 11134

property ain17_ef_config_h: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@17)

Address: 11434

property ain17_ef_config_i: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@17)

Address: 11734

property ain17_ef_config_j: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@17)

Address: 12034

property ain17_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN17_EF_INDEX (AIN#(0:149)_EF_INDEX@17)

Address: 9034

property ain17_ef_read_a: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_A (AIN#(0:149)_EF_READ_A@17)

Address: 7034

property ain17_ef_read_b: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_B (AIN#(0:149)_EF_READ_B@17)

Address: 7334

property ain17_ef_read_c: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_C (AIN#(0:149)_EF_READ_C@17)

Address: 7634

property ain17_ef_read_d: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_D (AIN#(0:149)_EF_READ_D@17)

Address: 7934

property ain180_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN180_BINARY (AIN#(0:254)_BINARY@180)

Address: 50360

property ain181_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN181_BINARY (AIN#(0:254)_BINARY@181)

Address: 50362

property ain182_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN182_BINARY (AIN#(0:254)_BINARY@182)

Address: 50364

property ain183_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN183_BINARY (AIN#(0:254)_BINARY@183)

Address: 50366

property ain184_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN184_BINARY (AIN#(0:254)_BINARY@184)

Address: 50368

property ain185_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN185_BINARY (AIN#(0:254)_BINARY@185)

Address: 50370

property ain186_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN186_BINARY (AIN#(0:254)_BINARY@186)

Address: 50372

property ain187_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN187_BINARY (AIN#(0:254)_BINARY@187)

Address: 50374

property ain188_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN188_BINARY (AIN#(0:254)_BINARY@188)

Address: 50376

property ain189_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN189_BINARY (AIN#(0:254)_BINARY@189)

Address: 50378

property ain18_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN18_BINARY (AIN#(0:254)_BINARY@18)

Address: 50036

property ain18_ef_config_a: int

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@18)

Address: 9336

property ain18_ef_config_b: int

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@18)

Address: 9636

property ain18_ef_config_c: int

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@18)

Address: 9936

property ain18_ef_config_d: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@18)

Address: 10236

property ain18_ef_config_e: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@18)

Address: 10536

property ain18_ef_config_f: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@18)

Address: 10836

property ain18_ef_config_g: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@18)

Address: 11136

property ain18_ef_config_h: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@18)

Address: 11436

property ain18_ef_config_i: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@18)

Address: 11736

property ain18_ef_config_j: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@18)

Address: 12036

property ain18_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN18_EF_INDEX (AIN#(0:149)_EF_INDEX@18)

Address: 9036

property ain18_ef_read_a: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_A (AIN#(0:149)_EF_READ_A@18)

Address: 7036

property ain18_ef_read_b: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_B (AIN#(0:149)_EF_READ_B@18)

Address: 7336

property ain18_ef_read_c: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_C (AIN#(0:149)_EF_READ_C@18)

Address: 7636

property ain18_ef_read_d: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_D (AIN#(0:149)_EF_READ_D@18)

Address: 7936

property ain190_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN190_BINARY (AIN#(0:254)_BINARY@190)

Address: 50380

property ain191_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN191_BINARY (AIN#(0:254)_BINARY@191)

Address: 50382

property ain192_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN192_BINARY (AIN#(0:254)_BINARY@192)

Address: 50384

property ain193_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN193_BINARY (AIN#(0:254)_BINARY@193)

Address: 50386

property ain194_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN194_BINARY (AIN#(0:254)_BINARY@194)

Address: 50388

property ain195_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN195_BINARY (AIN#(0:254)_BINARY@195)

Address: 50390

property ain196_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN196_BINARY (AIN#(0:254)_BINARY@196)

Address: 50392

property ain197_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN197_BINARY (AIN#(0:254)_BINARY@197)

Address: 50394

property ain198_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN198_BINARY (AIN#(0:254)_BINARY@198)

Address: 50396

property ain199_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN199_BINARY (AIN#(0:254)_BINARY@199)

Address: 50398

property ain19_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN19_BINARY (AIN#(0:254)_BINARY@19)

Address: 50038

property ain19_ef_config_a: int

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@19)

Address: 9338

property ain19_ef_config_b: int

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@19)

Address: 9638

property ain19_ef_config_c: int

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@19)

Address: 9938

property ain19_ef_config_d: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@19)

Address: 10238

property ain19_ef_config_e: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@19)

Address: 10538

property ain19_ef_config_f: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@19)

Address: 10838

property ain19_ef_config_g: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@19)

Address: 11138

property ain19_ef_config_h: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@19)

Address: 11438

property ain19_ef_config_i: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@19)

Address: 11738

property ain19_ef_config_j: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@19)

Address: 12038

property ain19_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN19_EF_INDEX (AIN#(0:149)_EF_INDEX@19)

Address: 9038

property ain19_ef_read_a: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_A (AIN#(0:149)_EF_READ_A@19)

Address: 7038

property ain19_ef_read_b: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_B (AIN#(0:149)_EF_READ_B@19)

Address: 7338

property ain19_ef_read_c: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_C (AIN#(0:149)_EF_READ_C@19)

Address: 7638

property ain19_ef_read_d: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_D (AIN#(0:149)_EF_READ_D@19)

Address: 7938

property ain1_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN1_BINARY (AIN#(0:254)_BINARY@1)

Address: 50002

property ain1_ef_config_a: int

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@1)

Address: 9302

property ain1_ef_config_b: int

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@1)

Address: 9602

property ain1_ef_config_c: int

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@1)

Address: 9902

property ain1_ef_config_d: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@1)

Address: 10202

property ain1_ef_config_e: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@1)

Address: 10502

property ain1_ef_config_f: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@1)

Address: 10802

property ain1_ef_config_g: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@1)

Address: 11102

property ain1_ef_config_h: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@1)

Address: 11402

property ain1_ef_config_i: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@1)

Address: 11702

property ain1_ef_config_j: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@1)

Address: 12002

property ain1_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN1_EF_INDEX (AIN#(0:149)_EF_INDEX@1)

Address: 9002

property ain1_ef_read_a: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_A (AIN#(0:149)_EF_READ_A@1)

Address: 7002

property ain1_ef_read_b: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_B (AIN#(0:149)_EF_READ_B@1)

Address: 7302

property ain1_ef_read_c: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_C (AIN#(0:149)_EF_READ_C@1)

Address: 7602

property ain1_ef_read_d: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_D (AIN#(0:149)_EF_READ_D@1)

Address: 7902

property ain1_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN1_NEGATIVE_CH (AIN#(0:3)_NEGATIVE_CH@1)

Address: 41001

property ain1_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN1_RANGE (AIN#(0:3)_RANGE@1)

Address: 40002

property ain1_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN1_RESOLUTION_INDEX (AIN#(0:3)_RESOLUTION_INDEX@1)

Address: 41501

property ain1_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN1_SETTLING_US (AIN#(0:3)_SETTLING_US@1)

Address: 42002

property ain2: float

Returns the voltage of the specified analog input.

Register: AIN2 (AIN#(0:11)@2)

Address: 4

property ain200_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN200_BINARY (AIN#(0:254)_BINARY@200)

Address: 50400

property ain201_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN201_BINARY (AIN#(0:254)_BINARY@201)

Address: 50402

property ain202_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN202_BINARY (AIN#(0:254)_BINARY@202)

Address: 50404

property ain203_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN203_BINARY (AIN#(0:254)_BINARY@203)

Address: 50406

property ain204_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN204_BINARY (AIN#(0:254)_BINARY@204)

Address: 50408

property ain205_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN205_BINARY (AIN#(0:254)_BINARY@205)

Address: 50410

property ain206_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN206_BINARY (AIN#(0:254)_BINARY@206)

Address: 50412

property ain207_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN207_BINARY (AIN#(0:254)_BINARY@207)

Address: 50414

property ain208_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN208_BINARY (AIN#(0:254)_BINARY@208)

Address: 50416

property ain209_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN209_BINARY (AIN#(0:254)_BINARY@209)

Address: 50418

property ain20_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN20_BINARY (AIN#(0:254)_BINARY@20)

Address: 50040

property ain20_ef_config_a: int

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@20)

Address: 9340

property ain20_ef_config_b: int

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@20)

Address: 9640

property ain20_ef_config_c: int

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@20)

Address: 9940

property ain20_ef_config_d: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@20)

Address: 10240

property ain20_ef_config_e: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@20)

Address: 10540

property ain20_ef_config_f: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@20)

Address: 10840

property ain20_ef_config_g: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@20)

Address: 11140

property ain20_ef_config_h: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@20)

Address: 11440

property ain20_ef_config_i: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@20)

Address: 11740

property ain20_ef_config_j: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@20)

Address: 12040

property ain20_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN20_EF_INDEX (AIN#(0:149)_EF_INDEX@20)

Address: 9040

property ain20_ef_read_a: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_A (AIN#(0:149)_EF_READ_A@20)

Address: 7040

property ain20_ef_read_b: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_B (AIN#(0:149)_EF_READ_B@20)

Address: 7340

property ain20_ef_read_c: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_C (AIN#(0:149)_EF_READ_C@20)

Address: 7640

property ain20_ef_read_d: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_D (AIN#(0:149)_EF_READ_D@20)

Address: 7940

property ain210_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN210_BINARY (AIN#(0:254)_BINARY@210)

Address: 50420

property ain211_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN211_BINARY (AIN#(0:254)_BINARY@211)

Address: 50422

property ain212_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN212_BINARY (AIN#(0:254)_BINARY@212)

Address: 50424

property ain213_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN213_BINARY (AIN#(0:254)_BINARY@213)

Address: 50426

property ain214_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN214_BINARY (AIN#(0:254)_BINARY@214)

Address: 50428

property ain215_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN215_BINARY (AIN#(0:254)_BINARY@215)

Address: 50430

property ain216_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN216_BINARY (AIN#(0:254)_BINARY@216)

Address: 50432

property ain217_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN217_BINARY (AIN#(0:254)_BINARY@217)

Address: 50434

property ain218_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN218_BINARY (AIN#(0:254)_BINARY@218)

Address: 50436

property ain219_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN219_BINARY (AIN#(0:254)_BINARY@219)

Address: 50438

property ain21_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN21_BINARY (AIN#(0:254)_BINARY@21)

Address: 50042

property ain21_ef_config_a: int

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@21)

Address: 9342

property ain21_ef_config_b: int

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@21)

Address: 9642

property ain21_ef_config_c: int

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@21)

Address: 9942

property ain21_ef_config_d: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@21)

Address: 10242

property ain21_ef_config_e: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@21)

Address: 10542

property ain21_ef_config_f: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@21)

Address: 10842

property ain21_ef_config_g: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@21)

Address: 11142

property ain21_ef_config_h: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@21)

Address: 11442

property ain21_ef_config_i: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@21)

Address: 11742

property ain21_ef_config_j: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@21)

Address: 12042

property ain21_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN21_EF_INDEX (AIN#(0:149)_EF_INDEX@21)

Address: 9042

property ain21_ef_read_a: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_A (AIN#(0:149)_EF_READ_A@21)

Address: 7042

property ain21_ef_read_b: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_B (AIN#(0:149)_EF_READ_B@21)

Address: 7342

property ain21_ef_read_c: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_C (AIN#(0:149)_EF_READ_C@21)

Address: 7642

property ain21_ef_read_d: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_D (AIN#(0:149)_EF_READ_D@21)

Address: 7942

property ain220_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN220_BINARY (AIN#(0:254)_BINARY@220)

Address: 50440

property ain221_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN221_BINARY (AIN#(0:254)_BINARY@221)

Address: 50442

property ain222_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN222_BINARY (AIN#(0:254)_BINARY@222)

Address: 50444

property ain223_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN223_BINARY (AIN#(0:254)_BINARY@223)

Address: 50446

property ain224_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN224_BINARY (AIN#(0:254)_BINARY@224)

Address: 50448

property ain225_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN225_BINARY (AIN#(0:254)_BINARY@225)

Address: 50450

property ain226_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN226_BINARY (AIN#(0:254)_BINARY@226)

Address: 50452

property ain227_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN227_BINARY (AIN#(0:254)_BINARY@227)

Address: 50454

property ain228_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN228_BINARY (AIN#(0:254)_BINARY@228)

Address: 50456

property ain229_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN229_BINARY (AIN#(0:254)_BINARY@229)

Address: 50458

property ain22_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN22_BINARY (AIN#(0:254)_BINARY@22)

Address: 50044

property ain22_ef_config_a: int

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@22)

Address: 9344

property ain22_ef_config_b: int

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@22)

Address: 9644

property ain22_ef_config_c: int

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@22)

Address: 9944

property ain22_ef_config_d: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@22)

Address: 10244

property ain22_ef_config_e: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@22)

Address: 10544

property ain22_ef_config_f: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@22)

Address: 10844

property ain22_ef_config_g: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@22)

Address: 11144

property ain22_ef_config_h: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@22)

Address: 11444

property ain22_ef_config_i: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@22)

Address: 11744

property ain22_ef_config_j: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@22)

Address: 12044

property ain22_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN22_EF_INDEX (AIN#(0:149)_EF_INDEX@22)

Address: 9044

property ain22_ef_read_a: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_A (AIN#(0:149)_EF_READ_A@22)

Address: 7044

property ain22_ef_read_b: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_B (AIN#(0:149)_EF_READ_B@22)

Address: 7344

property ain22_ef_read_c: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_C (AIN#(0:149)_EF_READ_C@22)

Address: 7644

property ain22_ef_read_d: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_D (AIN#(0:149)_EF_READ_D@22)

Address: 7944

property ain230_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN230_BINARY (AIN#(0:254)_BINARY@230)

Address: 50460

property ain231_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN231_BINARY (AIN#(0:254)_BINARY@231)

Address: 50462

property ain232_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN232_BINARY (AIN#(0:254)_BINARY@232)

Address: 50464

property ain233_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN233_BINARY (AIN#(0:254)_BINARY@233)

Address: 50466

property ain234_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN234_BINARY (AIN#(0:254)_BINARY@234)

Address: 50468

property ain235_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN235_BINARY (AIN#(0:254)_BINARY@235)

Address: 50470

property ain236_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN236_BINARY (AIN#(0:254)_BINARY@236)

Address: 50472

property ain237_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN237_BINARY (AIN#(0:254)_BINARY@237)

Address: 50474

property ain238_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN238_BINARY (AIN#(0:254)_BINARY@238)

Address: 50476

property ain239_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN239_BINARY (AIN#(0:254)_BINARY@239)

Address: 50478

property ain23_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN23_BINARY (AIN#(0:254)_BINARY@23)

Address: 50046

property ain23_ef_config_a: int

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@23)

Address: 9346

property ain23_ef_config_b: int

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@23)

Address: 9646

property ain23_ef_config_c: int

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@23)

Address: 9946

property ain23_ef_config_d: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@23)

Address: 10246

property ain23_ef_config_e: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@23)

Address: 10546

property ain23_ef_config_f: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@23)

Address: 10846

property ain23_ef_config_g: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@23)

Address: 11146

property ain23_ef_config_h: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@23)

Address: 11446

property ain23_ef_config_i: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@23)

Address: 11746

property ain23_ef_config_j: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@23)

Address: 12046

property ain23_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN23_EF_INDEX (AIN#(0:149)_EF_INDEX@23)

Address: 9046

property ain23_ef_read_a: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_A (AIN#(0:149)_EF_READ_A@23)

Address: 7046

property ain23_ef_read_b: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_B (AIN#(0:149)_EF_READ_B@23)

Address: 7346

property ain23_ef_read_c: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_C (AIN#(0:149)_EF_READ_C@23)

Address: 7646

property ain23_ef_read_d: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_D (AIN#(0:149)_EF_READ_D@23)

Address: 7946

property ain240_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN240_BINARY (AIN#(0:254)_BINARY@240)

Address: 50480

property ain241_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN241_BINARY (AIN#(0:254)_BINARY@241)

Address: 50482

property ain242_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN242_BINARY (AIN#(0:254)_BINARY@242)

Address: 50484

property ain243_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN243_BINARY (AIN#(0:254)_BINARY@243)

Address: 50486

property ain244_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN244_BINARY (AIN#(0:254)_BINARY@244)

Address: 50488

property ain245_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN245_BINARY (AIN#(0:254)_BINARY@245)

Address: 50490

property ain246_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN246_BINARY (AIN#(0:254)_BINARY@246)

Address: 50492

property ain247_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN247_BINARY (AIN#(0:254)_BINARY@247)

Address: 50494

property ain248_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN248_BINARY (AIN#(0:254)_BINARY@248)

Address: 50496

property ain249_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN249_BINARY (AIN#(0:254)_BINARY@249)

Address: 50498

property ain24_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN24_BINARY (AIN#(0:254)_BINARY@24)

Address: 50048

property ain24_ef_config_a: int

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@24)

Address: 9348

property ain24_ef_config_b: int

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@24)

Address: 9648

property ain24_ef_config_c: int

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@24)

Address: 9948

property ain24_ef_config_d: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@24)

Address: 10248

property ain24_ef_config_e: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@24)

Address: 10548

property ain24_ef_config_f: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@24)

Address: 10848

property ain24_ef_config_g: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@24)

Address: 11148

property ain24_ef_config_h: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@24)

Address: 11448

property ain24_ef_config_i: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@24)

Address: 11748

property ain24_ef_config_j: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@24)

Address: 12048

property ain24_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN24_EF_INDEX (AIN#(0:149)_EF_INDEX@24)

Address: 9048

property ain24_ef_read_a: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_A (AIN#(0:149)_EF_READ_A@24)

Address: 7048

property ain24_ef_read_b: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_B (AIN#(0:149)_EF_READ_B@24)

Address: 7348

property ain24_ef_read_c: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_C (AIN#(0:149)_EF_READ_C@24)

Address: 7648

property ain24_ef_read_d: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_D (AIN#(0:149)_EF_READ_D@24)

Address: 7948

property ain250_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN250_BINARY (AIN#(0:254)_BINARY@250)

Address: 50500

property ain251_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN251_BINARY (AIN#(0:254)_BINARY@251)

Address: 50502

property ain252_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN252_BINARY (AIN#(0:254)_BINARY@252)

Address: 50504

property ain253_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN253_BINARY (AIN#(0:254)_BINARY@253)

Address: 50506

property ain254_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN254_BINARY (AIN#(0:254)_BINARY@254)

Address: 50508

property ain25_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN25_BINARY (AIN#(0:254)_BINARY@25)

Address: 50050

property ain25_ef_config_a: int

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@25)

Address: 9350

property ain25_ef_config_b: int

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@25)

Address: 9650

property ain25_ef_config_c: int

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@25)

Address: 9950

property ain25_ef_config_d: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@25)

Address: 10250

property ain25_ef_config_e: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@25)

Address: 10550

property ain25_ef_config_f: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@25)

Address: 10850

property ain25_ef_config_g: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@25)

Address: 11150

property ain25_ef_config_h: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@25)

Address: 11450

property ain25_ef_config_i: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@25)

Address: 11750

property ain25_ef_config_j: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@25)

Address: 12050

property ain25_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN25_EF_INDEX (AIN#(0:149)_EF_INDEX@25)

Address: 9050

property ain25_ef_read_a: float

Function dependent on selected feature index.

Register: AIN25_EF_READ_A (AIN#(0:149)_EF_READ_A@25)

Address: 7050

property ain25_ef_read_b: float

Function dependent on selected feature index.

Register: AIN25_EF_READ_B (AIN#(0:149)_EF_READ_B@25)

Address: 7350

property ain25_ef_read_c: float

Function dependent on selected feature index.

Register: AIN25_EF_READ_C (AIN#(0:149)_EF_READ_C@25)

Address: 7650

property ain25_ef_read_d: float

Function dependent on selected feature index.

Register: AIN25_EF_READ_D (AIN#(0:149)_EF_READ_D@25)

Address: 7950

property ain26_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN26_BINARY (AIN#(0:254)_BINARY@26)

Address: 50052

property ain26_ef_config_a: int

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@26)

Address: 9352

property ain26_ef_config_b: int

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@26)

Address: 9652

property ain26_ef_config_c: int

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@26)

Address: 9952

property ain26_ef_config_d: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@26)

Address: 10252

property ain26_ef_config_e: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@26)

Address: 10552

property ain26_ef_config_f: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@26)

Address: 10852

property ain26_ef_config_g: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@26)

Address: 11152

property ain26_ef_config_h: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@26)

Address: 11452

property ain26_ef_config_i: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@26)

Address: 11752

property ain26_ef_config_j: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@26)

Address: 12052

property ain26_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN26_EF_INDEX (AIN#(0:149)_EF_INDEX@26)

Address: 9052

property ain26_ef_read_a: float

Function dependent on selected feature index.

Register: AIN26_EF_READ_A (AIN#(0:149)_EF_READ_A@26)

Address: 7052

property ain26_ef_read_b: float

Function dependent on selected feature index.

Register: AIN26_EF_READ_B (AIN#(0:149)_EF_READ_B@26)

Address: 7352

property ain26_ef_read_c: float

Function dependent on selected feature index.

Register: AIN26_EF_READ_C (AIN#(0:149)_EF_READ_C@26)

Address: 7652

property ain26_ef_read_d: float

Function dependent on selected feature index.

Register: AIN26_EF_READ_D (AIN#(0:149)_EF_READ_D@26)

Address: 7952

property ain27_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN27_BINARY (AIN#(0:254)_BINARY@27)

Address: 50054

property ain27_ef_config_a: int

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@27)

Address: 9354

property ain27_ef_config_b: int

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@27)

Address: 9654

property ain27_ef_config_c: int

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@27)

Address: 9954

property ain27_ef_config_d: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@27)

Address: 10254

property ain27_ef_config_e: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@27)

Address: 10554

property ain27_ef_config_f: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@27)

Address: 10854

property ain27_ef_config_g: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@27)

Address: 11154

property ain27_ef_config_h: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@27)

Address: 11454

property ain27_ef_config_i: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@27)

Address: 11754

property ain27_ef_config_j: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@27)

Address: 12054

property ain27_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN27_EF_INDEX (AIN#(0:149)_EF_INDEX@27)

Address: 9054

property ain27_ef_read_a: float

Function dependent on selected feature index.

Register: AIN27_EF_READ_A (AIN#(0:149)_EF_READ_A@27)

Address: 7054

property ain27_ef_read_b: float

Function dependent on selected feature index.

Register: AIN27_EF_READ_B (AIN#(0:149)_EF_READ_B@27)

Address: 7354

property ain27_ef_read_c: float

Function dependent on selected feature index.

Register: AIN27_EF_READ_C (AIN#(0:149)_EF_READ_C@27)

Address: 7654

property ain27_ef_read_d: float

Function dependent on selected feature index.

Register: AIN27_EF_READ_D (AIN#(0:149)_EF_READ_D@27)

Address: 7954

property ain28_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN28_BINARY (AIN#(0:254)_BINARY@28)

Address: 50056

property ain28_ef_config_a: int

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@28)

Address: 9356

property ain28_ef_config_b: int

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@28)

Address: 9656

property ain28_ef_config_c: int

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@28)

Address: 9956

property ain28_ef_config_d: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@28)

Address: 10256

property ain28_ef_config_e: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@28)

Address: 10556

property ain28_ef_config_f: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@28)

Address: 10856

property ain28_ef_config_g: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@28)

Address: 11156

property ain28_ef_config_h: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@28)

Address: 11456

property ain28_ef_config_i: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@28)

Address: 11756

property ain28_ef_config_j: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@28)

Address: 12056

property ain28_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN28_EF_INDEX (AIN#(0:149)_EF_INDEX@28)

Address: 9056

property ain28_ef_read_a: float

Function dependent on selected feature index.

Register: AIN28_EF_READ_A (AIN#(0:149)_EF_READ_A@28)

Address: 7056

property ain28_ef_read_b: float

Function dependent on selected feature index.

Register: AIN28_EF_READ_B (AIN#(0:149)_EF_READ_B@28)

Address: 7356

property ain28_ef_read_c: float

Function dependent on selected feature index.

Register: AIN28_EF_READ_C (AIN#(0:149)_EF_READ_C@28)

Address: 7656

property ain28_ef_read_d: float

Function dependent on selected feature index.

Register: AIN28_EF_READ_D (AIN#(0:149)_EF_READ_D@28)

Address: 7956

property ain29_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN29_BINARY (AIN#(0:254)_BINARY@29)

Address: 50058

property ain29_ef_config_a: int

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@29)

Address: 9358

property ain29_ef_config_b: int

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@29)

Address: 9658

property ain29_ef_config_c: int

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@29)

Address: 9958

property ain29_ef_config_d: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@29)

Address: 10258

property ain29_ef_config_e: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@29)

Address: 10558

property ain29_ef_config_f: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@29)

Address: 10858

property ain29_ef_config_g: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@29)

Address: 11158

property ain29_ef_config_h: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@29)

Address: 11458

property ain29_ef_config_i: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@29)

Address: 11758

property ain29_ef_config_j: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@29)

Address: 12058

property ain29_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN29_EF_INDEX (AIN#(0:149)_EF_INDEX@29)

Address: 9058

property ain29_ef_read_a: float

Function dependent on selected feature index.

Register: AIN29_EF_READ_A (AIN#(0:149)_EF_READ_A@29)

Address: 7058

property ain29_ef_read_b: float

Function dependent on selected feature index.

Register: AIN29_EF_READ_B (AIN#(0:149)_EF_READ_B@29)

Address: 7358

property ain29_ef_read_c: float

Function dependent on selected feature index.

Register: AIN29_EF_READ_C (AIN#(0:149)_EF_READ_C@29)

Address: 7658

property ain29_ef_read_d: float

Function dependent on selected feature index.

Register: AIN29_EF_READ_D (AIN#(0:149)_EF_READ_D@29)

Address: 7958

property ain2_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN2_BINARY (AIN#(0:254)_BINARY@2)

Address: 50004

property ain2_ef_config_a: int

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@2)

Address: 9304

property ain2_ef_config_b: int

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@2)

Address: 9604

property ain2_ef_config_c: int

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@2)

Address: 9904

property ain2_ef_config_d: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@2)

Address: 10204

property ain2_ef_config_e: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@2)

Address: 10504

property ain2_ef_config_f: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@2)

Address: 10804

property ain2_ef_config_g: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@2)

Address: 11104

property ain2_ef_config_h: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@2)

Address: 11404

property ain2_ef_config_i: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@2)

Address: 11704

property ain2_ef_config_j: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@2)

Address: 12004

property ain2_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN2_EF_INDEX (AIN#(0:149)_EF_INDEX@2)

Address: 9004

property ain2_ef_read_a: float

Function dependent on selected feature index.

Register: AIN2_EF_READ_A (AIN#(0:149)_EF_READ_A@2)

Address: 7004

property ain2_ef_read_b: float

Function dependent on selected feature index.

Register: AIN2_EF_READ_B (AIN#(0:149)_EF_READ_B@2)

Address: 7304

property ain2_ef_read_c: float

Function dependent on selected feature index.

Register: AIN2_EF_READ_C (AIN#(0:149)_EF_READ_C@2)

Address: 7604

property ain2_ef_read_d: float

Function dependent on selected feature index.

Register: AIN2_EF_READ_D (AIN#(0:149)_EF_READ_D@2)

Address: 7904

property ain2_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN2_NEGATIVE_CH (AIN#(0:3)_NEGATIVE_CH@2)

Address: 41002

property ain2_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN2_RANGE (AIN#(0:3)_RANGE@2)

Address: 40004

property ain2_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN2_RESOLUTION_INDEX (AIN#(0:3)_RESOLUTION_INDEX@2)

Address: 41502

property ain2_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN2_SETTLING_US (AIN#(0:3)_SETTLING_US@2)

Address: 42004

property ain3: float

Returns the voltage of the specified analog input.

Register: AIN3 (AIN#(0:11)@3)

Address: 6

property ain30_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN30_BINARY (AIN#(0:254)_BINARY@30)

Address: 50060

property ain30_ef_config_a: int

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@30)

Address: 9360

property ain30_ef_config_b: int

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@30)

Address: 9660

property ain30_ef_config_c: int

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@30)

Address: 9960

property ain30_ef_config_d: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@30)

Address: 10260

property ain30_ef_config_e: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@30)

Address: 10560

property ain30_ef_config_f: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@30)

Address: 10860

property ain30_ef_config_g: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@30)

Address: 11160

property ain30_ef_config_h: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@30)

Address: 11460

property ain30_ef_config_i: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@30)

Address: 11760

property ain30_ef_config_j: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@30)

Address: 12060

property ain30_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN30_EF_INDEX (AIN#(0:149)_EF_INDEX@30)

Address: 9060

property ain30_ef_read_a: float

Function dependent on selected feature index.

Register: AIN30_EF_READ_A (AIN#(0:149)_EF_READ_A@30)

Address: 7060

property ain30_ef_read_b: float

Function dependent on selected feature index.

Register: AIN30_EF_READ_B (AIN#(0:149)_EF_READ_B@30)

Address: 7360

property ain30_ef_read_c: float

Function dependent on selected feature index.

Register: AIN30_EF_READ_C (AIN#(0:149)_EF_READ_C@30)

Address: 7660

property ain30_ef_read_d: float

Function dependent on selected feature index.

Register: AIN30_EF_READ_D (AIN#(0:149)_EF_READ_D@30)

Address: 7960

property ain31_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN31_BINARY (AIN#(0:254)_BINARY@31)

Address: 50062

property ain31_ef_config_a: int

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@31)

Address: 9362

property ain31_ef_config_b: int

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@31)

Address: 9662

property ain31_ef_config_c: int

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@31)

Address: 9962

property ain31_ef_config_d: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@31)

Address: 10262

property ain31_ef_config_e: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@31)

Address: 10562

property ain31_ef_config_f: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@31)

Address: 10862

property ain31_ef_config_g: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@31)

Address: 11162

property ain31_ef_config_h: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@31)

Address: 11462

property ain31_ef_config_i: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@31)

Address: 11762

property ain31_ef_config_j: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@31)

Address: 12062

property ain31_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN31_EF_INDEX (AIN#(0:149)_EF_INDEX@31)

Address: 9062

property ain31_ef_read_a: float

Function dependent on selected feature index.

Register: AIN31_EF_READ_A (AIN#(0:149)_EF_READ_A@31)

Address: 7062

property ain31_ef_read_b: float

Function dependent on selected feature index.

Register: AIN31_EF_READ_B (AIN#(0:149)_EF_READ_B@31)

Address: 7362

property ain31_ef_read_c: float

Function dependent on selected feature index.

Register: AIN31_EF_READ_C (AIN#(0:149)_EF_READ_C@31)

Address: 7662

property ain31_ef_read_d: float

Function dependent on selected feature index.

Register: AIN31_EF_READ_D (AIN#(0:149)_EF_READ_D@31)

Address: 7962

property ain32_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN32_BINARY (AIN#(0:254)_BINARY@32)

Address: 50064

property ain32_ef_config_a: int

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@32)

Address: 9364

property ain32_ef_config_b: int

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@32)

Address: 9664

property ain32_ef_config_c: int

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@32)

Address: 9964

property ain32_ef_config_d: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@32)

Address: 10264

property ain32_ef_config_e: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@32)

Address: 10564

property ain32_ef_config_f: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@32)

Address: 10864

property ain32_ef_config_g: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@32)

Address: 11164

property ain32_ef_config_h: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@32)

Address: 11464

property ain32_ef_config_i: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@32)

Address: 11764

property ain32_ef_config_j: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@32)

Address: 12064

property ain32_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN32_EF_INDEX (AIN#(0:149)_EF_INDEX@32)

Address: 9064

property ain32_ef_read_a: float

Function dependent on selected feature index.

Register: AIN32_EF_READ_A (AIN#(0:149)_EF_READ_A@32)

Address: 7064

property ain32_ef_read_b: float

Function dependent on selected feature index.

Register: AIN32_EF_READ_B (AIN#(0:149)_EF_READ_B@32)

Address: 7364

property ain32_ef_read_c: float

Function dependent on selected feature index.

Register: AIN32_EF_READ_C (AIN#(0:149)_EF_READ_C@32)

Address: 7664

property ain32_ef_read_d: float

Function dependent on selected feature index.

Register: AIN32_EF_READ_D (AIN#(0:149)_EF_READ_D@32)

Address: 7964

property ain33_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN33_BINARY (AIN#(0:254)_BINARY@33)

Address: 50066

property ain33_ef_config_a: int

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@33)

Address: 9366

property ain33_ef_config_b: int

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@33)

Address: 9666

property ain33_ef_config_c: int

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@33)

Address: 9966

property ain33_ef_config_d: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@33)

Address: 10266

property ain33_ef_config_e: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@33)

Address: 10566

property ain33_ef_config_f: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@33)

Address: 10866

property ain33_ef_config_g: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@33)

Address: 11166

property ain33_ef_config_h: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@33)

Address: 11466

property ain33_ef_config_i: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@33)

Address: 11766

property ain33_ef_config_j: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@33)

Address: 12066

property ain33_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN33_EF_INDEX (AIN#(0:149)_EF_INDEX@33)

Address: 9066

property ain33_ef_read_a: float

Function dependent on selected feature index.

Register: AIN33_EF_READ_A (AIN#(0:149)_EF_READ_A@33)

Address: 7066

property ain33_ef_read_b: float

Function dependent on selected feature index.

Register: AIN33_EF_READ_B (AIN#(0:149)_EF_READ_B@33)

Address: 7366

property ain33_ef_read_c: float

Function dependent on selected feature index.

Register: AIN33_EF_READ_C (AIN#(0:149)_EF_READ_C@33)

Address: 7666

property ain33_ef_read_d: float

Function dependent on selected feature index.

Register: AIN33_EF_READ_D (AIN#(0:149)_EF_READ_D@33)

Address: 7966

property ain34_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN34_BINARY (AIN#(0:254)_BINARY@34)

Address: 50068

property ain34_ef_config_a: int

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@34)

Address: 9368

property ain34_ef_config_b: int

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@34)

Address: 9668

property ain34_ef_config_c: int

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@34)

Address: 9968

property ain34_ef_config_d: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@34)

Address: 10268

property ain34_ef_config_e: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@34)

Address: 10568

property ain34_ef_config_f: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@34)

Address: 10868

property ain34_ef_config_g: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@34)

Address: 11168

property ain34_ef_config_h: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@34)

Address: 11468

property ain34_ef_config_i: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@34)

Address: 11768

property ain34_ef_config_j: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@34)

Address: 12068

property ain34_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN34_EF_INDEX (AIN#(0:149)_EF_INDEX@34)

Address: 9068

property ain34_ef_read_a: float

Function dependent on selected feature index.

Register: AIN34_EF_READ_A (AIN#(0:149)_EF_READ_A@34)

Address: 7068

property ain34_ef_read_b: float

Function dependent on selected feature index.

Register: AIN34_EF_READ_B (AIN#(0:149)_EF_READ_B@34)

Address: 7368

property ain34_ef_read_c: float

Function dependent on selected feature index.

Register: AIN34_EF_READ_C (AIN#(0:149)_EF_READ_C@34)

Address: 7668

property ain34_ef_read_d: float

Function dependent on selected feature index.

Register: AIN34_EF_READ_D (AIN#(0:149)_EF_READ_D@34)

Address: 7968

property ain35_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN35_BINARY (AIN#(0:254)_BINARY@35)

Address: 50070

property ain35_ef_config_a: int

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@35)

Address: 9370

property ain35_ef_config_b: int

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@35)

Address: 9670

property ain35_ef_config_c: int

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@35)

Address: 9970

property ain35_ef_config_d: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@35)

Address: 10270

property ain35_ef_config_e: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@35)

Address: 10570

property ain35_ef_config_f: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@35)

Address: 10870

property ain35_ef_config_g: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@35)

Address: 11170

property ain35_ef_config_h: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@35)

Address: 11470

property ain35_ef_config_i: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@35)

Address: 11770

property ain35_ef_config_j: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@35)

Address: 12070

property ain35_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN35_EF_INDEX (AIN#(0:149)_EF_INDEX@35)

Address: 9070

property ain35_ef_read_a: float

Function dependent on selected feature index.

Register: AIN35_EF_READ_A (AIN#(0:149)_EF_READ_A@35)

Address: 7070

property ain35_ef_read_b: float

Function dependent on selected feature index.

Register: AIN35_EF_READ_B (AIN#(0:149)_EF_READ_B@35)

Address: 7370

property ain35_ef_read_c: float

Function dependent on selected feature index.

Register: AIN35_EF_READ_C (AIN#(0:149)_EF_READ_C@35)

Address: 7670

property ain35_ef_read_d: float

Function dependent on selected feature index.

Register: AIN35_EF_READ_D (AIN#(0:149)_EF_READ_D@35)

Address: 7970

property ain36_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN36_BINARY (AIN#(0:254)_BINARY@36)

Address: 50072

property ain36_ef_config_a: int

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@36)

Address: 9372

property ain36_ef_config_b: int

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@36)

Address: 9672

property ain36_ef_config_c: int

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@36)

Address: 9972

property ain36_ef_config_d: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@36)

Address: 10272

property ain36_ef_config_e: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@36)

Address: 10572

property ain36_ef_config_f: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@36)

Address: 10872

property ain36_ef_config_g: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@36)

Address: 11172

property ain36_ef_config_h: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@36)

Address: 11472

property ain36_ef_config_i: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@36)

Address: 11772

property ain36_ef_config_j: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@36)

Address: 12072

property ain36_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN36_EF_INDEX (AIN#(0:149)_EF_INDEX@36)

Address: 9072

property ain36_ef_read_a: float

Function dependent on selected feature index.

Register: AIN36_EF_READ_A (AIN#(0:149)_EF_READ_A@36)

Address: 7072

property ain36_ef_read_b: float

Function dependent on selected feature index.

Register: AIN36_EF_READ_B (AIN#(0:149)_EF_READ_B@36)

Address: 7372

property ain36_ef_read_c: float

Function dependent on selected feature index.

Register: AIN36_EF_READ_C (AIN#(0:149)_EF_READ_C@36)

Address: 7672

property ain36_ef_read_d: float

Function dependent on selected feature index.

Register: AIN36_EF_READ_D (AIN#(0:149)_EF_READ_D@36)

Address: 7972

property ain37_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN37_BINARY (AIN#(0:254)_BINARY@37)

Address: 50074

property ain37_ef_config_a: int

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@37)

Address: 9374

property ain37_ef_config_b: int

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@37)

Address: 9674

property ain37_ef_config_c: int

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@37)

Address: 9974

property ain37_ef_config_d: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@37)

Address: 10274

property ain37_ef_config_e: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@37)

Address: 10574

property ain37_ef_config_f: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@37)

Address: 10874

property ain37_ef_config_g: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@37)

Address: 11174

property ain37_ef_config_h: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@37)

Address: 11474

property ain37_ef_config_i: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@37)

Address: 11774

property ain37_ef_config_j: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@37)

Address: 12074

property ain37_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN37_EF_INDEX (AIN#(0:149)_EF_INDEX@37)

Address: 9074

property ain37_ef_read_a: float

Function dependent on selected feature index.

Register: AIN37_EF_READ_A (AIN#(0:149)_EF_READ_A@37)

Address: 7074

property ain37_ef_read_b: float

Function dependent on selected feature index.

Register: AIN37_EF_READ_B (AIN#(0:149)_EF_READ_B@37)

Address: 7374

property ain37_ef_read_c: float

Function dependent on selected feature index.

Register: AIN37_EF_READ_C (AIN#(0:149)_EF_READ_C@37)

Address: 7674

property ain37_ef_read_d: float

Function dependent on selected feature index.

Register: AIN37_EF_READ_D (AIN#(0:149)_EF_READ_D@37)

Address: 7974

property ain38_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN38_BINARY (AIN#(0:254)_BINARY@38)

Address: 50076

property ain38_ef_config_a: int

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@38)

Address: 9376

property ain38_ef_config_b: int

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@38)

Address: 9676

property ain38_ef_config_c: int

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@38)

Address: 9976

property ain38_ef_config_d: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@38)

Address: 10276

property ain38_ef_config_e: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@38)

Address: 10576

property ain38_ef_config_f: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@38)

Address: 10876

property ain38_ef_config_g: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@38)

Address: 11176

property ain38_ef_config_h: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@38)

Address: 11476

property ain38_ef_config_i: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@38)

Address: 11776

property ain38_ef_config_j: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@38)

Address: 12076

property ain38_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN38_EF_INDEX (AIN#(0:149)_EF_INDEX@38)

Address: 9076

property ain38_ef_read_a: float

Function dependent on selected feature index.

Register: AIN38_EF_READ_A (AIN#(0:149)_EF_READ_A@38)

Address: 7076

property ain38_ef_read_b: float

Function dependent on selected feature index.

Register: AIN38_EF_READ_B (AIN#(0:149)_EF_READ_B@38)

Address: 7376

property ain38_ef_read_c: float

Function dependent on selected feature index.

Register: AIN38_EF_READ_C (AIN#(0:149)_EF_READ_C@38)

Address: 7676

property ain38_ef_read_d: float

Function dependent on selected feature index.

Register: AIN38_EF_READ_D (AIN#(0:149)_EF_READ_D@38)

Address: 7976

property ain39_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN39_BINARY (AIN#(0:254)_BINARY@39)

Address: 50078

property ain39_ef_config_a: int

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@39)

Address: 9378

property ain39_ef_config_b: int

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@39)

Address: 9678

property ain39_ef_config_c: int

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@39)

Address: 9978

property ain39_ef_config_d: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@39)

Address: 10278

property ain39_ef_config_e: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@39)

Address: 10578

property ain39_ef_config_f: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@39)

Address: 10878

property ain39_ef_config_g: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@39)

Address: 11178

property ain39_ef_config_h: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@39)

Address: 11478

property ain39_ef_config_i: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@39)

Address: 11778

property ain39_ef_config_j: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@39)

Address: 12078

property ain39_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN39_EF_INDEX (AIN#(0:149)_EF_INDEX@39)

Address: 9078

property ain39_ef_read_a: float

Function dependent on selected feature index.

Register: AIN39_EF_READ_A (AIN#(0:149)_EF_READ_A@39)

Address: 7078

property ain39_ef_read_b: float

Function dependent on selected feature index.

Register: AIN39_EF_READ_B (AIN#(0:149)_EF_READ_B@39)

Address: 7378

property ain39_ef_read_c: float

Function dependent on selected feature index.

Register: AIN39_EF_READ_C (AIN#(0:149)_EF_READ_C@39)

Address: 7678

property ain39_ef_read_d: float

Function dependent on selected feature index.

Register: AIN39_EF_READ_D (AIN#(0:149)_EF_READ_D@39)

Address: 7978

property ain3_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN3_BINARY (AIN#(0:254)_BINARY@3)

Address: 50006

property ain3_ef_config_a: int

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@3)

Address: 9306

property ain3_ef_config_b: int

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@3)

Address: 9606

property ain3_ef_config_c: int

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@3)

Address: 9906

property ain3_ef_config_d: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@3)

Address: 10206

property ain3_ef_config_e: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@3)

Address: 10506

property ain3_ef_config_f: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@3)

Address: 10806

property ain3_ef_config_g: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@3)

Address: 11106

property ain3_ef_config_h: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@3)

Address: 11406

property ain3_ef_config_i: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@3)

Address: 11706

property ain3_ef_config_j: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@3)

Address: 12006

property ain3_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN3_EF_INDEX (AIN#(0:149)_EF_INDEX@3)

Address: 9006

property ain3_ef_read_a: float

Function dependent on selected feature index.

Register: AIN3_EF_READ_A (AIN#(0:149)_EF_READ_A@3)

Address: 7006

property ain3_ef_read_b: float

Function dependent on selected feature index.

Register: AIN3_EF_READ_B (AIN#(0:149)_EF_READ_B@3)

Address: 7306

property ain3_ef_read_c: float

Function dependent on selected feature index.

Register: AIN3_EF_READ_C (AIN#(0:149)_EF_READ_C@3)

Address: 7606

property ain3_ef_read_d: float

Function dependent on selected feature index.

Register: AIN3_EF_READ_D (AIN#(0:149)_EF_READ_D@3)

Address: 7906

property ain3_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN3_NEGATIVE_CH (AIN#(0:3)_NEGATIVE_CH@3)

Address: 41003

property ain3_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN3_RANGE (AIN#(0:3)_RANGE@3)

Address: 40006

property ain3_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN3_RESOLUTION_INDEX (AIN#(0:3)_RESOLUTION_INDEX@3)

Address: 41503

property ain3_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN3_SETTLING_US (AIN#(0:3)_SETTLING_US@3)

Address: 42006

property ain4: float

Returns the voltage of the specified analog input.

Register: AIN4 (AIN#(0:11)@4)

Address: 8

property ain40_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN40_BINARY (AIN#(0:254)_BINARY@40)

Address: 50080

property ain40_ef_config_a: int

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@40)

Address: 9380

property ain40_ef_config_b: int

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@40)

Address: 9680

property ain40_ef_config_c: int

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@40)

Address: 9980

property ain40_ef_config_d: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@40)

Address: 10280

property ain40_ef_config_e: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@40)

Address: 10580

property ain40_ef_config_f: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@40)

Address: 10880

property ain40_ef_config_g: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@40)

Address: 11180

property ain40_ef_config_h: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@40)

Address: 11480

property ain40_ef_config_i: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@40)

Address: 11780

property ain40_ef_config_j: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@40)

Address: 12080

property ain40_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN40_EF_INDEX (AIN#(0:149)_EF_INDEX@40)

Address: 9080

property ain40_ef_read_a: float

Function dependent on selected feature index.

Register: AIN40_EF_READ_A (AIN#(0:149)_EF_READ_A@40)

Address: 7080

property ain40_ef_read_b: float

Function dependent on selected feature index.

Register: AIN40_EF_READ_B (AIN#(0:149)_EF_READ_B@40)

Address: 7380

property ain40_ef_read_c: float

Function dependent on selected feature index.

Register: AIN40_EF_READ_C (AIN#(0:149)_EF_READ_C@40)

Address: 7680

property ain40_ef_read_d: float

Function dependent on selected feature index.

Register: AIN40_EF_READ_D (AIN#(0:149)_EF_READ_D@40)

Address: 7980

property ain41_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN41_BINARY (AIN#(0:254)_BINARY@41)

Address: 50082

property ain41_ef_config_a: int

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@41)

Address: 9382

property ain41_ef_config_b: int

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@41)

Address: 9682

property ain41_ef_config_c: int

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@41)

Address: 9982

property ain41_ef_config_d: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@41)

Address: 10282

property ain41_ef_config_e: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@41)

Address: 10582

property ain41_ef_config_f: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@41)

Address: 10882

property ain41_ef_config_g: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@41)

Address: 11182

property ain41_ef_config_h: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@41)

Address: 11482

property ain41_ef_config_i: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@41)

Address: 11782

property ain41_ef_config_j: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@41)

Address: 12082

property ain41_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN41_EF_INDEX (AIN#(0:149)_EF_INDEX@41)

Address: 9082

property ain41_ef_read_a: float

Function dependent on selected feature index.

Register: AIN41_EF_READ_A (AIN#(0:149)_EF_READ_A@41)

Address: 7082

property ain41_ef_read_b: float

Function dependent on selected feature index.

Register: AIN41_EF_READ_B (AIN#(0:149)_EF_READ_B@41)

Address: 7382

property ain41_ef_read_c: float

Function dependent on selected feature index.

Register: AIN41_EF_READ_C (AIN#(0:149)_EF_READ_C@41)

Address: 7682

property ain41_ef_read_d: float

Function dependent on selected feature index.

Register: AIN41_EF_READ_D (AIN#(0:149)_EF_READ_D@41)

Address: 7982

property ain42_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN42_BINARY (AIN#(0:254)_BINARY@42)

Address: 50084

property ain42_ef_config_a: int

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@42)

Address: 9384

property ain42_ef_config_b: int

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@42)

Address: 9684

property ain42_ef_config_c: int

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@42)

Address: 9984

property ain42_ef_config_d: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@42)

Address: 10284

property ain42_ef_config_e: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@42)

Address: 10584

property ain42_ef_config_f: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@42)

Address: 10884

property ain42_ef_config_g: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@42)

Address: 11184

property ain42_ef_config_h: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@42)

Address: 11484

property ain42_ef_config_i: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@42)

Address: 11784

property ain42_ef_config_j: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@42)

Address: 12084

property ain42_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN42_EF_INDEX (AIN#(0:149)_EF_INDEX@42)

Address: 9084

property ain42_ef_read_a: float

Function dependent on selected feature index.

Register: AIN42_EF_READ_A (AIN#(0:149)_EF_READ_A@42)

Address: 7084

property ain42_ef_read_b: float

Function dependent on selected feature index.

Register: AIN42_EF_READ_B (AIN#(0:149)_EF_READ_B@42)

Address: 7384

property ain42_ef_read_c: float

Function dependent on selected feature index.

Register: AIN42_EF_READ_C (AIN#(0:149)_EF_READ_C@42)

Address: 7684

property ain42_ef_read_d: float

Function dependent on selected feature index.

Register: AIN42_EF_READ_D (AIN#(0:149)_EF_READ_D@42)

Address: 7984

property ain43_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN43_BINARY (AIN#(0:254)_BINARY@43)

Address: 50086

property ain43_ef_config_a: int

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@43)

Address: 9386

property ain43_ef_config_b: int

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@43)

Address: 9686

property ain43_ef_config_c: int

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@43)

Address: 9986

property ain43_ef_config_d: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@43)

Address: 10286

property ain43_ef_config_e: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@43)

Address: 10586

property ain43_ef_config_f: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@43)

Address: 10886

property ain43_ef_config_g: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@43)

Address: 11186

property ain43_ef_config_h: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@43)

Address: 11486

property ain43_ef_config_i: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@43)

Address: 11786

property ain43_ef_config_j: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@43)

Address: 12086

property ain43_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN43_EF_INDEX (AIN#(0:149)_EF_INDEX@43)

Address: 9086

property ain43_ef_read_a: float

Function dependent on selected feature index.

Register: AIN43_EF_READ_A (AIN#(0:149)_EF_READ_A@43)

Address: 7086

property ain43_ef_read_b: float

Function dependent on selected feature index.

Register: AIN43_EF_READ_B (AIN#(0:149)_EF_READ_B@43)

Address: 7386

property ain43_ef_read_c: float

Function dependent on selected feature index.

Register: AIN43_EF_READ_C (AIN#(0:149)_EF_READ_C@43)

Address: 7686

property ain43_ef_read_d: float

Function dependent on selected feature index.

Register: AIN43_EF_READ_D (AIN#(0:149)_EF_READ_D@43)

Address: 7986

property ain44_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN44_BINARY (AIN#(0:254)_BINARY@44)

Address: 50088

property ain44_ef_config_a: int

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@44)

Address: 9388

property ain44_ef_config_b: int

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@44)

Address: 9688

property ain44_ef_config_c: int

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@44)

Address: 9988

property ain44_ef_config_d: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@44)

Address: 10288

property ain44_ef_config_e: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@44)

Address: 10588

property ain44_ef_config_f: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@44)

Address: 10888

property ain44_ef_config_g: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@44)

Address: 11188

property ain44_ef_config_h: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@44)

Address: 11488

property ain44_ef_config_i: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@44)

Address: 11788

property ain44_ef_config_j: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@44)

Address: 12088

property ain44_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN44_EF_INDEX (AIN#(0:149)_EF_INDEX@44)

Address: 9088

property ain44_ef_read_a: float

Function dependent on selected feature index.

Register: AIN44_EF_READ_A (AIN#(0:149)_EF_READ_A@44)

Address: 7088

property ain44_ef_read_b: float

Function dependent on selected feature index.

Register: AIN44_EF_READ_B (AIN#(0:149)_EF_READ_B@44)

Address: 7388

property ain44_ef_read_c: float

Function dependent on selected feature index.

Register: AIN44_EF_READ_C (AIN#(0:149)_EF_READ_C@44)

Address: 7688

property ain44_ef_read_d: float

Function dependent on selected feature index.

Register: AIN44_EF_READ_D (AIN#(0:149)_EF_READ_D@44)

Address: 7988

property ain45_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN45_BINARY (AIN#(0:254)_BINARY@45)

Address: 50090

property ain45_ef_config_a: int

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@45)

Address: 9390

property ain45_ef_config_b: int

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@45)

Address: 9690

property ain45_ef_config_c: int

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@45)

Address: 9990

property ain45_ef_config_d: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@45)

Address: 10290

property ain45_ef_config_e: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@45)

Address: 10590

property ain45_ef_config_f: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@45)

Address: 10890

property ain45_ef_config_g: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@45)

Address: 11190

property ain45_ef_config_h: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@45)

Address: 11490

property ain45_ef_config_i: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@45)

Address: 11790

property ain45_ef_config_j: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@45)

Address: 12090

property ain45_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN45_EF_INDEX (AIN#(0:149)_EF_INDEX@45)

Address: 9090

property ain45_ef_read_a: float

Function dependent on selected feature index.

Register: AIN45_EF_READ_A (AIN#(0:149)_EF_READ_A@45)

Address: 7090

property ain45_ef_read_b: float

Function dependent on selected feature index.

Register: AIN45_EF_READ_B (AIN#(0:149)_EF_READ_B@45)

Address: 7390

property ain45_ef_read_c: float

Function dependent on selected feature index.

Register: AIN45_EF_READ_C (AIN#(0:149)_EF_READ_C@45)

Address: 7690

property ain45_ef_read_d: float

Function dependent on selected feature index.

Register: AIN45_EF_READ_D (AIN#(0:149)_EF_READ_D@45)

Address: 7990

property ain46_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN46_BINARY (AIN#(0:254)_BINARY@46)

Address: 50092

property ain46_ef_config_a: int

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@46)

Address: 9392

property ain46_ef_config_b: int

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@46)

Address: 9692

property ain46_ef_config_c: int

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@46)

Address: 9992

property ain46_ef_config_d: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@46)

Address: 10292

property ain46_ef_config_e: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@46)

Address: 10592

property ain46_ef_config_f: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@46)

Address: 10892

property ain46_ef_config_g: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@46)

Address: 11192

property ain46_ef_config_h: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@46)

Address: 11492

property ain46_ef_config_i: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@46)

Address: 11792

property ain46_ef_config_j: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@46)

Address: 12092

property ain46_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN46_EF_INDEX (AIN#(0:149)_EF_INDEX@46)

Address: 9092

property ain46_ef_read_a: float

Function dependent on selected feature index.

Register: AIN46_EF_READ_A (AIN#(0:149)_EF_READ_A@46)

Address: 7092

property ain46_ef_read_b: float

Function dependent on selected feature index.

Register: AIN46_EF_READ_B (AIN#(0:149)_EF_READ_B@46)

Address: 7392

property ain46_ef_read_c: float

Function dependent on selected feature index.

Register: AIN46_EF_READ_C (AIN#(0:149)_EF_READ_C@46)

Address: 7692

property ain46_ef_read_d: float

Function dependent on selected feature index.

Register: AIN46_EF_READ_D (AIN#(0:149)_EF_READ_D@46)

Address: 7992

property ain47_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN47_BINARY (AIN#(0:254)_BINARY@47)

Address: 50094

property ain47_ef_config_a: int

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@47)

Address: 9394

property ain47_ef_config_b: int

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@47)

Address: 9694

property ain47_ef_config_c: int

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@47)

Address: 9994

property ain47_ef_config_d: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@47)

Address: 10294

property ain47_ef_config_e: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@47)

Address: 10594

property ain47_ef_config_f: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@47)

Address: 10894

property ain47_ef_config_g: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@47)

Address: 11194

property ain47_ef_config_h: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@47)

Address: 11494

property ain47_ef_config_i: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@47)

Address: 11794

property ain47_ef_config_j: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@47)

Address: 12094

property ain47_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN47_EF_INDEX (AIN#(0:149)_EF_INDEX@47)

Address: 9094

property ain47_ef_read_a: float

Function dependent on selected feature index.

Register: AIN47_EF_READ_A (AIN#(0:149)_EF_READ_A@47)

Address: 7094

property ain47_ef_read_b: float

Function dependent on selected feature index.

Register: AIN47_EF_READ_B (AIN#(0:149)_EF_READ_B@47)

Address: 7394

property ain47_ef_read_c: float

Function dependent on selected feature index.

Register: AIN47_EF_READ_C (AIN#(0:149)_EF_READ_C@47)

Address: 7694

property ain47_ef_read_d: float

Function dependent on selected feature index.

Register: AIN47_EF_READ_D (AIN#(0:149)_EF_READ_D@47)

Address: 7994

property ain48_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN48_BINARY (AIN#(0:254)_BINARY@48)

Address: 50096

property ain48_ef_config_a: int

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@48)

Address: 9396

property ain48_ef_config_b: int

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@48)

Address: 9696

property ain48_ef_config_c: int

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@48)

Address: 9996

property ain48_ef_config_d: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@48)

Address: 10296

property ain48_ef_config_e: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@48)

Address: 10596

property ain48_ef_config_f: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@48)

Address: 10896

property ain48_ef_config_g: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@48)

Address: 11196

property ain48_ef_config_h: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@48)

Address: 11496

property ain48_ef_config_i: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@48)

Address: 11796

property ain48_ef_config_j: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@48)

Address: 12096

property ain48_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN48_EF_INDEX (AIN#(0:149)_EF_INDEX@48)

Address: 9096

property ain48_ef_read_a: float

Function dependent on selected feature index.

Register: AIN48_EF_READ_A (AIN#(0:149)_EF_READ_A@48)

Address: 7096

property ain48_ef_read_b: float

Function dependent on selected feature index.

Register: AIN48_EF_READ_B (AIN#(0:149)_EF_READ_B@48)

Address: 7396

property ain48_ef_read_c: float

Function dependent on selected feature index.

Register: AIN48_EF_READ_C (AIN#(0:149)_EF_READ_C@48)

Address: 7696

property ain48_ef_read_d: float

Function dependent on selected feature index.

Register: AIN48_EF_READ_D (AIN#(0:149)_EF_READ_D@48)

Address: 7996

property ain49_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN49_BINARY (AIN#(0:254)_BINARY@49)

Address: 50098

property ain49_ef_config_a: int

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@49)

Address: 9398

property ain49_ef_config_b: int

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@49)

Address: 9698

property ain49_ef_config_c: int

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@49)

Address: 9998

property ain49_ef_config_d: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@49)

Address: 10298

property ain49_ef_config_e: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@49)

Address: 10598

property ain49_ef_config_f: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@49)

Address: 10898

property ain49_ef_config_g: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@49)

Address: 11198

property ain49_ef_config_h: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@49)

Address: 11498

property ain49_ef_config_i: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@49)

Address: 11798

property ain49_ef_config_j: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@49)

Address: 12098

property ain49_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN49_EF_INDEX (AIN#(0:149)_EF_INDEX@49)

Address: 9098

property ain49_ef_read_a: float

Function dependent on selected feature index.

Register: AIN49_EF_READ_A (AIN#(0:149)_EF_READ_A@49)

Address: 7098

property ain49_ef_read_b: float

Function dependent on selected feature index.

Register: AIN49_EF_READ_B (AIN#(0:149)_EF_READ_B@49)

Address: 7398

property ain49_ef_read_c: float

Function dependent on selected feature index.

Register: AIN49_EF_READ_C (AIN#(0:149)_EF_READ_C@49)

Address: 7698

property ain49_ef_read_d: float

Function dependent on selected feature index.

Register: AIN49_EF_READ_D (AIN#(0:149)_EF_READ_D@49)

Address: 7998

property ain4_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN4_BINARY (AIN#(0:254)_BINARY@4)

Address: 50008

property ain4_ef_config_a: int

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@4)

Address: 9308

property ain4_ef_config_b: int

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@4)

Address: 9608

property ain4_ef_config_c: int

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@4)

Address: 9908

property ain4_ef_config_d: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@4)

Address: 10208

property ain4_ef_config_e: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@4)

Address: 10508

property ain4_ef_config_f: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@4)

Address: 10808

property ain4_ef_config_g: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@4)

Address: 11108

property ain4_ef_config_h: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@4)

Address: 11408

property ain4_ef_config_i: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@4)

Address: 11708

property ain4_ef_config_j: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@4)

Address: 12008

property ain4_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN4_EF_INDEX (AIN#(0:149)_EF_INDEX@4)

Address: 9008

property ain4_ef_read_a: float

Function dependent on selected feature index.

Register: AIN4_EF_READ_A (AIN#(0:149)_EF_READ_A@4)

Address: 7008

property ain4_ef_read_b: float

Function dependent on selected feature index.

Register: AIN4_EF_READ_B (AIN#(0:149)_EF_READ_B@4)

Address: 7308

property ain4_ef_read_c: float

Function dependent on selected feature index.

Register: AIN4_EF_READ_C (AIN#(0:149)_EF_READ_C@4)

Address: 7608

property ain4_ef_read_d: float

Function dependent on selected feature index.

Register: AIN4_EF_READ_D (AIN#(0:149)_EF_READ_D@4)

Address: 7908

property ain5: float

Returns the voltage of the specified analog input.

Register: AIN5 (AIN#(0:11)@5)

Address: 10

property ain50_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN50_BINARY (AIN#(0:254)_BINARY@50)

Address: 50100

property ain50_ef_config_a: int

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@50)

Address: 9400

property ain50_ef_config_b: int

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@50)

Address: 9700

property ain50_ef_config_c: int

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@50)

Address: 10000

property ain50_ef_config_d: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@50)

Address: 10300

property ain50_ef_config_e: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@50)

Address: 10600

property ain50_ef_config_f: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@50)

Address: 10900

property ain50_ef_config_g: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@50)

Address: 11200

property ain50_ef_config_h: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@50)

Address: 11500

property ain50_ef_config_i: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@50)

Address: 11800

property ain50_ef_config_j: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@50)

Address: 12100

property ain50_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN50_EF_INDEX (AIN#(0:149)_EF_INDEX@50)

Address: 9100

property ain50_ef_read_a: float

Function dependent on selected feature index.

Register: AIN50_EF_READ_A (AIN#(0:149)_EF_READ_A@50)

Address: 7100

property ain50_ef_read_b: float

Function dependent on selected feature index.

Register: AIN50_EF_READ_B (AIN#(0:149)_EF_READ_B@50)

Address: 7400

property ain50_ef_read_c: float

Function dependent on selected feature index.

Register: AIN50_EF_READ_C (AIN#(0:149)_EF_READ_C@50)

Address: 7700

property ain50_ef_read_d: float

Function dependent on selected feature index.

Register: AIN50_EF_READ_D (AIN#(0:149)_EF_READ_D@50)

Address: 8000

property ain51_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN51_BINARY (AIN#(0:254)_BINARY@51)

Address: 50102

property ain51_ef_config_a: int

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@51)

Address: 9402

property ain51_ef_config_b: int

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@51)

Address: 9702

property ain51_ef_config_c: int

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@51)

Address: 10002

property ain51_ef_config_d: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@51)

Address: 10302

property ain51_ef_config_e: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@51)

Address: 10602

property ain51_ef_config_f: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@51)

Address: 10902

property ain51_ef_config_g: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@51)

Address: 11202

property ain51_ef_config_h: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@51)

Address: 11502

property ain51_ef_config_i: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@51)

Address: 11802

property ain51_ef_config_j: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@51)

Address: 12102

property ain51_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN51_EF_INDEX (AIN#(0:149)_EF_INDEX@51)

Address: 9102

property ain51_ef_read_a: float

Function dependent on selected feature index.

Register: AIN51_EF_READ_A (AIN#(0:149)_EF_READ_A@51)

Address: 7102

property ain51_ef_read_b: float

Function dependent on selected feature index.

Register: AIN51_EF_READ_B (AIN#(0:149)_EF_READ_B@51)

Address: 7402

property ain51_ef_read_c: float

Function dependent on selected feature index.

Register: AIN51_EF_READ_C (AIN#(0:149)_EF_READ_C@51)

Address: 7702

property ain51_ef_read_d: float

Function dependent on selected feature index.

Register: AIN51_EF_READ_D (AIN#(0:149)_EF_READ_D@51)

Address: 8002

property ain52_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN52_BINARY (AIN#(0:254)_BINARY@52)

Address: 50104

property ain52_ef_config_a: int

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@52)

Address: 9404

property ain52_ef_config_b: int

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@52)

Address: 9704

property ain52_ef_config_c: int

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@52)

Address: 10004

property ain52_ef_config_d: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@52)

Address: 10304

property ain52_ef_config_e: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@52)

Address: 10604

property ain52_ef_config_f: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@52)

Address: 10904

property ain52_ef_config_g: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@52)

Address: 11204

property ain52_ef_config_h: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@52)

Address: 11504

property ain52_ef_config_i: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@52)

Address: 11804

property ain52_ef_config_j: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@52)

Address: 12104

property ain52_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN52_EF_INDEX (AIN#(0:149)_EF_INDEX@52)

Address: 9104

property ain52_ef_read_a: float

Function dependent on selected feature index.

Register: AIN52_EF_READ_A (AIN#(0:149)_EF_READ_A@52)

Address: 7104

property ain52_ef_read_b: float

Function dependent on selected feature index.

Register: AIN52_EF_READ_B (AIN#(0:149)_EF_READ_B@52)

Address: 7404

property ain52_ef_read_c: float

Function dependent on selected feature index.

Register: AIN52_EF_READ_C (AIN#(0:149)_EF_READ_C@52)

Address: 7704

property ain52_ef_read_d: float

Function dependent on selected feature index.

Register: AIN52_EF_READ_D (AIN#(0:149)_EF_READ_D@52)

Address: 8004

property ain53_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN53_BINARY (AIN#(0:254)_BINARY@53)

Address: 50106

property ain53_ef_config_a: int

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@53)

Address: 9406

property ain53_ef_config_b: int

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@53)

Address: 9706

property ain53_ef_config_c: int

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@53)

Address: 10006

property ain53_ef_config_d: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@53)

Address: 10306

property ain53_ef_config_e: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@53)

Address: 10606

property ain53_ef_config_f: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@53)

Address: 10906

property ain53_ef_config_g: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@53)

Address: 11206

property ain53_ef_config_h: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@53)

Address: 11506

property ain53_ef_config_i: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@53)

Address: 11806

property ain53_ef_config_j: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@53)

Address: 12106

property ain53_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN53_EF_INDEX (AIN#(0:149)_EF_INDEX@53)

Address: 9106

property ain53_ef_read_a: float

Function dependent on selected feature index.

Register: AIN53_EF_READ_A (AIN#(0:149)_EF_READ_A@53)

Address: 7106

property ain53_ef_read_b: float

Function dependent on selected feature index.

Register: AIN53_EF_READ_B (AIN#(0:149)_EF_READ_B@53)

Address: 7406

property ain53_ef_read_c: float

Function dependent on selected feature index.

Register: AIN53_EF_READ_C (AIN#(0:149)_EF_READ_C@53)

Address: 7706

property ain53_ef_read_d: float

Function dependent on selected feature index.

Register: AIN53_EF_READ_D (AIN#(0:149)_EF_READ_D@53)

Address: 8006

property ain54_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN54_BINARY (AIN#(0:254)_BINARY@54)

Address: 50108

property ain54_ef_config_a: int

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@54)

Address: 9408

property ain54_ef_config_b: int

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@54)

Address: 9708

property ain54_ef_config_c: int

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@54)

Address: 10008

property ain54_ef_config_d: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@54)

Address: 10308

property ain54_ef_config_e: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@54)

Address: 10608

property ain54_ef_config_f: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@54)

Address: 10908

property ain54_ef_config_g: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@54)

Address: 11208

property ain54_ef_config_h: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@54)

Address: 11508

property ain54_ef_config_i: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@54)

Address: 11808

property ain54_ef_config_j: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@54)

Address: 12108

property ain54_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN54_EF_INDEX (AIN#(0:149)_EF_INDEX@54)

Address: 9108

property ain54_ef_read_a: float

Function dependent on selected feature index.

Register: AIN54_EF_READ_A (AIN#(0:149)_EF_READ_A@54)

Address: 7108

property ain54_ef_read_b: float

Function dependent on selected feature index.

Register: AIN54_EF_READ_B (AIN#(0:149)_EF_READ_B@54)

Address: 7408

property ain54_ef_read_c: float

Function dependent on selected feature index.

Register: AIN54_EF_READ_C (AIN#(0:149)_EF_READ_C@54)

Address: 7708

property ain54_ef_read_d: float

Function dependent on selected feature index.

Register: AIN54_EF_READ_D (AIN#(0:149)_EF_READ_D@54)

Address: 8008

property ain55_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN55_BINARY (AIN#(0:254)_BINARY@55)

Address: 50110

property ain55_ef_config_a: int

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@55)

Address: 9410

property ain55_ef_config_b: int

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@55)

Address: 9710

property ain55_ef_config_c: int

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@55)

Address: 10010

property ain55_ef_config_d: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@55)

Address: 10310

property ain55_ef_config_e: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@55)

Address: 10610

property ain55_ef_config_f: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@55)

Address: 10910

property ain55_ef_config_g: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@55)

Address: 11210

property ain55_ef_config_h: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@55)

Address: 11510

property ain55_ef_config_i: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@55)

Address: 11810

property ain55_ef_config_j: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@55)

Address: 12110

property ain55_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN55_EF_INDEX (AIN#(0:149)_EF_INDEX@55)

Address: 9110

property ain55_ef_read_a: float

Function dependent on selected feature index.

Register: AIN55_EF_READ_A (AIN#(0:149)_EF_READ_A@55)

Address: 7110

property ain55_ef_read_b: float

Function dependent on selected feature index.

Register: AIN55_EF_READ_B (AIN#(0:149)_EF_READ_B@55)

Address: 7410

property ain55_ef_read_c: float

Function dependent on selected feature index.

Register: AIN55_EF_READ_C (AIN#(0:149)_EF_READ_C@55)

Address: 7710

property ain55_ef_read_d: float

Function dependent on selected feature index.

Register: AIN55_EF_READ_D (AIN#(0:149)_EF_READ_D@55)

Address: 8010

property ain56_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN56_BINARY (AIN#(0:254)_BINARY@56)

Address: 50112

property ain56_ef_config_a: int

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@56)

Address: 9412

property ain56_ef_config_b: int

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@56)

Address: 9712

property ain56_ef_config_c: int

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@56)

Address: 10012

property ain56_ef_config_d: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@56)

Address: 10312

property ain56_ef_config_e: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@56)

Address: 10612

property ain56_ef_config_f: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@56)

Address: 10912

property ain56_ef_config_g: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@56)

Address: 11212

property ain56_ef_config_h: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@56)

Address: 11512

property ain56_ef_config_i: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@56)

Address: 11812

property ain56_ef_config_j: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@56)

Address: 12112

property ain56_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN56_EF_INDEX (AIN#(0:149)_EF_INDEX@56)

Address: 9112

property ain56_ef_read_a: float

Function dependent on selected feature index.

Register: AIN56_EF_READ_A (AIN#(0:149)_EF_READ_A@56)

Address: 7112

property ain56_ef_read_b: float

Function dependent on selected feature index.

Register: AIN56_EF_READ_B (AIN#(0:149)_EF_READ_B@56)

Address: 7412

property ain56_ef_read_c: float

Function dependent on selected feature index.

Register: AIN56_EF_READ_C (AIN#(0:149)_EF_READ_C@56)

Address: 7712

property ain56_ef_read_d: float

Function dependent on selected feature index.

Register: AIN56_EF_READ_D (AIN#(0:149)_EF_READ_D@56)

Address: 8012

property ain57_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN57_BINARY (AIN#(0:254)_BINARY@57)

Address: 50114

property ain57_ef_config_a: int

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@57)

Address: 9414

property ain57_ef_config_b: int

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@57)

Address: 9714

property ain57_ef_config_c: int

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@57)

Address: 10014

property ain57_ef_config_d: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@57)

Address: 10314

property ain57_ef_config_e: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@57)

Address: 10614

property ain57_ef_config_f: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@57)

Address: 10914

property ain57_ef_config_g: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@57)

Address: 11214

property ain57_ef_config_h: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@57)

Address: 11514

property ain57_ef_config_i: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@57)

Address: 11814

property ain57_ef_config_j: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@57)

Address: 12114

property ain57_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN57_EF_INDEX (AIN#(0:149)_EF_INDEX@57)

Address: 9114

property ain57_ef_read_a: float

Function dependent on selected feature index.

Register: AIN57_EF_READ_A (AIN#(0:149)_EF_READ_A@57)

Address: 7114

property ain57_ef_read_b: float

Function dependent on selected feature index.

Register: AIN57_EF_READ_B (AIN#(0:149)_EF_READ_B@57)

Address: 7414

property ain57_ef_read_c: float

Function dependent on selected feature index.

Register: AIN57_EF_READ_C (AIN#(0:149)_EF_READ_C@57)

Address: 7714

property ain57_ef_read_d: float

Function dependent on selected feature index.

Register: AIN57_EF_READ_D (AIN#(0:149)_EF_READ_D@57)

Address: 8014

property ain58_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN58_BINARY (AIN#(0:254)_BINARY@58)

Address: 50116

property ain58_ef_config_a: int

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@58)

Address: 9416

property ain58_ef_config_b: int

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@58)

Address: 9716

property ain58_ef_config_c: int

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@58)

Address: 10016

property ain58_ef_config_d: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@58)

Address: 10316

property ain58_ef_config_e: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@58)

Address: 10616

property ain58_ef_config_f: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@58)

Address: 10916

property ain58_ef_config_g: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@58)

Address: 11216

property ain58_ef_config_h: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@58)

Address: 11516

property ain58_ef_config_i: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@58)

Address: 11816

property ain58_ef_config_j: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@58)

Address: 12116

property ain58_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN58_EF_INDEX (AIN#(0:149)_EF_INDEX@58)

Address: 9116

property ain58_ef_read_a: float

Function dependent on selected feature index.

Register: AIN58_EF_READ_A (AIN#(0:149)_EF_READ_A@58)

Address: 7116

property ain58_ef_read_b: float

Function dependent on selected feature index.

Register: AIN58_EF_READ_B (AIN#(0:149)_EF_READ_B@58)

Address: 7416

property ain58_ef_read_c: float

Function dependent on selected feature index.

Register: AIN58_EF_READ_C (AIN#(0:149)_EF_READ_C@58)

Address: 7716

property ain58_ef_read_d: float

Function dependent on selected feature index.

Register: AIN58_EF_READ_D (AIN#(0:149)_EF_READ_D@58)

Address: 8016

property ain59_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN59_BINARY (AIN#(0:254)_BINARY@59)

Address: 50118

property ain59_ef_config_a: int

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@59)

Address: 9418

property ain59_ef_config_b: int

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@59)

Address: 9718

property ain59_ef_config_c: int

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@59)

Address: 10018

property ain59_ef_config_d: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@59)

Address: 10318

property ain59_ef_config_e: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@59)

Address: 10618

property ain59_ef_config_f: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@59)

Address: 10918

property ain59_ef_config_g: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@59)

Address: 11218

property ain59_ef_config_h: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@59)

Address: 11518

property ain59_ef_config_i: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@59)

Address: 11818

property ain59_ef_config_j: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@59)

Address: 12118

property ain59_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN59_EF_INDEX (AIN#(0:149)_EF_INDEX@59)

Address: 9118

property ain59_ef_read_a: float

Function dependent on selected feature index.

Register: AIN59_EF_READ_A (AIN#(0:149)_EF_READ_A@59)

Address: 7118

property ain59_ef_read_b: float

Function dependent on selected feature index.

Register: AIN59_EF_READ_B (AIN#(0:149)_EF_READ_B@59)

Address: 7418

property ain59_ef_read_c: float

Function dependent on selected feature index.

Register: AIN59_EF_READ_C (AIN#(0:149)_EF_READ_C@59)

Address: 7718

property ain59_ef_read_d: float

Function dependent on selected feature index.

Register: AIN59_EF_READ_D (AIN#(0:149)_EF_READ_D@59)

Address: 8018

property ain5_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN5_BINARY (AIN#(0:254)_BINARY@5)

Address: 50010

property ain5_ef_config_a: int

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@5)

Address: 9310

property ain5_ef_config_b: int

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@5)

Address: 9610

property ain5_ef_config_c: int

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@5)

Address: 9910

property ain5_ef_config_d: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@5)

Address: 10210

property ain5_ef_config_e: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@5)

Address: 10510

property ain5_ef_config_f: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@5)

Address: 10810

property ain5_ef_config_g: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@5)

Address: 11110

property ain5_ef_config_h: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@5)

Address: 11410

property ain5_ef_config_i: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@5)

Address: 11710

property ain5_ef_config_j: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@5)

Address: 12010

property ain5_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN5_EF_INDEX (AIN#(0:149)_EF_INDEX@5)

Address: 9010

property ain5_ef_read_a: float

Function dependent on selected feature index.

Register: AIN5_EF_READ_A (AIN#(0:149)_EF_READ_A@5)

Address: 7010

property ain5_ef_read_b: float

Function dependent on selected feature index.

Register: AIN5_EF_READ_B (AIN#(0:149)_EF_READ_B@5)

Address: 7310

property ain5_ef_read_c: float

Function dependent on selected feature index.

Register: AIN5_EF_READ_C (AIN#(0:149)_EF_READ_C@5)

Address: 7610

property ain5_ef_read_d: float

Function dependent on selected feature index.

Register: AIN5_EF_READ_D (AIN#(0:149)_EF_READ_D@5)

Address: 7910

property ain6: float

Returns the voltage of the specified analog input.

Register: AIN6 (AIN#(0:11)@6)

Address: 12

property ain60_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN60_BINARY (AIN#(0:254)_BINARY@60)

Address: 50120

property ain60_ef_config_a: int

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@60)

Address: 9420

property ain60_ef_config_b: int

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@60)

Address: 9720

property ain60_ef_config_c: int

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@60)

Address: 10020

property ain60_ef_config_d: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@60)

Address: 10320

property ain60_ef_config_e: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@60)

Address: 10620

property ain60_ef_config_f: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@60)

Address: 10920

property ain60_ef_config_g: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@60)

Address: 11220

property ain60_ef_config_h: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@60)

Address: 11520

property ain60_ef_config_i: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@60)

Address: 11820

property ain60_ef_config_j: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@60)

Address: 12120

property ain60_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN60_EF_INDEX (AIN#(0:149)_EF_INDEX@60)

Address: 9120

property ain60_ef_read_a: float

Function dependent on selected feature index.

Register: AIN60_EF_READ_A (AIN#(0:149)_EF_READ_A@60)

Address: 7120

property ain60_ef_read_b: float

Function dependent on selected feature index.

Register: AIN60_EF_READ_B (AIN#(0:149)_EF_READ_B@60)

Address: 7420

property ain60_ef_read_c: float

Function dependent on selected feature index.

Register: AIN60_EF_READ_C (AIN#(0:149)_EF_READ_C@60)

Address: 7720

property ain60_ef_read_d: float

Function dependent on selected feature index.

Register: AIN60_EF_READ_D (AIN#(0:149)_EF_READ_D@60)

Address: 8020

property ain61_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN61_BINARY (AIN#(0:254)_BINARY@61)

Address: 50122

property ain61_ef_config_a: int

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@61)

Address: 9422

property ain61_ef_config_b: int

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@61)

Address: 9722

property ain61_ef_config_c: int

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@61)

Address: 10022

property ain61_ef_config_d: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@61)

Address: 10322

property ain61_ef_config_e: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@61)

Address: 10622

property ain61_ef_config_f: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@61)

Address: 10922

property ain61_ef_config_g: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@61)

Address: 11222

property ain61_ef_config_h: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@61)

Address: 11522

property ain61_ef_config_i: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@61)

Address: 11822

property ain61_ef_config_j: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@61)

Address: 12122

property ain61_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN61_EF_INDEX (AIN#(0:149)_EF_INDEX@61)

Address: 9122

property ain61_ef_read_a: float

Function dependent on selected feature index.

Register: AIN61_EF_READ_A (AIN#(0:149)_EF_READ_A@61)

Address: 7122

property ain61_ef_read_b: float

Function dependent on selected feature index.

Register: AIN61_EF_READ_B (AIN#(0:149)_EF_READ_B@61)

Address: 7422

property ain61_ef_read_c: float

Function dependent on selected feature index.

Register: AIN61_EF_READ_C (AIN#(0:149)_EF_READ_C@61)

Address: 7722

property ain61_ef_read_d: float

Function dependent on selected feature index.

Register: AIN61_EF_READ_D (AIN#(0:149)_EF_READ_D@61)

Address: 8022

property ain62_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN62_BINARY (AIN#(0:254)_BINARY@62)

Address: 50124

property ain62_ef_config_a: int

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@62)

Address: 9424

property ain62_ef_config_b: int

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@62)

Address: 9724

property ain62_ef_config_c: int

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@62)

Address: 10024

property ain62_ef_config_d: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@62)

Address: 10324

property ain62_ef_config_e: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@62)

Address: 10624

property ain62_ef_config_f: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@62)

Address: 10924

property ain62_ef_config_g: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@62)

Address: 11224

property ain62_ef_config_h: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@62)

Address: 11524

property ain62_ef_config_i: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@62)

Address: 11824

property ain62_ef_config_j: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@62)

Address: 12124

property ain62_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN62_EF_INDEX (AIN#(0:149)_EF_INDEX@62)

Address: 9124

property ain62_ef_read_a: float

Function dependent on selected feature index.

Register: AIN62_EF_READ_A (AIN#(0:149)_EF_READ_A@62)

Address: 7124

property ain62_ef_read_b: float

Function dependent on selected feature index.

Register: AIN62_EF_READ_B (AIN#(0:149)_EF_READ_B@62)

Address: 7424

property ain62_ef_read_c: float

Function dependent on selected feature index.

Register: AIN62_EF_READ_C (AIN#(0:149)_EF_READ_C@62)

Address: 7724

property ain62_ef_read_d: float

Function dependent on selected feature index.

Register: AIN62_EF_READ_D (AIN#(0:149)_EF_READ_D@62)

Address: 8024

property ain63_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN63_BINARY (AIN#(0:254)_BINARY@63)

Address: 50126

property ain63_ef_config_a: int

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@63)

Address: 9426

property ain63_ef_config_b: int

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@63)

Address: 9726

property ain63_ef_config_c: int

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@63)

Address: 10026

property ain63_ef_config_d: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@63)

Address: 10326

property ain63_ef_config_e: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@63)

Address: 10626

property ain63_ef_config_f: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@63)

Address: 10926

property ain63_ef_config_g: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@63)

Address: 11226

property ain63_ef_config_h: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@63)

Address: 11526

property ain63_ef_config_i: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@63)

Address: 11826

property ain63_ef_config_j: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@63)

Address: 12126

property ain63_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN63_EF_INDEX (AIN#(0:149)_EF_INDEX@63)

Address: 9126

property ain63_ef_read_a: float

Function dependent on selected feature index.

Register: AIN63_EF_READ_A (AIN#(0:149)_EF_READ_A@63)

Address: 7126

property ain63_ef_read_b: float

Function dependent on selected feature index.

Register: AIN63_EF_READ_B (AIN#(0:149)_EF_READ_B@63)

Address: 7426

property ain63_ef_read_c: float

Function dependent on selected feature index.

Register: AIN63_EF_READ_C (AIN#(0:149)_EF_READ_C@63)

Address: 7726

property ain63_ef_read_d: float

Function dependent on selected feature index.

Register: AIN63_EF_READ_D (AIN#(0:149)_EF_READ_D@63)

Address: 8026

property ain64_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN64_BINARY (AIN#(0:254)_BINARY@64)

Address: 50128

property ain64_ef_config_a: int

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@64)

Address: 9428

property ain64_ef_config_b: int

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@64)

Address: 9728

property ain64_ef_config_c: int

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@64)

Address: 10028

property ain64_ef_config_d: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@64)

Address: 10328

property ain64_ef_config_e: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@64)

Address: 10628

property ain64_ef_config_f: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@64)

Address: 10928

property ain64_ef_config_g: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@64)

Address: 11228

property ain64_ef_config_h: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@64)

Address: 11528

property ain64_ef_config_i: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@64)

Address: 11828

property ain64_ef_config_j: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@64)

Address: 12128

property ain64_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN64_EF_INDEX (AIN#(0:149)_EF_INDEX@64)

Address: 9128

property ain64_ef_read_a: float

Function dependent on selected feature index.

Register: AIN64_EF_READ_A (AIN#(0:149)_EF_READ_A@64)

Address: 7128

property ain64_ef_read_b: float

Function dependent on selected feature index.

Register: AIN64_EF_READ_B (AIN#(0:149)_EF_READ_B@64)

Address: 7428

property ain64_ef_read_c: float

Function dependent on selected feature index.

Register: AIN64_EF_READ_C (AIN#(0:149)_EF_READ_C@64)

Address: 7728

property ain64_ef_read_d: float

Function dependent on selected feature index.

Register: AIN64_EF_READ_D (AIN#(0:149)_EF_READ_D@64)

Address: 8028

property ain65_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN65_BINARY (AIN#(0:254)_BINARY@65)

Address: 50130

property ain65_ef_config_a: int

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@65)

Address: 9430

property ain65_ef_config_b: int

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@65)

Address: 9730

property ain65_ef_config_c: int

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@65)

Address: 10030

property ain65_ef_config_d: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@65)

Address: 10330

property ain65_ef_config_e: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@65)

Address: 10630

property ain65_ef_config_f: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@65)

Address: 10930

property ain65_ef_config_g: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@65)

Address: 11230

property ain65_ef_config_h: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@65)

Address: 11530

property ain65_ef_config_i: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@65)

Address: 11830

property ain65_ef_config_j: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@65)

Address: 12130

property ain65_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN65_EF_INDEX (AIN#(0:149)_EF_INDEX@65)

Address: 9130

property ain65_ef_read_a: float

Function dependent on selected feature index.

Register: AIN65_EF_READ_A (AIN#(0:149)_EF_READ_A@65)

Address: 7130

property ain65_ef_read_b: float

Function dependent on selected feature index.

Register: AIN65_EF_READ_B (AIN#(0:149)_EF_READ_B@65)

Address: 7430

property ain65_ef_read_c: float

Function dependent on selected feature index.

Register: AIN65_EF_READ_C (AIN#(0:149)_EF_READ_C@65)

Address: 7730

property ain65_ef_read_d: float

Function dependent on selected feature index.

Register: AIN65_EF_READ_D (AIN#(0:149)_EF_READ_D@65)

Address: 8030

property ain66_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN66_BINARY (AIN#(0:254)_BINARY@66)

Address: 50132

property ain66_ef_config_a: int

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@66)

Address: 9432

property ain66_ef_config_b: int

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@66)

Address: 9732

property ain66_ef_config_c: int

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@66)

Address: 10032

property ain66_ef_config_d: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@66)

Address: 10332

property ain66_ef_config_e: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@66)

Address: 10632

property ain66_ef_config_f: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@66)

Address: 10932

property ain66_ef_config_g: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@66)

Address: 11232

property ain66_ef_config_h: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@66)

Address: 11532

property ain66_ef_config_i: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@66)

Address: 11832

property ain66_ef_config_j: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@66)

Address: 12132

property ain66_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN66_EF_INDEX (AIN#(0:149)_EF_INDEX@66)

Address: 9132

property ain66_ef_read_a: float

Function dependent on selected feature index.

Register: AIN66_EF_READ_A (AIN#(0:149)_EF_READ_A@66)

Address: 7132

property ain66_ef_read_b: float

Function dependent on selected feature index.

Register: AIN66_EF_READ_B (AIN#(0:149)_EF_READ_B@66)

Address: 7432

property ain66_ef_read_c: float

Function dependent on selected feature index.

Register: AIN66_EF_READ_C (AIN#(0:149)_EF_READ_C@66)

Address: 7732

property ain66_ef_read_d: float

Function dependent on selected feature index.

Register: AIN66_EF_READ_D (AIN#(0:149)_EF_READ_D@66)

Address: 8032

property ain67_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN67_BINARY (AIN#(0:254)_BINARY@67)

Address: 50134

property ain67_ef_config_a: int

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@67)

Address: 9434

property ain67_ef_config_b: int

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@67)

Address: 9734

property ain67_ef_config_c: int

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@67)

Address: 10034

property ain67_ef_config_d: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@67)

Address: 10334

property ain67_ef_config_e: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@67)

Address: 10634

property ain67_ef_config_f: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@67)

Address: 10934

property ain67_ef_config_g: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@67)

Address: 11234

property ain67_ef_config_h: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@67)

Address: 11534

property ain67_ef_config_i: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@67)

Address: 11834

property ain67_ef_config_j: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@67)

Address: 12134

property ain67_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN67_EF_INDEX (AIN#(0:149)_EF_INDEX@67)

Address: 9134

property ain67_ef_read_a: float

Function dependent on selected feature index.

Register: AIN67_EF_READ_A (AIN#(0:149)_EF_READ_A@67)

Address: 7134

property ain67_ef_read_b: float

Function dependent on selected feature index.

Register: AIN67_EF_READ_B (AIN#(0:149)_EF_READ_B@67)

Address: 7434

property ain67_ef_read_c: float

Function dependent on selected feature index.

Register: AIN67_EF_READ_C (AIN#(0:149)_EF_READ_C@67)

Address: 7734

property ain67_ef_read_d: float

Function dependent on selected feature index.

Register: AIN67_EF_READ_D (AIN#(0:149)_EF_READ_D@67)

Address: 8034

property ain68_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN68_BINARY (AIN#(0:254)_BINARY@68)

Address: 50136

property ain68_ef_config_a: int

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@68)

Address: 9436

property ain68_ef_config_b: int

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@68)

Address: 9736

property ain68_ef_config_c: int

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@68)

Address: 10036

property ain68_ef_config_d: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@68)

Address: 10336

property ain68_ef_config_e: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@68)

Address: 10636

property ain68_ef_config_f: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@68)

Address: 10936

property ain68_ef_config_g: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@68)

Address: 11236

property ain68_ef_config_h: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@68)

Address: 11536

property ain68_ef_config_i: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@68)

Address: 11836

property ain68_ef_config_j: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@68)

Address: 12136

property ain68_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN68_EF_INDEX (AIN#(0:149)_EF_INDEX@68)

Address: 9136

property ain68_ef_read_a: float

Function dependent on selected feature index.

Register: AIN68_EF_READ_A (AIN#(0:149)_EF_READ_A@68)

Address: 7136

property ain68_ef_read_b: float

Function dependent on selected feature index.

Register: AIN68_EF_READ_B (AIN#(0:149)_EF_READ_B@68)

Address: 7436

property ain68_ef_read_c: float

Function dependent on selected feature index.

Register: AIN68_EF_READ_C (AIN#(0:149)_EF_READ_C@68)

Address: 7736

property ain68_ef_read_d: float

Function dependent on selected feature index.

Register: AIN68_EF_READ_D (AIN#(0:149)_EF_READ_D@68)

Address: 8036

property ain69_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN69_BINARY (AIN#(0:254)_BINARY@69)

Address: 50138

property ain69_ef_config_a: int

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@69)

Address: 9438

property ain69_ef_config_b: int

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@69)

Address: 9738

property ain69_ef_config_c: int

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@69)

Address: 10038

property ain69_ef_config_d: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@69)

Address: 10338

property ain69_ef_config_e: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@69)

Address: 10638

property ain69_ef_config_f: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@69)

Address: 10938

property ain69_ef_config_g: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@69)

Address: 11238

property ain69_ef_config_h: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@69)

Address: 11538

property ain69_ef_config_i: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@69)

Address: 11838

property ain69_ef_config_j: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@69)

Address: 12138

property ain69_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN69_EF_INDEX (AIN#(0:149)_EF_INDEX@69)

Address: 9138

property ain69_ef_read_a: float

Function dependent on selected feature index.

Register: AIN69_EF_READ_A (AIN#(0:149)_EF_READ_A@69)

Address: 7138

property ain69_ef_read_b: float

Function dependent on selected feature index.

Register: AIN69_EF_READ_B (AIN#(0:149)_EF_READ_B@69)

Address: 7438

property ain69_ef_read_c: float

Function dependent on selected feature index.

Register: AIN69_EF_READ_C (AIN#(0:149)_EF_READ_C@69)

Address: 7738

property ain69_ef_read_d: float

Function dependent on selected feature index.

Register: AIN69_EF_READ_D (AIN#(0:149)_EF_READ_D@69)

Address: 8038

property ain6_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN6_BINARY (AIN#(0:254)_BINARY@6)

Address: 50012

property ain6_ef_config_a: int

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@6)

Address: 9312

property ain6_ef_config_b: int

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@6)

Address: 9612

property ain6_ef_config_c: int

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@6)

Address: 9912

property ain6_ef_config_d: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@6)

Address: 10212

property ain6_ef_config_e: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@6)

Address: 10512

property ain6_ef_config_f: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@6)

Address: 10812

property ain6_ef_config_g: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@6)

Address: 11112

property ain6_ef_config_h: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@6)

Address: 11412

property ain6_ef_config_i: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@6)

Address: 11712

property ain6_ef_config_j: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@6)

Address: 12012

property ain6_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN6_EF_INDEX (AIN#(0:149)_EF_INDEX@6)

Address: 9012

property ain6_ef_read_a: float

Function dependent on selected feature index.

Register: AIN6_EF_READ_A (AIN#(0:149)_EF_READ_A@6)

Address: 7012

property ain6_ef_read_b: float

Function dependent on selected feature index.

Register: AIN6_EF_READ_B (AIN#(0:149)_EF_READ_B@6)

Address: 7312

property ain6_ef_read_c: float

Function dependent on selected feature index.

Register: AIN6_EF_READ_C (AIN#(0:149)_EF_READ_C@6)

Address: 7612

property ain6_ef_read_d: float

Function dependent on selected feature index.

Register: AIN6_EF_READ_D (AIN#(0:149)_EF_READ_D@6)

Address: 7912

property ain7: float

Returns the voltage of the specified analog input.

Register: AIN7 (AIN#(0:11)@7)

Address: 14

property ain70_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN70_BINARY (AIN#(0:254)_BINARY@70)

Address: 50140

property ain70_ef_config_a: int

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@70)

Address: 9440

property ain70_ef_config_b: int

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@70)

Address: 9740

property ain70_ef_config_c: int

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@70)

Address: 10040

property ain70_ef_config_d: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@70)

Address: 10340

property ain70_ef_config_e: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@70)

Address: 10640

property ain70_ef_config_f: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@70)

Address: 10940

property ain70_ef_config_g: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@70)

Address: 11240

property ain70_ef_config_h: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@70)

Address: 11540

property ain70_ef_config_i: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@70)

Address: 11840

property ain70_ef_config_j: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@70)

Address: 12140

property ain70_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN70_EF_INDEX (AIN#(0:149)_EF_INDEX@70)

Address: 9140

property ain70_ef_read_a: float

Function dependent on selected feature index.

Register: AIN70_EF_READ_A (AIN#(0:149)_EF_READ_A@70)

Address: 7140

property ain70_ef_read_b: float

Function dependent on selected feature index.

Register: AIN70_EF_READ_B (AIN#(0:149)_EF_READ_B@70)

Address: 7440

property ain70_ef_read_c: float

Function dependent on selected feature index.

Register: AIN70_EF_READ_C (AIN#(0:149)_EF_READ_C@70)

Address: 7740

property ain70_ef_read_d: float

Function dependent on selected feature index.

Register: AIN70_EF_READ_D (AIN#(0:149)_EF_READ_D@70)

Address: 8040

property ain71_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN71_BINARY (AIN#(0:254)_BINARY@71)

Address: 50142

property ain71_ef_config_a: int

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@71)

Address: 9442

property ain71_ef_config_b: int

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@71)

Address: 9742

property ain71_ef_config_c: int

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@71)

Address: 10042

property ain71_ef_config_d: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@71)

Address: 10342

property ain71_ef_config_e: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@71)

Address: 10642

property ain71_ef_config_f: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@71)

Address: 10942

property ain71_ef_config_g: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@71)

Address: 11242

property ain71_ef_config_h: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@71)

Address: 11542

property ain71_ef_config_i: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@71)

Address: 11842

property ain71_ef_config_j: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@71)

Address: 12142

property ain71_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN71_EF_INDEX (AIN#(0:149)_EF_INDEX@71)

Address: 9142

property ain71_ef_read_a: float

Function dependent on selected feature index.

Register: AIN71_EF_READ_A (AIN#(0:149)_EF_READ_A@71)

Address: 7142

property ain71_ef_read_b: float

Function dependent on selected feature index.

Register: AIN71_EF_READ_B (AIN#(0:149)_EF_READ_B@71)

Address: 7442

property ain71_ef_read_c: float

Function dependent on selected feature index.

Register: AIN71_EF_READ_C (AIN#(0:149)_EF_READ_C@71)

Address: 7742

property ain71_ef_read_d: float

Function dependent on selected feature index.

Register: AIN71_EF_READ_D (AIN#(0:149)_EF_READ_D@71)

Address: 8042

property ain72_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN72_BINARY (AIN#(0:254)_BINARY@72)

Address: 50144

property ain72_ef_config_a: int

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@72)

Address: 9444

property ain72_ef_config_b: int

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@72)

Address: 9744

property ain72_ef_config_c: int

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@72)

Address: 10044

property ain72_ef_config_d: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@72)

Address: 10344

property ain72_ef_config_e: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@72)

Address: 10644

property ain72_ef_config_f: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@72)

Address: 10944

property ain72_ef_config_g: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@72)

Address: 11244

property ain72_ef_config_h: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@72)

Address: 11544

property ain72_ef_config_i: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@72)

Address: 11844

property ain72_ef_config_j: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@72)

Address: 12144

property ain72_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN72_EF_INDEX (AIN#(0:149)_EF_INDEX@72)

Address: 9144

property ain72_ef_read_a: float

Function dependent on selected feature index.

Register: AIN72_EF_READ_A (AIN#(0:149)_EF_READ_A@72)

Address: 7144

property ain72_ef_read_b: float

Function dependent on selected feature index.

Register: AIN72_EF_READ_B (AIN#(0:149)_EF_READ_B@72)

Address: 7444

property ain72_ef_read_c: float

Function dependent on selected feature index.

Register: AIN72_EF_READ_C (AIN#(0:149)_EF_READ_C@72)

Address: 7744

property ain72_ef_read_d: float

Function dependent on selected feature index.

Register: AIN72_EF_READ_D (AIN#(0:149)_EF_READ_D@72)

Address: 8044

property ain73_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN73_BINARY (AIN#(0:254)_BINARY@73)

Address: 50146

property ain73_ef_config_a: int

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@73)

Address: 9446

property ain73_ef_config_b: int

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@73)

Address: 9746

property ain73_ef_config_c: int

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@73)

Address: 10046

property ain73_ef_config_d: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@73)

Address: 10346

property ain73_ef_config_e: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@73)

Address: 10646

property ain73_ef_config_f: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@73)

Address: 10946

property ain73_ef_config_g: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@73)

Address: 11246

property ain73_ef_config_h: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@73)

Address: 11546

property ain73_ef_config_i: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@73)

Address: 11846

property ain73_ef_config_j: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@73)

Address: 12146

property ain73_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN73_EF_INDEX (AIN#(0:149)_EF_INDEX@73)

Address: 9146

property ain73_ef_read_a: float

Function dependent on selected feature index.

Register: AIN73_EF_READ_A (AIN#(0:149)_EF_READ_A@73)

Address: 7146

property ain73_ef_read_b: float

Function dependent on selected feature index.

Register: AIN73_EF_READ_B (AIN#(0:149)_EF_READ_B@73)

Address: 7446

property ain73_ef_read_c: float

Function dependent on selected feature index.

Register: AIN73_EF_READ_C (AIN#(0:149)_EF_READ_C@73)

Address: 7746

property ain73_ef_read_d: float

Function dependent on selected feature index.

Register: AIN73_EF_READ_D (AIN#(0:149)_EF_READ_D@73)

Address: 8046

property ain74_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN74_BINARY (AIN#(0:254)_BINARY@74)

Address: 50148

property ain74_ef_config_a: int

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@74)

Address: 9448

property ain74_ef_config_b: int

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@74)

Address: 9748

property ain74_ef_config_c: int

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@74)

Address: 10048

property ain74_ef_config_d: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@74)

Address: 10348

property ain74_ef_config_e: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@74)

Address: 10648

property ain74_ef_config_f: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@74)

Address: 10948

property ain74_ef_config_g: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@74)

Address: 11248

property ain74_ef_config_h: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@74)

Address: 11548

property ain74_ef_config_i: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@74)

Address: 11848

property ain74_ef_config_j: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@74)

Address: 12148

property ain74_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN74_EF_INDEX (AIN#(0:149)_EF_INDEX@74)

Address: 9148

property ain74_ef_read_a: float

Function dependent on selected feature index.

Register: AIN74_EF_READ_A (AIN#(0:149)_EF_READ_A@74)

Address: 7148

property ain74_ef_read_b: float

Function dependent on selected feature index.

Register: AIN74_EF_READ_B (AIN#(0:149)_EF_READ_B@74)

Address: 7448

property ain74_ef_read_c: float

Function dependent on selected feature index.

Register: AIN74_EF_READ_C (AIN#(0:149)_EF_READ_C@74)

Address: 7748

property ain74_ef_read_d: float

Function dependent on selected feature index.

Register: AIN74_EF_READ_D (AIN#(0:149)_EF_READ_D@74)

Address: 8048

property ain75_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN75_BINARY (AIN#(0:254)_BINARY@75)

Address: 50150

property ain75_ef_config_a: int

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@75)

Address: 9450

property ain75_ef_config_b: int

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@75)

Address: 9750

property ain75_ef_config_c: int

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@75)

Address: 10050

property ain75_ef_config_d: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@75)

Address: 10350

property ain75_ef_config_e: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@75)

Address: 10650

property ain75_ef_config_f: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@75)

Address: 10950

property ain75_ef_config_g: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@75)

Address: 11250

property ain75_ef_config_h: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@75)

Address: 11550

property ain75_ef_config_i: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@75)

Address: 11850

property ain75_ef_config_j: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@75)

Address: 12150

property ain75_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN75_EF_INDEX (AIN#(0:149)_EF_INDEX@75)

Address: 9150

property ain75_ef_read_a: float

Function dependent on selected feature index.

Register: AIN75_EF_READ_A (AIN#(0:149)_EF_READ_A@75)

Address: 7150

property ain75_ef_read_b: float

Function dependent on selected feature index.

Register: AIN75_EF_READ_B (AIN#(0:149)_EF_READ_B@75)

Address: 7450

property ain75_ef_read_c: float

Function dependent on selected feature index.

Register: AIN75_EF_READ_C (AIN#(0:149)_EF_READ_C@75)

Address: 7750

property ain75_ef_read_d: float

Function dependent on selected feature index.

Register: AIN75_EF_READ_D (AIN#(0:149)_EF_READ_D@75)

Address: 8050

property ain76_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN76_BINARY (AIN#(0:254)_BINARY@76)

Address: 50152

property ain76_ef_config_a: int

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@76)

Address: 9452

property ain76_ef_config_b: int

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@76)

Address: 9752

property ain76_ef_config_c: int

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@76)

Address: 10052

property ain76_ef_config_d: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@76)

Address: 10352

property ain76_ef_config_e: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@76)

Address: 10652

property ain76_ef_config_f: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@76)

Address: 10952

property ain76_ef_config_g: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@76)

Address: 11252

property ain76_ef_config_h: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@76)

Address: 11552

property ain76_ef_config_i: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@76)

Address: 11852

property ain76_ef_config_j: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@76)

Address: 12152

property ain76_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN76_EF_INDEX (AIN#(0:149)_EF_INDEX@76)

Address: 9152

property ain76_ef_read_a: float

Function dependent on selected feature index.

Register: AIN76_EF_READ_A (AIN#(0:149)_EF_READ_A@76)

Address: 7152

property ain76_ef_read_b: float

Function dependent on selected feature index.

Register: AIN76_EF_READ_B (AIN#(0:149)_EF_READ_B@76)

Address: 7452

property ain76_ef_read_c: float

Function dependent on selected feature index.

Register: AIN76_EF_READ_C (AIN#(0:149)_EF_READ_C@76)

Address: 7752

property ain76_ef_read_d: float

Function dependent on selected feature index.

Register: AIN76_EF_READ_D (AIN#(0:149)_EF_READ_D@76)

Address: 8052

property ain77_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN77_BINARY (AIN#(0:254)_BINARY@77)

Address: 50154

property ain77_ef_config_a: int

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@77)

Address: 9454

property ain77_ef_config_b: int

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@77)

Address: 9754

property ain77_ef_config_c: int

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@77)

Address: 10054

property ain77_ef_config_d: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@77)

Address: 10354

property ain77_ef_config_e: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@77)

Address: 10654

property ain77_ef_config_f: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@77)

Address: 10954

property ain77_ef_config_g: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@77)

Address: 11254

property ain77_ef_config_h: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@77)

Address: 11554

property ain77_ef_config_i: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@77)

Address: 11854

property ain77_ef_config_j: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@77)

Address: 12154

property ain77_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN77_EF_INDEX (AIN#(0:149)_EF_INDEX@77)

Address: 9154

property ain77_ef_read_a: float

Function dependent on selected feature index.

Register: AIN77_EF_READ_A (AIN#(0:149)_EF_READ_A@77)

Address: 7154

property ain77_ef_read_b: float

Function dependent on selected feature index.

Register: AIN77_EF_READ_B (AIN#(0:149)_EF_READ_B@77)

Address: 7454

property ain77_ef_read_c: float

Function dependent on selected feature index.

Register: AIN77_EF_READ_C (AIN#(0:149)_EF_READ_C@77)

Address: 7754

property ain77_ef_read_d: float

Function dependent on selected feature index.

Register: AIN77_EF_READ_D (AIN#(0:149)_EF_READ_D@77)

Address: 8054

property ain78_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN78_BINARY (AIN#(0:254)_BINARY@78)

Address: 50156

property ain78_ef_config_a: int

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@78)

Address: 9456

property ain78_ef_config_b: int

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@78)

Address: 9756

property ain78_ef_config_c: int

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@78)

Address: 10056

property ain78_ef_config_d: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@78)

Address: 10356

property ain78_ef_config_e: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@78)

Address: 10656

property ain78_ef_config_f: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@78)

Address: 10956

property ain78_ef_config_g: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@78)

Address: 11256

property ain78_ef_config_h: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@78)

Address: 11556

property ain78_ef_config_i: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@78)

Address: 11856

property ain78_ef_config_j: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@78)

Address: 12156

property ain78_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN78_EF_INDEX (AIN#(0:149)_EF_INDEX@78)

Address: 9156

property ain78_ef_read_a: float

Function dependent on selected feature index.

Register: AIN78_EF_READ_A (AIN#(0:149)_EF_READ_A@78)

Address: 7156

property ain78_ef_read_b: float

Function dependent on selected feature index.

Register: AIN78_EF_READ_B (AIN#(0:149)_EF_READ_B@78)

Address: 7456

property ain78_ef_read_c: float

Function dependent on selected feature index.

Register: AIN78_EF_READ_C (AIN#(0:149)_EF_READ_C@78)

Address: 7756

property ain78_ef_read_d: float

Function dependent on selected feature index.

Register: AIN78_EF_READ_D (AIN#(0:149)_EF_READ_D@78)

Address: 8056

property ain79_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN79_BINARY (AIN#(0:254)_BINARY@79)

Address: 50158

property ain79_ef_config_a: int

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@79)

Address: 9458

property ain79_ef_config_b: int

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@79)

Address: 9758

property ain79_ef_config_c: int

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@79)

Address: 10058

property ain79_ef_config_d: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@79)

Address: 10358

property ain79_ef_config_e: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@79)

Address: 10658

property ain79_ef_config_f: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@79)

Address: 10958

property ain79_ef_config_g: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@79)

Address: 11258

property ain79_ef_config_h: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@79)

Address: 11558

property ain79_ef_config_i: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@79)

Address: 11858

property ain79_ef_config_j: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@79)

Address: 12158

property ain79_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN79_EF_INDEX (AIN#(0:149)_EF_INDEX@79)

Address: 9158

property ain79_ef_read_a: float

Function dependent on selected feature index.

Register: AIN79_EF_READ_A (AIN#(0:149)_EF_READ_A@79)

Address: 7158

property ain79_ef_read_b: float

Function dependent on selected feature index.

Register: AIN79_EF_READ_B (AIN#(0:149)_EF_READ_B@79)

Address: 7458

property ain79_ef_read_c: float

Function dependent on selected feature index.

Register: AIN79_EF_READ_C (AIN#(0:149)_EF_READ_C@79)

Address: 7758

property ain79_ef_read_d: float

Function dependent on selected feature index.

Register: AIN79_EF_READ_D (AIN#(0:149)_EF_READ_D@79)

Address: 8058

property ain7_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN7_BINARY (AIN#(0:254)_BINARY@7)

Address: 50014

property ain7_ef_config_a: int

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@7)

Address: 9314

property ain7_ef_config_b: int

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@7)

Address: 9614

property ain7_ef_config_c: int

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@7)

Address: 9914

property ain7_ef_config_d: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@7)

Address: 10214

property ain7_ef_config_e: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@7)

Address: 10514

property ain7_ef_config_f: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@7)

Address: 10814

property ain7_ef_config_g: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@7)

Address: 11114

property ain7_ef_config_h: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@7)

Address: 11414

property ain7_ef_config_i: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@7)

Address: 11714

property ain7_ef_config_j: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@7)

Address: 12014

property ain7_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN7_EF_INDEX (AIN#(0:149)_EF_INDEX@7)

Address: 9014

property ain7_ef_read_a: float

Function dependent on selected feature index.

Register: AIN7_EF_READ_A (AIN#(0:149)_EF_READ_A@7)

Address: 7014

property ain7_ef_read_b: float

Function dependent on selected feature index.

Register: AIN7_EF_READ_B (AIN#(0:149)_EF_READ_B@7)

Address: 7314

property ain7_ef_read_c: float

Function dependent on selected feature index.

Register: AIN7_EF_READ_C (AIN#(0:149)_EF_READ_C@7)

Address: 7614

property ain7_ef_read_d: float

Function dependent on selected feature index.

Register: AIN7_EF_READ_D (AIN#(0:149)_EF_READ_D@7)

Address: 7914

property ain8: float

Returns the voltage of the specified analog input.

Register: AIN8 (AIN#(0:11)@8)

Address: 16

property ain80_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN80_BINARY (AIN#(0:254)_BINARY@80)

Address: 50160

property ain80_ef_config_a: int

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@80)

Address: 9460

property ain80_ef_config_b: int

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@80)

Address: 9760

property ain80_ef_config_c: int

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@80)

Address: 10060

property ain80_ef_config_d: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@80)

Address: 10360

property ain80_ef_config_e: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@80)

Address: 10660

property ain80_ef_config_f: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@80)

Address: 10960

property ain80_ef_config_g: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@80)

Address: 11260

property ain80_ef_config_h: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@80)

Address: 11560

property ain80_ef_config_i: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@80)

Address: 11860

property ain80_ef_config_j: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@80)

Address: 12160

property ain80_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN80_EF_INDEX (AIN#(0:149)_EF_INDEX@80)

Address: 9160

property ain80_ef_read_a: float

Function dependent on selected feature index.

Register: AIN80_EF_READ_A (AIN#(0:149)_EF_READ_A@80)

Address: 7160

property ain80_ef_read_b: float

Function dependent on selected feature index.

Register: AIN80_EF_READ_B (AIN#(0:149)_EF_READ_B@80)

Address: 7460

property ain80_ef_read_c: float

Function dependent on selected feature index.

Register: AIN80_EF_READ_C (AIN#(0:149)_EF_READ_C@80)

Address: 7760

property ain80_ef_read_d: float

Function dependent on selected feature index.

Register: AIN80_EF_READ_D (AIN#(0:149)_EF_READ_D@80)

Address: 8060

property ain81_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN81_BINARY (AIN#(0:254)_BINARY@81)

Address: 50162

property ain81_ef_config_a: int

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@81)

Address: 9462

property ain81_ef_config_b: int

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@81)

Address: 9762

property ain81_ef_config_c: int

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@81)

Address: 10062

property ain81_ef_config_d: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@81)

Address: 10362

property ain81_ef_config_e: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@81)

Address: 10662

property ain81_ef_config_f: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@81)

Address: 10962

property ain81_ef_config_g: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@81)

Address: 11262

property ain81_ef_config_h: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@81)

Address: 11562

property ain81_ef_config_i: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@81)

Address: 11862

property ain81_ef_config_j: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@81)

Address: 12162

property ain81_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN81_EF_INDEX (AIN#(0:149)_EF_INDEX@81)

Address: 9162

property ain81_ef_read_a: float

Function dependent on selected feature index.

Register: AIN81_EF_READ_A (AIN#(0:149)_EF_READ_A@81)

Address: 7162

property ain81_ef_read_b: float

Function dependent on selected feature index.

Register: AIN81_EF_READ_B (AIN#(0:149)_EF_READ_B@81)

Address: 7462

property ain81_ef_read_c: float

Function dependent on selected feature index.

Register: AIN81_EF_READ_C (AIN#(0:149)_EF_READ_C@81)

Address: 7762

property ain81_ef_read_d: float

Function dependent on selected feature index.

Register: AIN81_EF_READ_D (AIN#(0:149)_EF_READ_D@81)

Address: 8062

property ain82_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN82_BINARY (AIN#(0:254)_BINARY@82)

Address: 50164

property ain82_ef_config_a: int

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@82)

Address: 9464

property ain82_ef_config_b: int

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@82)

Address: 9764

property ain82_ef_config_c: int

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@82)

Address: 10064

property ain82_ef_config_d: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@82)

Address: 10364

property ain82_ef_config_e: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@82)

Address: 10664

property ain82_ef_config_f: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@82)

Address: 10964

property ain82_ef_config_g: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@82)

Address: 11264

property ain82_ef_config_h: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@82)

Address: 11564

property ain82_ef_config_i: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@82)

Address: 11864

property ain82_ef_config_j: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@82)

Address: 12164

property ain82_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN82_EF_INDEX (AIN#(0:149)_EF_INDEX@82)

Address: 9164

property ain82_ef_read_a: float

Function dependent on selected feature index.

Register: AIN82_EF_READ_A (AIN#(0:149)_EF_READ_A@82)

Address: 7164

property ain82_ef_read_b: float

Function dependent on selected feature index.

Register: AIN82_EF_READ_B (AIN#(0:149)_EF_READ_B@82)

Address: 7464

property ain82_ef_read_c: float

Function dependent on selected feature index.

Register: AIN82_EF_READ_C (AIN#(0:149)_EF_READ_C@82)

Address: 7764

property ain82_ef_read_d: float

Function dependent on selected feature index.

Register: AIN82_EF_READ_D (AIN#(0:149)_EF_READ_D@82)

Address: 8064

property ain83_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN83_BINARY (AIN#(0:254)_BINARY@83)

Address: 50166

property ain83_ef_config_a: int

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@83)

Address: 9466

property ain83_ef_config_b: int

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@83)

Address: 9766

property ain83_ef_config_c: int

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@83)

Address: 10066

property ain83_ef_config_d: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@83)

Address: 10366

property ain83_ef_config_e: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@83)

Address: 10666

property ain83_ef_config_f: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@83)

Address: 10966

property ain83_ef_config_g: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@83)

Address: 11266

property ain83_ef_config_h: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@83)

Address: 11566

property ain83_ef_config_i: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@83)

Address: 11866

property ain83_ef_config_j: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@83)

Address: 12166

property ain83_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN83_EF_INDEX (AIN#(0:149)_EF_INDEX@83)

Address: 9166

property ain83_ef_read_a: float

Function dependent on selected feature index.

Register: AIN83_EF_READ_A (AIN#(0:149)_EF_READ_A@83)

Address: 7166

property ain83_ef_read_b: float

Function dependent on selected feature index.

Register: AIN83_EF_READ_B (AIN#(0:149)_EF_READ_B@83)

Address: 7466

property ain83_ef_read_c: float

Function dependent on selected feature index.

Register: AIN83_EF_READ_C (AIN#(0:149)_EF_READ_C@83)

Address: 7766

property ain83_ef_read_d: float

Function dependent on selected feature index.

Register: AIN83_EF_READ_D (AIN#(0:149)_EF_READ_D@83)

Address: 8066

property ain84_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN84_BINARY (AIN#(0:254)_BINARY@84)

Address: 50168

property ain84_ef_config_a: int

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@84)

Address: 9468

property ain84_ef_config_b: int

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@84)

Address: 9768

property ain84_ef_config_c: int

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@84)

Address: 10068

property ain84_ef_config_d: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@84)

Address: 10368

property ain84_ef_config_e: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@84)

Address: 10668

property ain84_ef_config_f: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@84)

Address: 10968

property ain84_ef_config_g: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@84)

Address: 11268

property ain84_ef_config_h: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@84)

Address: 11568

property ain84_ef_config_i: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@84)

Address: 11868

property ain84_ef_config_j: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@84)

Address: 12168

property ain84_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN84_EF_INDEX (AIN#(0:149)_EF_INDEX@84)

Address: 9168

property ain84_ef_read_a: float

Function dependent on selected feature index.

Register: AIN84_EF_READ_A (AIN#(0:149)_EF_READ_A@84)

Address: 7168

property ain84_ef_read_b: float

Function dependent on selected feature index.

Register: AIN84_EF_READ_B (AIN#(0:149)_EF_READ_B@84)

Address: 7468

property ain84_ef_read_c: float

Function dependent on selected feature index.

Register: AIN84_EF_READ_C (AIN#(0:149)_EF_READ_C@84)

Address: 7768

property ain84_ef_read_d: float

Function dependent on selected feature index.

Register: AIN84_EF_READ_D (AIN#(0:149)_EF_READ_D@84)

Address: 8068

property ain85_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN85_BINARY (AIN#(0:254)_BINARY@85)

Address: 50170

property ain85_ef_config_a: int

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@85)

Address: 9470

property ain85_ef_config_b: int

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@85)

Address: 9770

property ain85_ef_config_c: int

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@85)

Address: 10070

property ain85_ef_config_d: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@85)

Address: 10370

property ain85_ef_config_e: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@85)

Address: 10670

property ain85_ef_config_f: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@85)

Address: 10970

property ain85_ef_config_g: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@85)

Address: 11270

property ain85_ef_config_h: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@85)

Address: 11570

property ain85_ef_config_i: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@85)

Address: 11870

property ain85_ef_config_j: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@85)

Address: 12170

property ain85_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN85_EF_INDEX (AIN#(0:149)_EF_INDEX@85)

Address: 9170

property ain85_ef_read_a: float

Function dependent on selected feature index.

Register: AIN85_EF_READ_A (AIN#(0:149)_EF_READ_A@85)

Address: 7170

property ain85_ef_read_b: float

Function dependent on selected feature index.

Register: AIN85_EF_READ_B (AIN#(0:149)_EF_READ_B@85)

Address: 7470

property ain85_ef_read_c: float

Function dependent on selected feature index.

Register: AIN85_EF_READ_C (AIN#(0:149)_EF_READ_C@85)

Address: 7770

property ain85_ef_read_d: float

Function dependent on selected feature index.

Register: AIN85_EF_READ_D (AIN#(0:149)_EF_READ_D@85)

Address: 8070

property ain86_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN86_BINARY (AIN#(0:254)_BINARY@86)

Address: 50172

property ain86_ef_config_a: int

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@86)

Address: 9472

property ain86_ef_config_b: int

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@86)

Address: 9772

property ain86_ef_config_c: int

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@86)

Address: 10072

property ain86_ef_config_d: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@86)

Address: 10372

property ain86_ef_config_e: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@86)

Address: 10672

property ain86_ef_config_f: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@86)

Address: 10972

property ain86_ef_config_g: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@86)

Address: 11272

property ain86_ef_config_h: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@86)

Address: 11572

property ain86_ef_config_i: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@86)

Address: 11872

property ain86_ef_config_j: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@86)

Address: 12172

property ain86_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN86_EF_INDEX (AIN#(0:149)_EF_INDEX@86)

Address: 9172

property ain86_ef_read_a: float

Function dependent on selected feature index.

Register: AIN86_EF_READ_A (AIN#(0:149)_EF_READ_A@86)

Address: 7172

property ain86_ef_read_b: float

Function dependent on selected feature index.

Register: AIN86_EF_READ_B (AIN#(0:149)_EF_READ_B@86)

Address: 7472

property ain86_ef_read_c: float

Function dependent on selected feature index.

Register: AIN86_EF_READ_C (AIN#(0:149)_EF_READ_C@86)

Address: 7772

property ain86_ef_read_d: float

Function dependent on selected feature index.

Register: AIN86_EF_READ_D (AIN#(0:149)_EF_READ_D@86)

Address: 8072

property ain87_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN87_BINARY (AIN#(0:254)_BINARY@87)

Address: 50174

property ain87_ef_config_a: int

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@87)

Address: 9474

property ain87_ef_config_b: int

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@87)

Address: 9774

property ain87_ef_config_c: int

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@87)

Address: 10074

property ain87_ef_config_d: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@87)

Address: 10374

property ain87_ef_config_e: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@87)

Address: 10674

property ain87_ef_config_f: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@87)

Address: 10974

property ain87_ef_config_g: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@87)

Address: 11274

property ain87_ef_config_h: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@87)

Address: 11574

property ain87_ef_config_i: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@87)

Address: 11874

property ain87_ef_config_j: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@87)

Address: 12174

property ain87_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN87_EF_INDEX (AIN#(0:149)_EF_INDEX@87)

Address: 9174

property ain87_ef_read_a: float

Function dependent on selected feature index.

Register: AIN87_EF_READ_A (AIN#(0:149)_EF_READ_A@87)

Address: 7174

property ain87_ef_read_b: float

Function dependent on selected feature index.

Register: AIN87_EF_READ_B (AIN#(0:149)_EF_READ_B@87)

Address: 7474

property ain87_ef_read_c: float

Function dependent on selected feature index.

Register: AIN87_EF_READ_C (AIN#(0:149)_EF_READ_C@87)

Address: 7774

property ain87_ef_read_d: float

Function dependent on selected feature index.

Register: AIN87_EF_READ_D (AIN#(0:149)_EF_READ_D@87)

Address: 8074

property ain88_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN88_BINARY (AIN#(0:254)_BINARY@88)

Address: 50176

property ain88_ef_config_a: int

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@88)

Address: 9476

property ain88_ef_config_b: int

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@88)

Address: 9776

property ain88_ef_config_c: int

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@88)

Address: 10076

property ain88_ef_config_d: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@88)

Address: 10376

property ain88_ef_config_e: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@88)

Address: 10676

property ain88_ef_config_f: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@88)

Address: 10976

property ain88_ef_config_g: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@88)

Address: 11276

property ain88_ef_config_h: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@88)

Address: 11576

property ain88_ef_config_i: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@88)

Address: 11876

property ain88_ef_config_j: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@88)

Address: 12176

property ain88_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN88_EF_INDEX (AIN#(0:149)_EF_INDEX@88)

Address: 9176

property ain88_ef_read_a: float

Function dependent on selected feature index.

Register: AIN88_EF_READ_A (AIN#(0:149)_EF_READ_A@88)

Address: 7176

property ain88_ef_read_b: float

Function dependent on selected feature index.

Register: AIN88_EF_READ_B (AIN#(0:149)_EF_READ_B@88)

Address: 7476

property ain88_ef_read_c: float

Function dependent on selected feature index.

Register: AIN88_EF_READ_C (AIN#(0:149)_EF_READ_C@88)

Address: 7776

property ain88_ef_read_d: float

Function dependent on selected feature index.

Register: AIN88_EF_READ_D (AIN#(0:149)_EF_READ_D@88)

Address: 8076

property ain89_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN89_BINARY (AIN#(0:254)_BINARY@89)

Address: 50178

property ain89_ef_config_a: int

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@89)

Address: 9478

property ain89_ef_config_b: int

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@89)

Address: 9778

property ain89_ef_config_c: int

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@89)

Address: 10078

property ain89_ef_config_d: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@89)

Address: 10378

property ain89_ef_config_e: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@89)

Address: 10678

property ain89_ef_config_f: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@89)

Address: 10978

property ain89_ef_config_g: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@89)

Address: 11278

property ain89_ef_config_h: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@89)

Address: 11578

property ain89_ef_config_i: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@89)

Address: 11878

property ain89_ef_config_j: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@89)

Address: 12178

property ain89_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN89_EF_INDEX (AIN#(0:149)_EF_INDEX@89)

Address: 9178

property ain89_ef_read_a: float

Function dependent on selected feature index.

Register: AIN89_EF_READ_A (AIN#(0:149)_EF_READ_A@89)

Address: 7178

property ain89_ef_read_b: float

Function dependent on selected feature index.

Register: AIN89_EF_READ_B (AIN#(0:149)_EF_READ_B@89)

Address: 7478

property ain89_ef_read_c: float

Function dependent on selected feature index.

Register: AIN89_EF_READ_C (AIN#(0:149)_EF_READ_C@89)

Address: 7778

property ain89_ef_read_d: float

Function dependent on selected feature index.

Register: AIN89_EF_READ_D (AIN#(0:149)_EF_READ_D@89)

Address: 8078

property ain8_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN8_BINARY (AIN#(0:254)_BINARY@8)

Address: 50016

property ain8_ef_config_a: int

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@8)

Address: 9316

property ain8_ef_config_b: int

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@8)

Address: 9616

property ain8_ef_config_c: int

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@8)

Address: 9916

property ain8_ef_config_d: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@8)

Address: 10216

property ain8_ef_config_e: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@8)

Address: 10516

property ain8_ef_config_f: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@8)

Address: 10816

property ain8_ef_config_g: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@8)

Address: 11116

property ain8_ef_config_h: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@8)

Address: 11416

property ain8_ef_config_i: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@8)

Address: 11716

property ain8_ef_config_j: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@8)

Address: 12016

property ain8_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN8_EF_INDEX (AIN#(0:149)_EF_INDEX@8)

Address: 9016

property ain8_ef_read_a: float

Function dependent on selected feature index.

Register: AIN8_EF_READ_A (AIN#(0:149)_EF_READ_A@8)

Address: 7016

property ain8_ef_read_b: float

Function dependent on selected feature index.

Register: AIN8_EF_READ_B (AIN#(0:149)_EF_READ_B@8)

Address: 7316

property ain8_ef_read_c: float

Function dependent on selected feature index.

Register: AIN8_EF_READ_C (AIN#(0:149)_EF_READ_C@8)

Address: 7616

property ain8_ef_read_d: float

Function dependent on selected feature index.

Register: AIN8_EF_READ_D (AIN#(0:149)_EF_READ_D@8)

Address: 7916

property ain9: float

Returns the voltage of the specified analog input.

Register: AIN9 (AIN#(0:11)@9)

Address: 18

property ain90_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN90_BINARY (AIN#(0:254)_BINARY@90)

Address: 50180

property ain90_ef_config_a: int

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@90)

Address: 9480

property ain90_ef_config_b: int

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@90)

Address: 9780

property ain90_ef_config_c: int

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@90)

Address: 10080

property ain90_ef_config_d: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@90)

Address: 10380

property ain90_ef_config_e: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@90)

Address: 10680

property ain90_ef_config_f: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@90)

Address: 10980

property ain90_ef_config_g: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@90)

Address: 11280

property ain90_ef_config_h: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@90)

Address: 11580

property ain90_ef_config_i: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@90)

Address: 11880

property ain90_ef_config_j: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@90)

Address: 12180

property ain90_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN90_EF_INDEX (AIN#(0:149)_EF_INDEX@90)

Address: 9180

property ain90_ef_read_a: float

Function dependent on selected feature index.

Register: AIN90_EF_READ_A (AIN#(0:149)_EF_READ_A@90)

Address: 7180

property ain90_ef_read_b: float

Function dependent on selected feature index.

Register: AIN90_EF_READ_B (AIN#(0:149)_EF_READ_B@90)

Address: 7480

property ain90_ef_read_c: float

Function dependent on selected feature index.

Register: AIN90_EF_READ_C (AIN#(0:149)_EF_READ_C@90)

Address: 7780

property ain90_ef_read_d: float

Function dependent on selected feature index.

Register: AIN90_EF_READ_D (AIN#(0:149)_EF_READ_D@90)

Address: 8080

property ain91_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN91_BINARY (AIN#(0:254)_BINARY@91)

Address: 50182

property ain91_ef_config_a: int

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@91)

Address: 9482

property ain91_ef_config_b: int

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@91)

Address: 9782

property ain91_ef_config_c: int

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@91)

Address: 10082

property ain91_ef_config_d: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@91)

Address: 10382

property ain91_ef_config_e: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@91)

Address: 10682

property ain91_ef_config_f: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@91)

Address: 10982

property ain91_ef_config_g: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@91)

Address: 11282

property ain91_ef_config_h: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@91)

Address: 11582

property ain91_ef_config_i: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@91)

Address: 11882

property ain91_ef_config_j: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@91)

Address: 12182

property ain91_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN91_EF_INDEX (AIN#(0:149)_EF_INDEX@91)

Address: 9182

property ain91_ef_read_a: float

Function dependent on selected feature index.

Register: AIN91_EF_READ_A (AIN#(0:149)_EF_READ_A@91)

Address: 7182

property ain91_ef_read_b: float

Function dependent on selected feature index.

Register: AIN91_EF_READ_B (AIN#(0:149)_EF_READ_B@91)

Address: 7482

property ain91_ef_read_c: float

Function dependent on selected feature index.

Register: AIN91_EF_READ_C (AIN#(0:149)_EF_READ_C@91)

Address: 7782

property ain91_ef_read_d: float

Function dependent on selected feature index.

Register: AIN91_EF_READ_D (AIN#(0:149)_EF_READ_D@91)

Address: 8082

property ain92_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN92_BINARY (AIN#(0:254)_BINARY@92)

Address: 50184

property ain92_ef_config_a: int

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@92)

Address: 9484

property ain92_ef_config_b: int

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@92)

Address: 9784

property ain92_ef_config_c: int

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@92)

Address: 10084

property ain92_ef_config_d: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@92)

Address: 10384

property ain92_ef_config_e: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@92)

Address: 10684

property ain92_ef_config_f: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@92)

Address: 10984

property ain92_ef_config_g: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@92)

Address: 11284

property ain92_ef_config_h: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@92)

Address: 11584

property ain92_ef_config_i: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@92)

Address: 11884

property ain92_ef_config_j: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@92)

Address: 12184

property ain92_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN92_EF_INDEX (AIN#(0:149)_EF_INDEX@92)

Address: 9184

property ain92_ef_read_a: float

Function dependent on selected feature index.

Register: AIN92_EF_READ_A (AIN#(0:149)_EF_READ_A@92)

Address: 7184

property ain92_ef_read_b: float

Function dependent on selected feature index.

Register: AIN92_EF_READ_B (AIN#(0:149)_EF_READ_B@92)

Address: 7484

property ain92_ef_read_c: float

Function dependent on selected feature index.

Register: AIN92_EF_READ_C (AIN#(0:149)_EF_READ_C@92)

Address: 7784

property ain92_ef_read_d: float

Function dependent on selected feature index.

Register: AIN92_EF_READ_D (AIN#(0:149)_EF_READ_D@92)

Address: 8084

property ain93_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN93_BINARY (AIN#(0:254)_BINARY@93)

Address: 50186

property ain93_ef_config_a: int

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@93)

Address: 9486

property ain93_ef_config_b: int

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@93)

Address: 9786

property ain93_ef_config_c: int

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@93)

Address: 10086

property ain93_ef_config_d: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@93)

Address: 10386

property ain93_ef_config_e: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@93)

Address: 10686

property ain93_ef_config_f: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@93)

Address: 10986

property ain93_ef_config_g: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@93)

Address: 11286

property ain93_ef_config_h: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@93)

Address: 11586

property ain93_ef_config_i: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@93)

Address: 11886

property ain93_ef_config_j: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@93)

Address: 12186

property ain93_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN93_EF_INDEX (AIN#(0:149)_EF_INDEX@93)

Address: 9186

property ain93_ef_read_a: float

Function dependent on selected feature index.

Register: AIN93_EF_READ_A (AIN#(0:149)_EF_READ_A@93)

Address: 7186

property ain93_ef_read_b: float

Function dependent on selected feature index.

Register: AIN93_EF_READ_B (AIN#(0:149)_EF_READ_B@93)

Address: 7486

property ain93_ef_read_c: float

Function dependent on selected feature index.

Register: AIN93_EF_READ_C (AIN#(0:149)_EF_READ_C@93)

Address: 7786

property ain93_ef_read_d: float

Function dependent on selected feature index.

Register: AIN93_EF_READ_D (AIN#(0:149)_EF_READ_D@93)

Address: 8086

property ain94_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN94_BINARY (AIN#(0:254)_BINARY@94)

Address: 50188

property ain94_ef_config_a: int

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@94)

Address: 9488

property ain94_ef_config_b: int

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@94)

Address: 9788

property ain94_ef_config_c: int

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@94)

Address: 10088

property ain94_ef_config_d: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@94)

Address: 10388

property ain94_ef_config_e: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@94)

Address: 10688

property ain94_ef_config_f: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@94)

Address: 10988

property ain94_ef_config_g: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@94)

Address: 11288

property ain94_ef_config_h: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@94)

Address: 11588

property ain94_ef_config_i: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@94)

Address: 11888

property ain94_ef_config_j: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@94)

Address: 12188

property ain94_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN94_EF_INDEX (AIN#(0:149)_EF_INDEX@94)

Address: 9188

property ain94_ef_read_a: float

Function dependent on selected feature index.

Register: AIN94_EF_READ_A (AIN#(0:149)_EF_READ_A@94)

Address: 7188

property ain94_ef_read_b: float

Function dependent on selected feature index.

Register: AIN94_EF_READ_B (AIN#(0:149)_EF_READ_B@94)

Address: 7488

property ain94_ef_read_c: float

Function dependent on selected feature index.

Register: AIN94_EF_READ_C (AIN#(0:149)_EF_READ_C@94)

Address: 7788

property ain94_ef_read_d: float

Function dependent on selected feature index.

Register: AIN94_EF_READ_D (AIN#(0:149)_EF_READ_D@94)

Address: 8088

property ain95_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN95_BINARY (AIN#(0:254)_BINARY@95)

Address: 50190

property ain95_ef_config_a: int

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@95)

Address: 9490

property ain95_ef_config_b: int

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@95)

Address: 9790

property ain95_ef_config_c: int

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@95)

Address: 10090

property ain95_ef_config_d: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@95)

Address: 10390

property ain95_ef_config_e: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@95)

Address: 10690

property ain95_ef_config_f: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@95)

Address: 10990

property ain95_ef_config_g: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@95)

Address: 11290

property ain95_ef_config_h: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@95)

Address: 11590

property ain95_ef_config_i: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@95)

Address: 11890

property ain95_ef_config_j: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@95)

Address: 12190

property ain95_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN95_EF_INDEX (AIN#(0:149)_EF_INDEX@95)

Address: 9190

property ain95_ef_read_a: float

Function dependent on selected feature index.

Register: AIN95_EF_READ_A (AIN#(0:149)_EF_READ_A@95)

Address: 7190

property ain95_ef_read_b: float

Function dependent on selected feature index.

Register: AIN95_EF_READ_B (AIN#(0:149)_EF_READ_B@95)

Address: 7490

property ain95_ef_read_c: float

Function dependent on selected feature index.

Register: AIN95_EF_READ_C (AIN#(0:149)_EF_READ_C@95)

Address: 7790

property ain95_ef_read_d: float

Function dependent on selected feature index.

Register: AIN95_EF_READ_D (AIN#(0:149)_EF_READ_D@95)

Address: 8090

property ain96_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN96_BINARY (AIN#(0:254)_BINARY@96)

Address: 50192

property ain96_ef_config_a: int

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@96)

Address: 9492

property ain96_ef_config_b: int

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@96)

Address: 9792

property ain96_ef_config_c: int

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@96)

Address: 10092

property ain96_ef_config_d: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@96)

Address: 10392

property ain96_ef_config_e: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@96)

Address: 10692

property ain96_ef_config_f: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@96)

Address: 10992

property ain96_ef_config_g: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@96)

Address: 11292

property ain96_ef_config_h: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@96)

Address: 11592

property ain96_ef_config_i: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@96)

Address: 11892

property ain96_ef_config_j: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@96)

Address: 12192

property ain96_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN96_EF_INDEX (AIN#(0:149)_EF_INDEX@96)

Address: 9192

property ain96_ef_read_a: float

Function dependent on selected feature index.

Register: AIN96_EF_READ_A (AIN#(0:149)_EF_READ_A@96)

Address: 7192

property ain96_ef_read_b: float

Function dependent on selected feature index.

Register: AIN96_EF_READ_B (AIN#(0:149)_EF_READ_B@96)

Address: 7492

property ain96_ef_read_c: float

Function dependent on selected feature index.

Register: AIN96_EF_READ_C (AIN#(0:149)_EF_READ_C@96)

Address: 7792

property ain96_ef_read_d: float

Function dependent on selected feature index.

Register: AIN96_EF_READ_D (AIN#(0:149)_EF_READ_D@96)

Address: 8092

property ain97_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN97_BINARY (AIN#(0:254)_BINARY@97)

Address: 50194

property ain97_ef_config_a: int

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@97)

Address: 9494

property ain97_ef_config_b: int

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@97)

Address: 9794

property ain97_ef_config_c: int

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@97)

Address: 10094

property ain97_ef_config_d: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@97)

Address: 10394

property ain97_ef_config_e: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@97)

Address: 10694

property ain97_ef_config_f: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@97)

Address: 10994

property ain97_ef_config_g: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@97)

Address: 11294

property ain97_ef_config_h: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@97)

Address: 11594

property ain97_ef_config_i: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@97)

Address: 11894

property ain97_ef_config_j: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@97)

Address: 12194

property ain97_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN97_EF_INDEX (AIN#(0:149)_EF_INDEX@97)

Address: 9194

property ain97_ef_read_a: float

Function dependent on selected feature index.

Register: AIN97_EF_READ_A (AIN#(0:149)_EF_READ_A@97)

Address: 7194

property ain97_ef_read_b: float

Function dependent on selected feature index.

Register: AIN97_EF_READ_B (AIN#(0:149)_EF_READ_B@97)

Address: 7494

property ain97_ef_read_c: float

Function dependent on selected feature index.

Register: AIN97_EF_READ_C (AIN#(0:149)_EF_READ_C@97)

Address: 7794

property ain97_ef_read_d: float

Function dependent on selected feature index.

Register: AIN97_EF_READ_D (AIN#(0:149)_EF_READ_D@97)

Address: 8094

property ain98_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN98_BINARY (AIN#(0:254)_BINARY@98)

Address: 50196

property ain98_ef_config_a: int

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@98)

Address: 9496

property ain98_ef_config_b: int

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@98)

Address: 9796

property ain98_ef_config_c: int

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@98)

Address: 10096

property ain98_ef_config_d: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@98)

Address: 10396

property ain98_ef_config_e: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@98)

Address: 10696

property ain98_ef_config_f: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@98)

Address: 10996

property ain98_ef_config_g: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@98)

Address: 11296

property ain98_ef_config_h: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@98)

Address: 11596

property ain98_ef_config_i: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@98)

Address: 11896

property ain98_ef_config_j: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@98)

Address: 12196

property ain98_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN98_EF_INDEX (AIN#(0:149)_EF_INDEX@98)

Address: 9196

property ain98_ef_read_a: float

Function dependent on selected feature index.

Register: AIN98_EF_READ_A (AIN#(0:149)_EF_READ_A@98)

Address: 7196

property ain98_ef_read_b: float

Function dependent on selected feature index.

Register: AIN98_EF_READ_B (AIN#(0:149)_EF_READ_B@98)

Address: 7496

property ain98_ef_read_c: float

Function dependent on selected feature index.

Register: AIN98_EF_READ_C (AIN#(0:149)_EF_READ_C@98)

Address: 7796

property ain98_ef_read_d: float

Function dependent on selected feature index.

Register: AIN98_EF_READ_D (AIN#(0:149)_EF_READ_D@98)

Address: 8096

property ain99_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN99_BINARY (AIN#(0:254)_BINARY@99)

Address: 50198

property ain99_ef_config_a: int

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@99)

Address: 9498

property ain99_ef_config_b: int

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@99)

Address: 9798

property ain99_ef_config_c: int

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@99)

Address: 10098

property ain99_ef_config_d: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@99)

Address: 10398

property ain99_ef_config_e: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@99)

Address: 10698

property ain99_ef_config_f: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@99)

Address: 10998

property ain99_ef_config_g: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@99)

Address: 11298

property ain99_ef_config_h: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@99)

Address: 11598

property ain99_ef_config_i: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@99)

Address: 11898

property ain99_ef_config_j: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@99)

Address: 12198

property ain99_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN99_EF_INDEX (AIN#(0:149)_EF_INDEX@99)

Address: 9198

property ain99_ef_read_a: float

Function dependent on selected feature index.

Register: AIN99_EF_READ_A (AIN#(0:149)_EF_READ_A@99)

Address: 7198

property ain99_ef_read_b: float

Function dependent on selected feature index.

Register: AIN99_EF_READ_B (AIN#(0:149)_EF_READ_B@99)

Address: 7498

property ain99_ef_read_c: float

Function dependent on selected feature index.

Register: AIN99_EF_READ_C (AIN#(0:149)_EF_READ_C@99)

Address: 7798

property ain99_ef_read_d: float

Function dependent on selected feature index.

Register: AIN99_EF_READ_D (AIN#(0:149)_EF_READ_D@99)

Address: 8098

property ain9_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN9_BINARY (AIN#(0:254)_BINARY@9)

Address: 50018

property ain9_ef_config_a: int

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@9)

Address: 9318

property ain9_ef_config_b: int

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@9)

Address: 9618

property ain9_ef_config_c: int

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@9)

Address: 9918

property ain9_ef_config_d: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@9)

Address: 10218

property ain9_ef_config_e: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@9)

Address: 10518

property ain9_ef_config_f: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@9)

Address: 10818

property ain9_ef_config_g: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@9)

Address: 11118

property ain9_ef_config_h: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@9)

Address: 11418

property ain9_ef_config_i: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@9)

Address: 11718

property ain9_ef_config_j: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@9)

Address: 12018

property ain9_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN9_EF_INDEX (AIN#(0:149)_EF_INDEX@9)

Address: 9018

property ain9_ef_read_a: float

Function dependent on selected feature index.

Register: AIN9_EF_READ_A (AIN#(0:149)_EF_READ_A@9)

Address: 7018

property ain9_ef_read_b: float

Function dependent on selected feature index.

Register: AIN9_EF_READ_B (AIN#(0:149)_EF_READ_B@9)

Address: 7318

property ain9_ef_read_c: float

Function dependent on selected feature index.

Register: AIN9_EF_READ_C (AIN#(0:149)_EF_READ_C@9)

Address: 7618

property ain9_ef_read_d: float

Function dependent on selected feature index.

Register: AIN9_EF_READ_D (AIN#(0:149)_EF_READ_D@9)

Address: 7918

property ain_all_ef_index: int

Write 0 to deactivate AIN_EF on all AINs. No other values may be written to this register. Reads will return the AIN_EF index if all 128 AINs are set to the same value. If values are not the same returns 0xFFFF (65535).

Register: AIN_ALL_EF_INDEX

Address: 43906

property ain_all_negative_ch: int

A write to this global parameter affects all AIN. Writing 1 will set all AINs to differential. Writing 199 will set all AINs to single-ended. A read will return 1 if all AINs are set to differential and 199 if all AINs are set to single-ended. If AIN configurations are not consistent 0xFFFF will be returned.

Register: AIN_ALL_NEGATIVE_CH

Address: 43902

property ain_all_range: float

A write to this global parameter affects all AIN. A read will return the correct setting if all channels are set the same, but otherwise will return -9999.

Register: AIN_ALL_RANGE

Address: 43900

property ain_all_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times. A write to this global parameter affects all AIN. A read will return the correct setting if all channels are set the same, but otherwise will return 0xFFFF.

Register: AIN_ALL_RESOLUTION_INDEX

Address: 43903

property ain_all_settling_us: float

Settling time for command-response and AIN-EF readings. A write to this global parameter affects all AIN. A read will return the correct setting if all channels are set the same, but otherwise will return -9999. Max is 50,000 us.

Register: AIN_ALL_SETTLING_US

Address: 43904

property asynch_baud: int

The symbol rate that will be used for communication. 9600 is typical. Up to 38400 works, but heavily loads the T7’s processor.

Register: ASYNCH_BAUD

Address: 5420

property asynch_data_rx: int

Read received data from here.

This register is a buffer. Underrun behavior - fill with zeros.

Register: ASYNCH_DATA_RX

Address: 5495

property asynch_data_tx: int

Write data to be transmitted here. This register is a buffer.

Register: ASYNCH_DATA_TX

Address: 5490

property asynch_enable: int

1 = Turn on Asynch. Configures timing hardware, DIO lines and allocates the receiving buffer.

Register: ASYNCH_ENABLE

Address: 5400

property asynch_num_bytes_rx: int

The number of data bytes that have been received.

Register: ASYNCH_NUM_BYTES_RX

Address: 5435

property asynch_num_bytes_tx: int

The number of bytes to be transmitted after writing to GO. Max is 256.

Register: ASYNCH_NUM_BYTES_TX

Address: 5440

property asynch_num_data_bits: int

The number of data bits per frame. 0-8, 0=8.

Register: ASYNCH_NUM_DATA_BITS

Address: 5415

property asynch_num_parity_errors: int

The number of parity errors that have been detected. Cleared when UART is enabled. Can also be cleared by writing 0.

Register: ASYNCH_NUM_PARITY_ERRORS

Address: 5465

property asynch_num_stop_bits: int

The number of stop bits. Values: 0 = zero stop bits, 1 = one stop bit, 2 = two stop bits.

Register: ASYNCH_NUM_STOP_BITS

Address: 5455

property asynch_parity: int

Parity setting: 0=none, 1=odd, 2=even.

Register: ASYNCH_PARITY

Address: 5460

property asynch_rx_buffer_size_bytes: int

Number of bytes to use for the receiving buffer. Max is 2048. 0 = 200.

Register: ASYNCH_RX_BUFFER_SIZE_BYTES

Address: 5430

property asynch_rx_dionum: int

The DIO line that will receive data. (RX)

Register: ASYNCH_RX_DIONUM

Address: 5405

property asynch_tx_dionum: int

The DIO line that will transmit data. (TX)

Register: ASYNCH_TX_DIONUM

Address: 5410

property asynch_tx_go: int

Write a 1 to this register to initiate a transmission.

Register: ASYNCH_TX_GO

Address: 5450

property bootloader_version: float

The bootloader version installed on the main processor.

Register: BOOTLOADER_VERSION

Address: 60006

property cio0: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: CIO0 (CIO#(0:3)@0)

Address: 2016

property cio1: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: CIO1 (CIO#(0:3)@1)

Address: 2017

property cio2: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: CIO2 (CIO#(0:3)@2)

Address: 2018

property cio3: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: CIO3 (CIO#(0:3)@3)

Address: 2019

property cio_direction: int

Read or write the direction of the 4 bits of CIO in a single binary-encoded value. 0=Input and 1=Output. The upper 8-bits of this value are inhibits.

Register: CIO_DIRECTION

Address: 2602

property cio_mio_state: int

Read or write the state of the 12 bits of CIO-MIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written.

Register: CIO_MIO_STATE

Address: 2582

property cio_state: int

Read or write the state of the 4 bits of CIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. The upper 8-bits of this value are inhibits.

Register: CIO_STATE

Address: 2502

property cleanse: int

Writing 0x5317052E to this register will trigger a system cleanse.

Register: CLEANSE

Address: 49090

property core_timer: int

Internal 32-bit system timer running at 1/2 core speed, thus normally 80M/2 => 40 MHz.

Register: CORE_TIMER

Address: 61520

property dac0: float

Pass a voltage for the specified analog output.

Register: DAC0 (DAC#(0:1)@0)

Address: 1000

property dac0_binary: int

Writes binary values to the DACs. Binary values are 16-bit. If the DAC’s resolution is less than 16 then the lower bits are ignored. 0 = lowest output, 65535 = highest output.

Register: DAC0_BINARY (DAC#(0:1)_BINARY@0)

Address: 51000

property dac1: float

Pass a voltage for the specified analog output.

Register: DAC1 (DAC#(0:1)@1)

Address: 1002

property dac1_binary: int

Writes binary values to the DACs. Binary values are 16-bit. If the DAC’s resolution is less than 16 then the lower bits are ignored. 0 = lowest output, 65535 = highest output.

Register: DAC1_BINARY (DAC#(0:1)_BINARY@1)

Address: 51002

property dac1_frequency_out_enable: int

0 = off, 1 = output 10 Hz signal on DAC1. The signal will be a square wave with peaks of 0 and 3.3V. Note that writing to DAC1 or enabling a stream out which is targeting DAC1 will disable this feature.

Register: DAC1_FREQUENCY_OUT_ENABLE

Address: 61532

property device_name_default: str

Reads return the current device name. Writes update the default and current device name. A reboot is necessary to update the name reported by NBNS. Up to 49 characters, cannot contain periods.

Register: DEVICE_NAME_DEFAULT

Address: 60500

property device_reset_dbg_reg: int

Bitmask register that indicates why a device was last re-set. bit0: Power-on reset, bit1: Brown-out, bit2: Wake from idle, bit3: Wake from sleep, bit4: watchdog timer time-out, bit5: reserved, bit6: Software reset, bit7: external reset (MCLR), bit8: Voltage regulator standby, bit9: Configuration mismatch.

Register: DEVICE_RESET_DBG_REG

Address: 60014

property dio0_ef_config_a: int

Function dependent on selected feature index.

Register: DIO0_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@0)

Address: 44300

property dio0_ef_config_b: int

Function dependent on selected feature index.

Register: DIO0_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@0)

Address: 44400

property dio0_ef_config_c: int

Function dependent on selected feature index.

Register: DIO0_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@0)

Address: 44500

property dio0_ef_config_d: int

Function dependent on selected feature index.

Register: DIO0_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@0)

Address: 44600

property dio0_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO0_EF_ENABLE (DIO#(0:22)_EF_ENABLE@0)

Address: 44000

property dio0_ef_index: int

An index to specify the feature you want.

Register: DIO0_EF_INDEX (DIO#(0:22)_EF_INDEX@0)

Address: 44100

property dio0_ef_options: int

Function dependent on selected feature index.

Register: DIO0_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@0)

Address: 44200

property dio0_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO0_EF_READ_A (DIO#(0:22)_EF_READ_A@0)

Address: 3000

property dio0_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO0_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@0)

Address: 3100

Type:

Reads the same value as DIO#(0

property dio0_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO0_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@0)

Address: 3500

property dio0_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO0_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@0)

Address: 3600

property dio0_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO0_EF_READ_B (DIO#(0:22)_EF_READ_B@0)

Address: 3200

property dio0_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO0_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@0)

Address: 3700

property dio10_ef_config_a: int

Function dependent on selected feature index.

Register: DIO10_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@10)

Address: 44320

property dio10_ef_config_b: int

Function dependent on selected feature index.

Register: DIO10_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@10)

Address: 44420

property dio10_ef_config_c: int

Function dependent on selected feature index.

Register: DIO10_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@10)

Address: 44520

property dio10_ef_config_d: int

Function dependent on selected feature index.

Register: DIO10_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@10)

Address: 44620

property dio10_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO10_EF_ENABLE (DIO#(0:22)_EF_ENABLE@10)

Address: 44020

property dio10_ef_index: int

An index to specify the feature you want.

Register: DIO10_EF_INDEX (DIO#(0:22)_EF_INDEX@10)

Address: 44120

property dio10_ef_options: int

Function dependent on selected feature index.

Register: DIO10_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@10)

Address: 44220

property dio10_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO10_EF_READ_A (DIO#(0:22)_EF_READ_A@10)

Address: 3020

property dio10_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO10_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@10)

Address: 3120

Type:

Reads the same value as DIO#(0

property dio10_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO10_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@10)

Address: 3520

property dio10_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO10_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@10)

Address: 3620

property dio10_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO10_EF_READ_B (DIO#(0:22)_EF_READ_B@10)

Address: 3220

property dio10_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO10_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@10)

Address: 3720

property dio11_ef_config_a: int

Function dependent on selected feature index.

Register: DIO11_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@11)

Address: 44322

property dio11_ef_config_b: int

Function dependent on selected feature index.

Register: DIO11_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@11)

Address: 44422

property dio11_ef_config_c: int

Function dependent on selected feature index.

Register: DIO11_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@11)

Address: 44522

property dio11_ef_config_d: int

Function dependent on selected feature index.

Register: DIO11_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@11)

Address: 44622

property dio11_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO11_EF_ENABLE (DIO#(0:22)_EF_ENABLE@11)

Address: 44022

property dio11_ef_index: int

An index to specify the feature you want.

Register: DIO11_EF_INDEX (DIO#(0:22)_EF_INDEX@11)

Address: 44122

property dio11_ef_options: int

Function dependent on selected feature index.

Register: DIO11_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@11)

Address: 44222

property dio11_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO11_EF_READ_A (DIO#(0:22)_EF_READ_A@11)

Address: 3022

property dio11_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO11_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@11)

Address: 3122

Type:

Reads the same value as DIO#(0

property dio11_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO11_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@11)

Address: 3522

property dio11_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO11_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@11)

Address: 3622

property dio11_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO11_EF_READ_B (DIO#(0:22)_EF_READ_B@11)

Address: 3222

property dio11_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO11_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@11)

Address: 3722

property dio12_ef_config_a: int

Function dependent on selected feature index.

Register: DIO12_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@12)

Address: 44324

property dio12_ef_config_b: int

Function dependent on selected feature index.

Register: DIO12_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@12)

Address: 44424

property dio12_ef_config_c: int

Function dependent on selected feature index.

Register: DIO12_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@12)

Address: 44524

property dio12_ef_config_d: int

Function dependent on selected feature index.

Register: DIO12_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@12)

Address: 44624

property dio12_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO12_EF_ENABLE (DIO#(0:22)_EF_ENABLE@12)

Address: 44024

property dio12_ef_index: int

An index to specify the feature you want.

Register: DIO12_EF_INDEX (DIO#(0:22)_EF_INDEX@12)

Address: 44124

property dio12_ef_options: int

Function dependent on selected feature index.

Register: DIO12_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@12)

Address: 44224

property dio12_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO12_EF_READ_A (DIO#(0:22)_EF_READ_A@12)

Address: 3024

property dio12_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO12_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@12)

Address: 3124

Type:

Reads the same value as DIO#(0

property dio12_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO12_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@12)

Address: 3524

property dio12_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO12_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@12)

Address: 3624

property dio12_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO12_EF_READ_B (DIO#(0:22)_EF_READ_B@12)

Address: 3224

property dio12_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO12_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@12)

Address: 3724

property dio13_ef_config_a: int

Function dependent on selected feature index.

Register: DIO13_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@13)

Address: 44326

property dio13_ef_config_b: int

Function dependent on selected feature index.

Register: DIO13_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@13)

Address: 44426

property dio13_ef_config_c: int

Function dependent on selected feature index.

Register: DIO13_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@13)

Address: 44526

property dio13_ef_config_d: int

Function dependent on selected feature index.

Register: DIO13_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@13)

Address: 44626

property dio13_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO13_EF_ENABLE (DIO#(0:22)_EF_ENABLE@13)

Address: 44026

property dio13_ef_index: int

An index to specify the feature you want.

Register: DIO13_EF_INDEX (DIO#(0:22)_EF_INDEX@13)

Address: 44126

property dio13_ef_options: int

Function dependent on selected feature index.

Register: DIO13_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@13)

Address: 44226

property dio13_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO13_EF_READ_A (DIO#(0:22)_EF_READ_A@13)

Address: 3026

property dio13_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO13_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@13)

Address: 3126

Type:

Reads the same value as DIO#(0

property dio13_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO13_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@13)

Address: 3526

property dio13_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO13_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@13)

Address: 3626

property dio13_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO13_EF_READ_B (DIO#(0:22)_EF_READ_B@13)

Address: 3226

property dio13_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO13_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@13)

Address: 3726

property dio14_ef_config_a: int

Function dependent on selected feature index.

Register: DIO14_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@14)

Address: 44328

property dio14_ef_config_b: int

Function dependent on selected feature index.

Register: DIO14_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@14)

Address: 44428

property dio14_ef_config_c: int

Function dependent on selected feature index.

Register: DIO14_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@14)

Address: 44528

property dio14_ef_config_d: int

Function dependent on selected feature index.

Register: DIO14_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@14)

Address: 44628

property dio14_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO14_EF_ENABLE (DIO#(0:22)_EF_ENABLE@14)

Address: 44028

property dio14_ef_index: int

An index to specify the feature you want.

Register: DIO14_EF_INDEX (DIO#(0:22)_EF_INDEX@14)

Address: 44128

property dio14_ef_options: int

Function dependent on selected feature index.

Register: DIO14_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@14)

Address: 44228

property dio14_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO14_EF_READ_A (DIO#(0:22)_EF_READ_A@14)

Address: 3028

property dio14_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO14_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@14)

Address: 3128

Type:

Reads the same value as DIO#(0

property dio14_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO14_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@14)

Address: 3528

property dio14_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO14_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@14)

Address: 3628

property dio14_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO14_EF_READ_B (DIO#(0:22)_EF_READ_B@14)

Address: 3228

property dio14_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO14_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@14)

Address: 3728

property dio15_ef_config_a: int

Function dependent on selected feature index.

Register: DIO15_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@15)

Address: 44330

property dio15_ef_config_b: int

Function dependent on selected feature index.

Register: DIO15_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@15)

Address: 44430

property dio15_ef_config_c: int

Function dependent on selected feature index.

Register: DIO15_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@15)

Address: 44530

property dio15_ef_config_d: int

Function dependent on selected feature index.

Register: DIO15_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@15)

Address: 44630

property dio15_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO15_EF_ENABLE (DIO#(0:22)_EF_ENABLE@15)

Address: 44030

property dio15_ef_index: int

An index to specify the feature you want.

Register: DIO15_EF_INDEX (DIO#(0:22)_EF_INDEX@15)

Address: 44130

property dio15_ef_options: int

Function dependent on selected feature index.

Register: DIO15_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@15)

Address: 44230

property dio15_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO15_EF_READ_A (DIO#(0:22)_EF_READ_A@15)

Address: 3030

property dio15_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO15_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@15)

Address: 3130

Type:

Reads the same value as DIO#(0

property dio15_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO15_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@15)

Address: 3530

property dio15_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO15_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@15)

Address: 3630

property dio15_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO15_EF_READ_B (DIO#(0:22)_EF_READ_B@15)

Address: 3230

property dio15_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO15_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@15)

Address: 3730

property dio16_ef_config_a: int

Function dependent on selected feature index.

Register: DIO16_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@16)

Address: 44332

property dio16_ef_config_b: int

Function dependent on selected feature index.

Register: DIO16_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@16)

Address: 44432

property dio16_ef_config_c: int

Function dependent on selected feature index.

Register: DIO16_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@16)

Address: 44532

property dio16_ef_config_d: int

Function dependent on selected feature index.

Register: DIO16_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@16)

Address: 44632

property dio16_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO16_EF_ENABLE (DIO#(0:22)_EF_ENABLE@16)

Address: 44032

property dio16_ef_index: int

An index to specify the feature you want.

Register: DIO16_EF_INDEX (DIO#(0:22)_EF_INDEX@16)

Address: 44132

property dio16_ef_options: int

Function dependent on selected feature index.

Register: DIO16_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@16)

Address: 44232

property dio16_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO16_EF_READ_A (DIO#(0:22)_EF_READ_A@16)

Address: 3032

property dio16_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO16_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@16)

Address: 3132

Type:

Reads the same value as DIO#(0

property dio16_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO16_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@16)

Address: 3532

property dio16_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO16_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@16)

Address: 3632

property dio16_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO16_EF_READ_B (DIO#(0:22)_EF_READ_B@16)

Address: 3232

property dio16_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO16_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@16)

Address: 3732

property dio17_ef_config_a: int

Function dependent on selected feature index.

Register: DIO17_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@17)

Address: 44334

property dio17_ef_config_b: int

Function dependent on selected feature index.

Register: DIO17_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@17)

Address: 44434

property dio17_ef_config_c: int

Function dependent on selected feature index.

Register: DIO17_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@17)

Address: 44534

property dio17_ef_config_d: int

Function dependent on selected feature index.

Register: DIO17_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@17)

Address: 44634

property dio17_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO17_EF_ENABLE (DIO#(0:22)_EF_ENABLE@17)

Address: 44034

property dio17_ef_index: int

An index to specify the feature you want.

Register: DIO17_EF_INDEX (DIO#(0:22)_EF_INDEX@17)

Address: 44134

property dio17_ef_options: int

Function dependent on selected feature index.

Register: DIO17_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@17)

Address: 44234

property dio17_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO17_EF_READ_A (DIO#(0:22)_EF_READ_A@17)

Address: 3034

property dio17_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO17_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@17)

Address: 3134

Type:

Reads the same value as DIO#(0

property dio17_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO17_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@17)

Address: 3534

property dio17_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO17_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@17)

Address: 3634

property dio17_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO17_EF_READ_B (DIO#(0:22)_EF_READ_B@17)

Address: 3234

property dio17_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO17_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@17)

Address: 3734

property dio18_ef_config_a: int

Function dependent on selected feature index.

Register: DIO18_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@18)

Address: 44336

property dio18_ef_config_b: int

Function dependent on selected feature index.

Register: DIO18_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@18)

Address: 44436

property dio18_ef_config_c: int

Function dependent on selected feature index.

Register: DIO18_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@18)

Address: 44536

property dio18_ef_config_d: int

Function dependent on selected feature index.

Register: DIO18_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@18)

Address: 44636

property dio18_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO18_EF_ENABLE (DIO#(0:22)_EF_ENABLE@18)

Address: 44036

property dio18_ef_index: int

An index to specify the feature you want.

Register: DIO18_EF_INDEX (DIO#(0:22)_EF_INDEX@18)

Address: 44136

property dio18_ef_options: int

Function dependent on selected feature index.

Register: DIO18_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@18)

Address: 44236

property dio18_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO18_EF_READ_A (DIO#(0:22)_EF_READ_A@18)

Address: 3036

property dio18_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO18_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@18)

Address: 3136

Type:

Reads the same value as DIO#(0

property dio18_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO18_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@18)

Address: 3536

property dio18_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO18_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@18)

Address: 3636

property dio18_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO18_EF_READ_B (DIO#(0:22)_EF_READ_B@18)

Address: 3236

property dio18_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO18_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@18)

Address: 3736

property dio19_ef_config_a: int

Function dependent on selected feature index.

Register: DIO19_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@19)

Address: 44338

property dio19_ef_config_b: int

Function dependent on selected feature index.

Register: DIO19_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@19)

Address: 44438

property dio19_ef_config_c: int

Function dependent on selected feature index.

Register: DIO19_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@19)

Address: 44538

property dio19_ef_config_d: int

Function dependent on selected feature index.

Register: DIO19_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@19)

Address: 44638

property dio19_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO19_EF_ENABLE (DIO#(0:22)_EF_ENABLE@19)

Address: 44038

property dio19_ef_index: int

An index to specify the feature you want.

Register: DIO19_EF_INDEX (DIO#(0:22)_EF_INDEX@19)

Address: 44138

property dio19_ef_options: int

Function dependent on selected feature index.

Register: DIO19_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@19)

Address: 44238

property dio19_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO19_EF_READ_A (DIO#(0:22)_EF_READ_A@19)

Address: 3038

property dio19_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO19_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@19)

Address: 3138

Type:

Reads the same value as DIO#(0

property dio19_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO19_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@19)

Address: 3538

property dio19_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO19_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@19)

Address: 3638

property dio19_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO19_EF_READ_B (DIO#(0:22)_EF_READ_B@19)

Address: 3238

property dio19_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO19_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@19)

Address: 3738

property dio1_ef_config_a: int

Function dependent on selected feature index.

Register: DIO1_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@1)

Address: 44302

property dio1_ef_config_b: int

Function dependent on selected feature index.

Register: DIO1_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@1)

Address: 44402

property dio1_ef_config_c: int

Function dependent on selected feature index.

Register: DIO1_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@1)

Address: 44502

property dio1_ef_config_d: int

Function dependent on selected feature index.

Register: DIO1_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@1)

Address: 44602

property dio1_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO1_EF_ENABLE (DIO#(0:22)_EF_ENABLE@1)

Address: 44002

property dio1_ef_index: int

An index to specify the feature you want.

Register: DIO1_EF_INDEX (DIO#(0:22)_EF_INDEX@1)

Address: 44102

property dio1_ef_options: int

Function dependent on selected feature index.

Register: DIO1_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@1)

Address: 44202

property dio1_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO1_EF_READ_A (DIO#(0:22)_EF_READ_A@1)

Address: 3002

property dio1_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO1_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@1)

Address: 3102

Type:

Reads the same value as DIO#(0

property dio1_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO1_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@1)

Address: 3502

property dio1_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO1_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@1)

Address: 3602

property dio1_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO1_EF_READ_B (DIO#(0:22)_EF_READ_B@1)

Address: 3202

property dio1_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO1_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@1)

Address: 3702

property dio20_ef_config_a: int

Function dependent on selected feature index.

Register: DIO20_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@20)

Address: 44340

property dio20_ef_config_b: int

Function dependent on selected feature index.

Register: DIO20_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@20)

Address: 44440

property dio20_ef_config_c: int

Function dependent on selected feature index.

Register: DIO20_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@20)

Address: 44540

property dio20_ef_config_d: int

Function dependent on selected feature index.

Register: DIO20_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@20)

Address: 44640

property dio20_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO20_EF_ENABLE (DIO#(0:22)_EF_ENABLE@20)

Address: 44040

property dio20_ef_index: int

An index to specify the feature you want.

Register: DIO20_EF_INDEX (DIO#(0:22)_EF_INDEX@20)

Address: 44140

property dio20_ef_options: int

Function dependent on selected feature index.

Register: DIO20_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@20)

Address: 44240

property dio20_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO20_EF_READ_A (DIO#(0:22)_EF_READ_A@20)

Address: 3040

property dio20_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO20_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@20)

Address: 3140

Type:

Reads the same value as DIO#(0

property dio20_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO20_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@20)

Address: 3540

property dio20_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO20_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@20)

Address: 3640

property dio20_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO20_EF_READ_B (DIO#(0:22)_EF_READ_B@20)

Address: 3240

property dio20_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO20_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@20)

Address: 3740

property dio21_ef_config_a: int

Function dependent on selected feature index.

Register: DIO21_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@21)

Address: 44342

property dio21_ef_config_b: int

Function dependent on selected feature index.

Register: DIO21_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@21)

Address: 44442

property dio21_ef_config_c: int

Function dependent on selected feature index.

Register: DIO21_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@21)

Address: 44542

property dio21_ef_config_d: int

Function dependent on selected feature index.

Register: DIO21_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@21)

Address: 44642

property dio21_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO21_EF_ENABLE (DIO#(0:22)_EF_ENABLE@21)

Address: 44042

property dio21_ef_index: int

An index to specify the feature you want.

Register: DIO21_EF_INDEX (DIO#(0:22)_EF_INDEX@21)

Address: 44142

property dio21_ef_options: int

Function dependent on selected feature index.

Register: DIO21_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@21)

Address: 44242

property dio21_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO21_EF_READ_A (DIO#(0:22)_EF_READ_A@21)

Address: 3042

property dio21_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO21_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@21)

Address: 3142

Type:

Reads the same value as DIO#(0

property dio21_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO21_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@21)

Address: 3542

property dio21_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO21_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@21)

Address: 3642

property dio21_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO21_EF_READ_B (DIO#(0:22)_EF_READ_B@21)

Address: 3242

property dio21_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO21_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@21)

Address: 3742

property dio22_ef_config_a: int

Function dependent on selected feature index.

Register: DIO22_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@22)

Address: 44344

property dio22_ef_config_b: int

Function dependent on selected feature index.

Register: DIO22_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@22)

Address: 44444

property dio22_ef_config_c: int

Function dependent on selected feature index.

Register: DIO22_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@22)

Address: 44544

property dio22_ef_config_d: int

Function dependent on selected feature index.

Register: DIO22_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@22)

Address: 44644

property dio22_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO22_EF_ENABLE (DIO#(0:22)_EF_ENABLE@22)

Address: 44044

property dio22_ef_index: int

An index to specify the feature you want.

Register: DIO22_EF_INDEX (DIO#(0:22)_EF_INDEX@22)

Address: 44144

property dio22_ef_options: int

Function dependent on selected feature index.

Register: DIO22_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@22)

Address: 44244

property dio22_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO22_EF_READ_A (DIO#(0:22)_EF_READ_A@22)

Address: 3044

property dio22_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO22_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@22)

Address: 3144

Type:

Reads the same value as DIO#(0

property dio22_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO22_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@22)

Address: 3544

property dio22_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO22_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@22)

Address: 3644

property dio22_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO22_EF_READ_B (DIO#(0:22)_EF_READ_B@22)

Address: 3244

property dio22_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO22_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@22)

Address: 3744

property dio2_ef_config_a: int

Function dependent on selected feature index.

Register: DIO2_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@2)

Address: 44304

property dio2_ef_config_b: int

Function dependent on selected feature index.

Register: DIO2_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@2)

Address: 44404

property dio2_ef_config_c: int

Function dependent on selected feature index.

Register: DIO2_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@2)

Address: 44504

property dio2_ef_config_d: int

Function dependent on selected feature index.

Register: DIO2_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@2)

Address: 44604

property dio2_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO2_EF_ENABLE (DIO#(0:22)_EF_ENABLE@2)

Address: 44004

property dio2_ef_index: int

An index to specify the feature you want.

Register: DIO2_EF_INDEX (DIO#(0:22)_EF_INDEX@2)

Address: 44104

property dio2_ef_options: int

Function dependent on selected feature index.

Register: DIO2_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@2)

Address: 44204

property dio2_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO2_EF_READ_A (DIO#(0:22)_EF_READ_A@2)

Address: 3004

property dio2_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO2_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@2)

Address: 3104

Type:

Reads the same value as DIO#(0

property dio2_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO2_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@2)

Address: 3504

property dio2_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO2_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@2)

Address: 3604

property dio2_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO2_EF_READ_B (DIO#(0:22)_EF_READ_B@2)

Address: 3204

property dio2_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO2_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@2)

Address: 3704

property dio3_ef_config_a: int

Function dependent on selected feature index.

Register: DIO3_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@3)

Address: 44306

property dio3_ef_config_b: int

Function dependent on selected feature index.

Register: DIO3_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@3)

Address: 44406

property dio3_ef_config_c: int

Function dependent on selected feature index.

Register: DIO3_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@3)

Address: 44506

property dio3_ef_config_d: int

Function dependent on selected feature index.

Register: DIO3_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@3)

Address: 44606

property dio3_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO3_EF_ENABLE (DIO#(0:22)_EF_ENABLE@3)

Address: 44006

property dio3_ef_index: int

An index to specify the feature you want.

Register: DIO3_EF_INDEX (DIO#(0:22)_EF_INDEX@3)

Address: 44106

property dio3_ef_options: int

Function dependent on selected feature index.

Register: DIO3_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@3)

Address: 44206

property dio3_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO3_EF_READ_A (DIO#(0:22)_EF_READ_A@3)

Address: 3006

property dio3_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO3_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@3)

Address: 3106

Type:

Reads the same value as DIO#(0

property dio3_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO3_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@3)

Address: 3506

property dio3_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO3_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@3)

Address: 3606

property dio3_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO3_EF_READ_B (DIO#(0:22)_EF_READ_B@3)

Address: 3206

property dio3_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO3_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@3)

Address: 3706

property dio4_ef_config_a: int

Function dependent on selected feature index.

Register: DIO4_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@4)

Address: 44308

property dio4_ef_config_b: int

Function dependent on selected feature index.

Register: DIO4_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@4)

Address: 44408

property dio4_ef_config_c: int

Function dependent on selected feature index.

Register: DIO4_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@4)

Address: 44508

property dio4_ef_config_d: int

Function dependent on selected feature index.

Register: DIO4_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@4)

Address: 44608

property dio4_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO4_EF_ENABLE (DIO#(0:22)_EF_ENABLE@4)

Address: 44008

property dio4_ef_index: int

An index to specify the feature you want.

Register: DIO4_EF_INDEX (DIO#(0:22)_EF_INDEX@4)

Address: 44108

property dio4_ef_options: int

Function dependent on selected feature index.

Register: DIO4_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@4)

Address: 44208

property dio4_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO4_EF_READ_A (DIO#(0:22)_EF_READ_A@4)

Address: 3008

property dio4_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO4_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@4)

Address: 3108

Type:

Reads the same value as DIO#(0

property dio4_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO4_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@4)

Address: 3508

property dio4_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO4_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@4)

Address: 3608

property dio4_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO4_EF_READ_B (DIO#(0:22)_EF_READ_B@4)

Address: 3208

property dio4_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO4_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@4)

Address: 3708

property dio5_ef_config_a: int

Function dependent on selected feature index.

Register: DIO5_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@5)

Address: 44310

property dio5_ef_config_b: int

Function dependent on selected feature index.

Register: DIO5_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@5)

Address: 44410

property dio5_ef_config_c: int

Function dependent on selected feature index.

Register: DIO5_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@5)

Address: 44510

property dio5_ef_config_d: int

Function dependent on selected feature index.

Register: DIO5_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@5)

Address: 44610

property dio5_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO5_EF_ENABLE (DIO#(0:22)_EF_ENABLE@5)

Address: 44010

property dio5_ef_index: int

An index to specify the feature you want.

Register: DIO5_EF_INDEX (DIO#(0:22)_EF_INDEX@5)

Address: 44110

property dio5_ef_options: int

Function dependent on selected feature index.

Register: DIO5_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@5)

Address: 44210

property dio5_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO5_EF_READ_A (DIO#(0:22)_EF_READ_A@5)

Address: 3010

property dio5_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO5_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@5)

Address: 3110

Type:

Reads the same value as DIO#(0

property dio5_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO5_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@5)

Address: 3510

property dio5_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO5_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@5)

Address: 3610

property dio5_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO5_EF_READ_B (DIO#(0:22)_EF_READ_B@5)

Address: 3210

property dio5_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO5_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@5)

Address: 3710

property dio6_ef_config_a: int

Function dependent on selected feature index.

Register: DIO6_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@6)

Address: 44312

property dio6_ef_config_b: int

Function dependent on selected feature index.

Register: DIO6_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@6)

Address: 44412

property dio6_ef_config_c: int

Function dependent on selected feature index.

Register: DIO6_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@6)

Address: 44512

property dio6_ef_config_d: int

Function dependent on selected feature index.

Register: DIO6_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@6)

Address: 44612

property dio6_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO6_EF_ENABLE (DIO#(0:22)_EF_ENABLE@6)

Address: 44012

property dio6_ef_index: int

An index to specify the feature you want.

Register: DIO6_EF_INDEX (DIO#(0:22)_EF_INDEX@6)

Address: 44112

property dio6_ef_options: int

Function dependent on selected feature index.

Register: DIO6_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@6)

Address: 44212

property dio6_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO6_EF_READ_A (DIO#(0:22)_EF_READ_A@6)

Address: 3012

property dio6_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO6_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@6)

Address: 3112

Type:

Reads the same value as DIO#(0

property dio6_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO6_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@6)

Address: 3512

property dio6_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO6_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@6)

Address: 3612

property dio6_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO6_EF_READ_B (DIO#(0:22)_EF_READ_B@6)

Address: 3212

property dio6_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO6_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@6)

Address: 3712

property dio7_ef_config_a: int

Function dependent on selected feature index.

Register: DIO7_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@7)

Address: 44314

property dio7_ef_config_b: int

Function dependent on selected feature index.

Register: DIO7_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@7)

Address: 44414

property dio7_ef_config_c: int

Function dependent on selected feature index.

Register: DIO7_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@7)

Address: 44514

property dio7_ef_config_d: int

Function dependent on selected feature index.

Register: DIO7_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@7)

Address: 44614

property dio7_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO7_EF_ENABLE (DIO#(0:22)_EF_ENABLE@7)

Address: 44014

property dio7_ef_index: int

An index to specify the feature you want.

Register: DIO7_EF_INDEX (DIO#(0:22)_EF_INDEX@7)

Address: 44114

property dio7_ef_options: int

Function dependent on selected feature index.

Register: DIO7_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@7)

Address: 44214

property dio7_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO7_EF_READ_A (DIO#(0:22)_EF_READ_A@7)

Address: 3014

property dio7_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO7_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@7)

Address: 3114

Type:

Reads the same value as DIO#(0

property dio7_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO7_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@7)

Address: 3514

property dio7_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO7_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@7)

Address: 3614

property dio7_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO7_EF_READ_B (DIO#(0:22)_EF_READ_B@7)

Address: 3214

property dio7_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO7_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@7)

Address: 3714

property dio8_ef_config_a: int

Function dependent on selected feature index.

Register: DIO8_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@8)

Address: 44316

property dio8_ef_config_b: int

Function dependent on selected feature index.

Register: DIO8_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@8)

Address: 44416

property dio8_ef_config_c: int

Function dependent on selected feature index.

Register: DIO8_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@8)

Address: 44516

property dio8_ef_config_d: int

Function dependent on selected feature index.

Register: DIO8_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@8)

Address: 44616

property dio8_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO8_EF_ENABLE (DIO#(0:22)_EF_ENABLE@8)

Address: 44016

property dio8_ef_index: int

An index to specify the feature you want.

Register: DIO8_EF_INDEX (DIO#(0:22)_EF_INDEX@8)

Address: 44116

property dio8_ef_options: int

Function dependent on selected feature index.

Register: DIO8_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@8)

Address: 44216

property dio8_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO8_EF_READ_A (DIO#(0:22)_EF_READ_A@8)

Address: 3016

property dio8_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO8_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@8)

Address: 3116

Type:

Reads the same value as DIO#(0

property dio8_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO8_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@8)

Address: 3516

property dio8_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO8_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@8)

Address: 3616

property dio8_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO8_EF_READ_B (DIO#(0:22)_EF_READ_B@8)

Address: 3216

property dio8_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO8_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@8)

Address: 3716

property dio9_ef_config_a: int

Function dependent on selected feature index.

Register: DIO9_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@9)

Address: 44318

property dio9_ef_config_b: int

Function dependent on selected feature index.

Register: DIO9_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@9)

Address: 44418

property dio9_ef_config_c: int

Function dependent on selected feature index.

Register: DIO9_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@9)

Address: 44518

property dio9_ef_config_d: int

Function dependent on selected feature index.

Register: DIO9_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@9)

Address: 44618

property dio9_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO9_EF_ENABLE (DIO#(0:22)_EF_ENABLE@9)

Address: 44018

property dio9_ef_index: int

An index to specify the feature you want.

Register: DIO9_EF_INDEX (DIO#(0:22)_EF_INDEX@9)

Address: 44118

property dio9_ef_options: int

Function dependent on selected feature index.

Register: DIO9_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@9)

Address: 44218

property dio9_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO9_EF_READ_A (DIO#(0:22)_EF_READ_A@9)

Address: 3018

property dio9_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO9_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@9)

Address: 3118

Type:

Reads the same value as DIO#(0

property dio9_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO9_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@9)

Address: 3518

property dio9_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO9_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@9)

Address: 3618

property dio9_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO9_EF_READ_B (DIO#(0:22)_EF_READ_B@9)

Address: 3218

property dio9_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO9_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@9)

Address: 3718

property dio_analog_enable: int

Read or write the analog configuration of all digital I/O in a single binary-encoded value. 1=Analog mode and 0=Digital mode. When switching from analog to digital, the lines will be set to input. Writes are filtered by the value in DIO_INHIBIT.

Register: DIO_ANALOG_ENABLE

Address: 2880

property dio_direction: int

Read or write the direction of all digital I/O in a single binary-encoded value. 0=Input and 1=Output. Writes are filtered by the value in DIO_INHIBIT.

Register: DIO_DIRECTION

Address: 2850

property dio_ef_clock0_count: int

Current tick count of this clock. Will read between 0 and ROLL_VALUE-1.

Register: DIO_EF_CLOCK0_COUNT

Address: 44908

property dio_ef_clock0_divisor: int

Divides the core clock. Valid options: 1,2,4,8,16,32,64,256.

Register: DIO_EF_CLOCK0_DIVISOR

Address: 44901

property dio_ef_clock0_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration.

Register: DIO_EF_CLOCK0_ENABLE

Address: 44900

property dio_ef_clock0_options: int

Bitmask: bit0: 1 = use external clock. All other bits reserved.

Register: DIO_EF_CLOCK0_OPTIONS

Address: 44902

property dio_ef_clock0_roll_value: int

The clock will count to this value and then start over at zero. The clock pulses counted are those after the divisor. 0 results in the max roll value possible. This is a 32-bit value (0-4294967295) if using a 32-bit clock, and a 16-bit value (0-65535) if using a 16-bit clock.

Register: DIO_EF_CLOCK0_ROLL_VALUE

Address: 44904

property dio_ef_clock1_count: int

Current tick count of this clock. Will read between 0 and ROLL_VALUE-1.

Register: DIO_EF_CLOCK1_COUNT

Address: 44918

property dio_ef_clock1_divisor: int

Divides the core clock. Valid options: 1,2,4,8,16,32,64,256.

Register: DIO_EF_CLOCK1_DIVISOR

Address: 44911

property dio_ef_clock1_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration.

Register: DIO_EF_CLOCK1_ENABLE

Address: 44910

property dio_ef_clock1_options: int

Bitmask: bit0: 1 = use external clock. All other bits reserved.

Register: DIO_EF_CLOCK1_OPTIONS

Address: 44912

property dio_ef_clock1_roll_value: int

The clock will count to this value and then start over at zero. The clock pulses counted are those after the divisor. 0 results in the max roll value possible. This is a 32-bit value (0-4294967295) if using a 32-bit clock, and a 16-bit value (0-65535) if using a 16-bit clock.

Register: DIO_EF_CLOCK1_ROLL_VALUE

Address: 44914

property dio_ef_clock2_count: int

Current tick count of this clock. Will read between 0 and ROLL_VALUE-1.

Register: DIO_EF_CLOCK2_COUNT

Address: 44928

property dio_ef_clock2_divisor: int

Divides the core clock. Valid options: 1,2,4,8,16,32,64,256.

Register: DIO_EF_CLOCK2_DIVISOR

Address: 44921

property dio_ef_clock2_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration.

Register: DIO_EF_CLOCK2_ENABLE

Address: 44920

property dio_ef_clock2_options: int

Bitmask: bit0: 1 = use external clock. All other bits reserved.

Register: DIO_EF_CLOCK2_OPTIONS

Address: 44922

property dio_ef_clock2_roll_value: int

The clock will count to this value and then start over at zero. The clock pulses counted are those after the divisor. 0 results in the max roll value possible. This is a 32-bit value (0-4294967295) if using a 32-bit clock, and a 16-bit value (0-65535) if using a 16-bit clock.

Register: DIO_EF_CLOCK2_ROLL_VALUE

Address: 44924

property dio_inhibit: int

A single binary-encoded value where each bit determines whether _STATE, _DIRECTION or _ANALOG_ENABLE writes affect that bit of digital I/O. 0=Default=Affected, 1=Ignored.

Register: DIO_INHIBIT

Address: 2900

property dio_pullup_disable: int

This register will prevent pullups from being enabled on lines set to digital input. This is a binary coded value where bit 0 represent FIO0 and bit 11 represents EIO3. 1 = pullup disabled, 0 = pullup enabled. This register is not affected by the inhibit register.

Register: DIO_PULLUP_DISABLE

Address: 2890

property dio_state: int

Read or write the state of all digital I/O in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. A read of an output returns the current logic level on the terminal, not necessarily the output state written. Writes are filtered by the value in DIO_INHIBIT.

Register: DIO_STATE

Address: 2800

property eio0: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO0 (EIO#(0:7)@0)

Address: 2008

property eio1: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO1 (EIO#(0:7)@1)

Address: 2009

property eio2: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO2 (EIO#(0:7)@2)

Address: 2010

property eio3: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO3 (EIO#(0:7)@3)

Address: 2011

property eio4: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO4 (EIO#(0:7)@4)

Address: 2012

property eio5: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO5 (EIO#(0:7)@5)

Address: 2013

property eio6: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO6 (EIO#(0:7)@6)

Address: 2014

property eio7: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO7 (EIO#(0:7)@7)

Address: 2015

property eio_cio_state: int

Read or write the state of the 12 bits of EIO-CIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. As of firmware 1.0172, MIO states are included in the upper nibble of the CIO byte.

Register: EIO_CIO_STATE

Address: 2581

property eio_direction: int

Read or write the direction of the 8 bits of EIO in a single binary-encoded value. 0=Input and 1=Output. The upper 8-bits of this value are inhibits.

Register: EIO_DIRECTION

Address: 2601

property eio_state: int

Read or write the state of the 8 bits of EIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. The upper 8-bits of this value are inhibits.

Register: EIO_STATE

Address: 2501

property ethernet_altdns: str

Read the current Alt DNS of wired Ethernet.

Register: ETHERNET_ALTDNS

Address: 49108

property ethernet_altdns_default: str

The Alt DNS of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_ALTDNS_DEFAULT

Address: 49158

property ethernet_apply_settings: int

Writing 1 to this register power-cycles Ethernet. It tells the device to waits 1s before turning off Ethernet and then 500ms before turning it back on.

Register: ETHERNET_APPLY_SETTINGS

Address: 49190

property ethernet_dhcp_enable: int

Read the current Enabled/Disabled state of Ethernet DHCP.

Register: ETHERNET_DHCP_ENABLE

Address: 49110

property ethernet_dhcp_enable_default: int

The Enabled/Disabled state of Ethernet DHCP after a power-cycle to the device.

Register: ETHERNET_DHCP_ENABLE_DEFAULT

Address: 49160

property ethernet_dns: str

Read the current DNS of wired Ethernet.

Register: ETHERNET_DNS

Address: 49106

property ethernet_dns_default: str

The DNS of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_DNS_DEFAULT

Address: 49156

property ethernet_gateway: str

Read the current gateway of wired Ethernet.

Register: ETHERNET_GATEWAY

Address: 49104

property ethernet_gateway_default: str

The gateway of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_GATEWAY_DEFAULT

Address: 49154

property ethernet_ip: str

Read the current IP address of wired Ethernet.

Register: ETHERNET_IP

Address: 49100

property ethernet_ip_default: str

The IP address of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_IP_DEFAULT

Address: 49150

property ethernet_mac: str

The MAC address of the wired Ethernet module.

Register: ETHERNET_MAC

Address: 60020

property ethernet_subnet: str

Read the current subnet of wired Ethernet.

Register: ETHERNET_SUBNET

Address: 49102

property ethernet_subnet_default: str

The subnet of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_SUBNET_DEFAULT

Address: 49152

property fio0: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO0 (FIO#(0:7)@0)

Address: 2000

property fio1: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO1 (FIO#(0:7)@1)

Address: 2001

property fio2: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO2 (FIO#(0:7)@2)

Address: 2002

property fio3: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO3 (FIO#(0:7)@3)

Address: 2003

property fio4: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO4 (FIO#(0:7)@4)

Address: 2004

property fio5: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO5 (FIO#(0:7)@5)

Address: 2005

property fio6: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO6 (FIO#(0:7)@6)

Address: 2006

property fio7: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO7 (FIO#(0:7)@7)

Address: 2007

property fio_direction: int

Read or write the direction of the 8 bits of FIO in a single binary-encoded value. 0=Input and 1=Output. The upper 8-bits of this value are inhibits.

Register: FIO_DIRECTION

Address: 2600

property fio_eio_state: int

Read or write the state of the 16 bits of FIO-EIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written.

Register: FIO_EIO_STATE

Address: 2580

property fio_state: int

Read or write the state of the 8 bits of FIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. The upper 8-bits of this value are inhibits.

Register: FIO_STATE

Address: 2500

property firmware_version: float

The current firmware version installed on the main processor.

Register: FIRMWARE_VERSION

Address: 60004

property hardware_installed: int

Bitmask indicating installed hardware options. bit0: High Resolution ADC, bit1: WiFi, bit2: RTC, bit3: microSD.

Register: HARDWARE_INSTALLED

Address: 60010

property hardware_version: float

The hardware version of the device.

Register: HARDWARE_VERSION

Address: 60002

property i2c_acks: int

A binary encoded value (array of bits) used to observe ACKs from the slave device.

Register: I2C_ACKS

Address: 5114

property i2c_data_rx: int

Data that has been read from the I2C bus.

This register is a buffer. Underrun behavior - fill with zeros.

Register: I2C_DATA_RX

Address: 5160

property i2c_data_tx: int

Data that will be written to the I2C bus. This register is a buffer.

Register: I2C_DATA_TX

Address: 5120

property i2c_go: int

Writing to this register will instruct the LabJack to perform an I2C transaction.

Register: I2C_GO

Address: 5110

property i2c_num_bytes_rx: int

The number of data bytes to read. Zero is valid and will result in a write-only I2C operation.

Register: I2C_NUM_BYTES_RX

Address: 5109

property i2c_num_bytes_tx: int

The number of data bytes to transmit. Zero is valid and will result in a read-only I2C operation.

Register: I2C_NUM_BYTES_TX

Address: 5108

property i2c_options: int

Advanced. Controls details of the I2C protocol to improve device compatibility. bit 0: 1 = Reset the I2C bus before attempting communication. bit 1: 0 = Restarts will use a stop and a start, 1 = Restarts will not use a stop. bit 2: 1 = disable clock stretching.

Register: I2C_OPTIONS

Address: 5103

property i2c_scl_dionum: int

The number of the DIO line to be used as the I2C clock line. Ex: Writing 1 will force FIO1 to become the I2C-SCL line.

Register: I2C_SCL_DIONUM

Address: 5101

property i2c_sda_dionum: int

The number of the DIO line to be used as the I2C data line. Ex: Writing 0 will force FIO0 to become the I2C-SDA line.

Register: I2C_SDA_DIONUM

Address: 5100

property i2c_slave_address: int

The 7-bit address of the slave device. Value is shifted left by firmware to allow room for the I2C R/W bit.

Register: I2C_SLAVE_ADDRESS

Address: 5104

property i2c_speed_throttle: int

This value controls the I2C clock frequency. Pass 0-65535. Default=0 corresponds to 65536 internally which results in ~450 kHz. 1 results in ~40 Hz, 65516 is ~100 kHz.

Register: I2C_SPEED_THROTTLE

Address: 5102

property internal_flash_calculate_crc: int

Calculates the checksum of a 4096 byte flash page.

Register: INTERNAL_FLASH_CALCULATE_CRC

Address: 61842

property internal_flash_erase: int

Erases a 4k section of internal flash starting at the specified address. This register is a buffer.

Register: INTERNAL_FLASH_ERASE

Address: 61820

property internal_flash_key: int

Sets the region of internal flash to which access is allowed.

Register: INTERNAL_FLASH_KEY

Address: 61800

property internal_flash_read: int

Data read from internal flash. Read size must be an even number of registers.

Register: INTERNAL_FLASH_READ

Address: 61812

property internal_flash_read_pointer: int

The address in internal flash that reads will start from.

Register: INTERNAL_FLASH_READ_POINTER

Address: 61810

property internal_flash_write: int

Data written here will be written to internal flash. Write size must be an even number of registers. This register is a buffer.

Register: INTERNAL_FLASH_WRITE

Address: 61832

property internal_flash_write_pointer: int

Address in internal flash where writes will begin.

Register: INTERNAL_FLASH_WRITE_POINTER

Address: 61830

property io_config_check_for_default: int

Returns 1 if the current configuration matches the default configuration.

Register: IO_CONFIG_CHECK_FOR_DEFAULT

Address: 49018

property io_config_check_for_factory: int

Returns 1 if default settings are the same as factory settings.

Register: IO_CONFIG_CHECK_FOR_FACTORY

Address: 49000

property io_config_current_crc32: int

Collects the current IO configuration and calculates of a CRC32.

Register: IO_CONFIG_CURRENT_CRC32

Address: 49020

property io_config_current_pread: int

The address in the current configuration data which reads will start from.

Register: IO_CONFIG_CURRENT_pREAD

Address: 49014

property io_config_current_read: int

Data read from the current configuration.

Register: IO_CONFIG_CURRENT_READ

Address: 49016

property io_config_default_pread: int

The address in the configuration data which reads will start from.

Register: IO_CONFIG_DEFAULT_pREAD

Address: 49010

property io_config_default_read: int

Data read from the startup configuration.

Register: IO_CONFIG_DEFAULT_READ

Address: 49012

property io_config_factory_pread: int

The address in the factory configuration data which reads will start from.

Register: IO_CONFIG_FACTORY_pREAD

Address: 49006

property io_config_factory_read: int

Data read from factory configuration.

Register: IO_CONFIG_FACTORY_READ

Address: 49008

property io_config_set_current_to_default: int

Write a 1 to set current values to default configuration. The default values are retrieved from flash and written to the current configuration registers, thus this behaves similar to reboot/power-up. Systems affected: AIN, DIO, DAC, AIN_EF, DIO_EF.

Register: IO_CONFIG_SET_CURRENT_TO_DEFAULT

Address: 61991

property io_config_set_current_to_factory: int

Write a 1 to set current values to factory configuration. The factory values are retrieved from flash and written to the current configuration registers. Systems affected: AIN, DIO, DAC, AIN_EF, DIO_EF.

Register: IO_CONFIG_SET_CURRENT_TO_FACTORY

Address: 61990

property io_config_set_default_to_current: int

Write a 1 to cause new default (reboot/power-up) values to be saved to flash. Current values are retrieved and saved as the new defaults. Systems affected: AIN, DIO, DAC, AIN_EF, DIO_EF.

Register: IO_CONFIG_SET_DEFAULT_TO_CURRENT

Address: 49002

property io_config_set_default_to_factory: int

Write a 1 to cause new default (reboot/power-up) values to be saved to flash. Factory values are retrieved and saved as the new defaults. Systems affected: AIN, DIO, DAC, AIN_EF, DIO_EF.

Register: IO_CONFIG_SET_DEFAULT_TO_FACTORY

Address: 49004

property last_err_detail: int

Returns the last LabJack error code seen on the device.

Register: LAST_ERR_DETAIL

Address: 55000

property last_err_frame: int

Returns the frame number that caused the last error.

Register: LAST_ERR_FRAME

Address: 55002

property last_err_transaction_id: int

Returns the transaction ID of the Modbus TCP packet that caused the last error.

Register: LAST_ERR_TRANSACTION_ID

Address: 55003

property last_mb_err: int

Returns the last Modbus TCP error code seen on the device.

Register: LAST_MB_ERR

Address: 55001

property led_comm: int

Sets the state of the COMM LED when the LEDs are set to manual, see the POWER_LED register.

Register: LED_COMM

Address: 2990

property led_status: int

Sets the state of the STATUS LED when the LEDs are set to manual, see the POWER_LED register.

Register: LED_STATUS

Address: 2991

property lua_debug_data: int

Read debug data from here. This register is a buffer.

Register: LUA_DEBUG_DATA

Address: 6024

property lua_debug_enable: int

Write 1 to this register to enable debugging.

Register: LUA_DEBUG_ENABLE

Address: 6020

property lua_debug_enable_default: int

This is the value that will be loaded into LUA_DEBUG_ENABLE when the LabJack boots up.

Register: LUA_DEBUG_ENABLE_DEFAULT

Address: 6120

property lua_debug_num_bytes: int

The number of data bytes in the debug buffer waiting to be read.

Register: LUA_DEBUG_NUM_BYTES

Address: 6022

property lua_debug_num_bytes_default: int

This is the number of bytes that will be used for the lua debug buffer.

Register: LUA_DEBUG_NUM_BYTES_DEFAULT

Address: 6122

property lua_load_saved: int

Writing any value reads the script from Flash and loads it into RAM. The script can now be compiled and run.

Register: LUA_LOAD_SAVED

Address: 6034

property lua_no_warn_truncation: int

Writing a 1 to this register will prevent truncation warnings from being displayed. This register will be cleared every time Lua is started.

Register: LUA_NO_WARN_TRUNCATION

Address: 6050

property lua_run: int

Writing 1 compiles and runs the Lua script that is loaded in RAM. Writing zero stops the script and begins cleaning up memory. Users may poll the register after writing a value of 0 to verify that the VM is unloaded, and garbage collection is complete. 0 = VM fully unloaded. 1 = Running/in-progress.

Register: LUA_RUN

Address: 6000

property lua_run_default: int

If set to 1 the script saved in flash will be loaded and run when the LabJack boots up.

Register: LUA_RUN_DEFAULT

Address: 6100

property lua_save_to_flash: int

Write 1 to save the loaded source code to flash.

Register: LUA_SAVE_TO_FLASH

Address: 6032

property lua_saved_read: int

Read script saved to flash from here.

Register: LUA_SAVED_READ

Address: 6038

property lua_saved_read_pointer: int

Address within the saved Lua script in Flash to begin reading from.

Register: LUA_SAVED_READ_POINTER

Address: 6036

property lua_source_size: int

Allocates RAM for the source code.

Register: LUA_SOURCE_SIZE

Address: 6012

property lua_source_write: int

Write the source code here. Source will be saved to the RAM allocated by LUA_SOURCE_SIZE. This register is a buffer.

Register: LUA_SOURCE_WRITE

Address: 6014

property mio_direction: int

Read or write the direction of the 3 bits of MIO in a single binary-encoded value. 0=Input and 1=Output. The upper 8-bits of this value are inhibits.

Register: MIO_DIRECTION

Address: 2603

property mio_state: int

Read or write the state of the 3 bits of MIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. The upper 8-bits of this value are inhibits.

Register: MIO_STATE

Address: 2503

property onewire_data_rx: int

Data received over the 1-wire bus.

This register is a buffer. Underrun behavior - buffer is static, old data will fill the extra locations, firmware 1.0225 changes this to read zeros.

Register: ONEWIRE_DATA_RX

Address: 5370

property onewire_data_tx: int

Data to be transmitted over the 1-wire bus. This register is a buffer.

Register: ONEWIRE_DATA_TX

Address: 5340

property onewire_dpu_dionum: int

The dynamic pullup control DIO number.

Register: ONEWIRE_DPU_DIONUM

Address: 5301

property onewire_dq_dionum: int

The data-line DIO number.

Register: ONEWIRE_DQ_DIONUM

Address: 5300

property onewire_function: int

Set the ROM function to use. 0xF0=Search, 0xCC=Skip, 0x55=Match, 0x33=Read.

Register: ONEWIRE_FUNCTION

Address: 5307

property onewire_go: int

Instructs the device to perform the configured 1-wire transaction.

Register: ONEWIRE_GO

Address: 5310

property onewire_num_bytes_rx: int

Number of data bytes to be received.

Register: ONEWIRE_NUM_BYTES_RX

Address: 5309

property onewire_num_bytes_tx: int

Number of data bytes to be sent.

Register: ONEWIRE_NUM_BYTES_TX

Address: 5308

property onewire_options: int

Controls advanced features. Value is a bitmask. bit 0: reserved, bit 1: reserved, bit 2: 1=DPU Enabled 0=DPU Disabled, bit 3: DPU Polarity 1=Active state is high, 0=Active state is low (Dynamic Pull-Up)

Register: ONEWIRE_OPTIONS

Address: 5302

property onewire_path_h: int

Upper 32-bits of the path to take during a search.

Register: ONEWIRE_PATH_H

Address: 5324

property onewire_path_l: int

Lower 32-bits of the path to take during a search.

Register: ONEWIRE_PATH_L

Address: 5326

property onewire_rom_branchs_found_h: int

Upper 32-bits of the branches detected during a search.

Register: ONEWIRE_ROM_BRANCHS_FOUND_H

Address: 5332

property onewire_rom_branchs_found_l: int

Lower 32-bits of the branches detected during a search.

Register: ONEWIRE_ROM_BRANCHS_FOUND_L

Address: 5334

property onewire_rom_match_h: int

Upper 32-bits of the ROM to match.

Register: ONEWIRE_ROM_MATCH_H

Address: 5320

property onewire_rom_match_l: int

Lower 32-bits of the ROM to match.

Register: ONEWIRE_ROM_MATCH_L

Address: 5322

property onewire_search_result_h: int

Upper 32-bits of the search result.

Register: ONEWIRE_SEARCH_RESULT_H

Address: 5328

property onewire_search_result_l: int

Lower 32-bites of the search result.

Register: ONEWIRE_SEARCH_RESULT_L

Address: 5330

property power_core: int

The core processor speed. 0=80MHz, 1=20MHz, 2=2MHz, 3=250kHz.

Register: POWER_CORE

Address: 48001

property power_core_default: int

Controls the core processor speed after a power-cycle to the device. 0=80MHz, 1=20MHz, 2=2MHz, 3=250kHz.

Register: POWER_CORE_DEFAULT

Address: 48051

property power_ethernet: int

The current ON/OFF state of the Ethernet module.

Register: POWER_ETHERNET

Address: 48003

property power_ethernet_default: int

The ON/OFF state of the Ethernet module after a power-cycle to the device. Provided to optionally reduce power consumption.

Register: POWER_ETHERNET_DEFAULT

Address: 48053

property power_led: int

Sets the LED operation: 0 = Off. Useful for lower power applications. 1 = normal. 2 = Lower power, LEDs will still blink but will normally be off. 3 = Reserved. 4 = Manual, in this mode the LEDs can be user controlled.

Register: POWER_LED

Address: 48006

property power_led_default: int

The ON/OFF state of the LEDs after a power-cycle to the device.

Register: POWER_LED_DEFAULT

Address: 48056

property power_usb: int

The current ON/OFF state of the USB module.

Register: POWER_USB

Address: 48002

property power_usb_default: int

The current ON/OFF state of the USB module after a power-cycle to the device.

Register: POWER_USB_DEFAULT

Address: 48052

property product_id: float

The numeric identifier of the device. Such as 7 for a T7 / T7-Pro.

Register: PRODUCT_ID

Address: 60000

property rtc_set_time_s: int

Write a new timestamp to the RTC in seconds since Jan, 1970, aka Epoch or Unix timestamp.

Register: RTC_SET_TIME_S

Address: 61504

property rtc_set_time_sntp: int

Write any value to instruct the T7 to update its clock from a SNTP server. Requires that SNTP_UPDATE_INTERVAL is non-zero.

Register: RTC_SET_TIME_SNTP

Address: 61506

property rtc_time_calendar: int

Read six consecutive addresses of type UINT16, starting with this address. The result will be in year, month, day, hour, minute, second calendar format. i.e. [2014, 10, 21, 18, 55, 35]

Register: RTC_TIME_CALENDAR

Address: 61510

property rtc_time_s: int

Read the current time in seconds since Jan, 1970, aka Epoch or Unix time. This value is calculated from the 80 MHz crystal, not the RTC 32 kHz crystal. Non-pro devices do not have a real time clock, so the reported time is either seconds since device startup or the time reported by the network time protocol over Ethernet. Pro devices have a real time clock that will be used to initialize this register at startup, the time can then be updated by NTP.

Register: RTC_TIME_S

Address: 61500

property sbus0_background_enable: int

Currently unsupported.

Register: SBUS0_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@0)

Address: 30250

property sbus0_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS0_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@0)

Address: 30225

property sbus0_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS0_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@0)

Address: 30200

property sbus0_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS0_RH (SBUS#(0:22)_RH@0)

Address: 30150

property sbus0_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS0_TEMP (SBUS#(0:22)_TEMP@0)

Address: 30100

property sbus10_background_enable: int

Currently unsupported.

Register: SBUS10_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@10)

Address: 30260

property sbus10_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS10_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@10)

Address: 30235

property sbus10_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS10_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@10)

Address: 30210

property sbus10_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS10_RH (SBUS#(0:22)_RH@10)

Address: 30170

property sbus10_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS10_TEMP (SBUS#(0:22)_TEMP@10)

Address: 30120

property sbus11_background_enable: int

Currently unsupported.

Register: SBUS11_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@11)

Address: 30261

property sbus11_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS11_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@11)

Address: 30236

property sbus11_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS11_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@11)

Address: 30211

property sbus11_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS11_RH (SBUS#(0:22)_RH@11)

Address: 30172

property sbus11_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS11_TEMP (SBUS#(0:22)_TEMP@11)

Address: 30122

property sbus12_background_enable: int

Currently unsupported.

Register: SBUS12_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@12)

Address: 30262

property sbus12_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS12_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@12)

Address: 30237

property sbus12_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS12_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@12)

Address: 30212

property sbus12_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS12_RH (SBUS#(0:22)_RH@12)

Address: 30174

property sbus12_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS12_TEMP (SBUS#(0:22)_TEMP@12)

Address: 30124

property sbus13_background_enable: int

Currently unsupported.

Register: SBUS13_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@13)

Address: 30263

property sbus13_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS13_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@13)

Address: 30238

property sbus13_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS13_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@13)

Address: 30213

property sbus13_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS13_RH (SBUS#(0:22)_RH@13)

Address: 30176

property sbus13_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS13_TEMP (SBUS#(0:22)_TEMP@13)

Address: 30126

property sbus14_background_enable: int

Currently unsupported.

Register: SBUS14_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@14)

Address: 30264

property sbus14_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS14_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@14)

Address: 30239

property sbus14_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS14_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@14)

Address: 30214

property sbus14_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS14_RH (SBUS#(0:22)_RH@14)

Address: 30178

property sbus14_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS14_TEMP (SBUS#(0:22)_TEMP@14)

Address: 30128

property sbus15_background_enable: int

Currently unsupported.

Register: SBUS15_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@15)

Address: 30265

property sbus15_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS15_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@15)

Address: 30240

property sbus15_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS15_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@15)

Address: 30215

property sbus15_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS15_RH (SBUS#(0:22)_RH@15)

Address: 30180

property sbus15_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS15_TEMP (SBUS#(0:22)_TEMP@15)

Address: 30130

property sbus16_background_enable: int

Currently unsupported.

Register: SBUS16_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@16)

Address: 30266

property sbus16_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS16_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@16)

Address: 30241

property sbus16_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS16_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@16)

Address: 30216

property sbus16_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS16_RH (SBUS#(0:22)_RH@16)

Address: 30182

property sbus16_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS16_TEMP (SBUS#(0:22)_TEMP@16)

Address: 30132

property sbus17_background_enable: int

Currently unsupported.

Register: SBUS17_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@17)

Address: 30267

property sbus17_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS17_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@17)

Address: 30242

property sbus17_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS17_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@17)

Address: 30217

property sbus17_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS17_RH (SBUS#(0:22)_RH@17)

Address: 30184

property sbus17_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS17_TEMP (SBUS#(0:22)_TEMP@17)

Address: 30134

property sbus18_background_enable: int

Currently unsupported.

Register: SBUS18_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@18)

Address: 30268

property sbus18_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS18_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@18)

Address: 30243

property sbus18_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS18_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@18)

Address: 30218

property sbus18_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS18_RH (SBUS#(0:22)_RH@18)

Address: 30186

property sbus18_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS18_TEMP (SBUS#(0:22)_TEMP@18)

Address: 30136

property sbus19_background_enable: int

Currently unsupported.

Register: SBUS19_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@19)

Address: 30269

property sbus19_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS19_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@19)

Address: 30244

property sbus19_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS19_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@19)

Address: 30219

property sbus19_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS19_RH (SBUS#(0:22)_RH@19)

Address: 30188

property sbus19_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS19_TEMP (SBUS#(0:22)_TEMP@19)

Address: 30138

property sbus1_background_enable: int

Currently unsupported.

Register: SBUS1_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@1)

Address: 30251

property sbus1_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS1_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@1)

Address: 30226

property sbus1_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS1_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@1)

Address: 30201

property sbus1_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS1_RH (SBUS#(0:22)_RH@1)

Address: 30152

property sbus1_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS1_TEMP (SBUS#(0:22)_TEMP@1)

Address: 30102

property sbus20_background_enable: int

Currently unsupported.

Register: SBUS20_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@20)

Address: 30270

property sbus20_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS20_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@20)

Address: 30245

property sbus20_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS20_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@20)

Address: 30220

property sbus20_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS20_RH (SBUS#(0:22)_RH@20)

Address: 30190

property sbus20_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS20_TEMP (SBUS#(0:22)_TEMP@20)

Address: 30140

property sbus21_background_enable: int

Currently unsupported.

Register: SBUS21_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@21)

Address: 30271

property sbus21_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS21_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@21)

Address: 30246

property sbus21_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS21_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@21)

Address: 30221

property sbus21_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS21_RH (SBUS#(0:22)_RH@21)

Address: 30192

property sbus21_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS21_TEMP (SBUS#(0:22)_TEMP@21)

Address: 30142

property sbus22_background_enable: int

Currently unsupported.

Register: SBUS22_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@22)

Address: 30272

property sbus22_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS22_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@22)

Address: 30247

property sbus22_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS22_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@22)

Address: 30222

property sbus22_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS22_RH (SBUS#(0:22)_RH@22)

Address: 30194

property sbus22_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS22_TEMP (SBUS#(0:22)_TEMP@22)

Address: 30144

property sbus2_background_enable: int

Currently unsupported.

Register: SBUS2_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@2)

Address: 30252

property sbus2_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS2_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@2)

Address: 30227

property sbus2_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS2_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@2)

Address: 30202

property sbus2_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS2_RH (SBUS#(0:22)_RH@2)

Address: 30154

property sbus2_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS2_TEMP (SBUS#(0:22)_TEMP@2)

Address: 30104

property sbus3_background_enable: int

Currently unsupported.

Register: SBUS3_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@3)

Address: 30253

property sbus3_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS3_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@3)

Address: 30228

property sbus3_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS3_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@3)

Address: 30203

property sbus3_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS3_RH (SBUS#(0:22)_RH@3)

Address: 30156

property sbus3_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS3_TEMP (SBUS#(0:22)_TEMP@3)

Address: 30106

property sbus4_background_enable: int

Currently unsupported.

Register: SBUS4_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@4)

Address: 30254

property sbus4_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS4_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@4)

Address: 30229

property sbus4_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS4_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@4)

Address: 30204

property sbus4_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS4_RH (SBUS#(0:22)_RH@4)

Address: 30158

property sbus4_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS4_TEMP (SBUS#(0:22)_TEMP@4)

Address: 30108

property sbus5_background_enable: int

Currently unsupported.

Register: SBUS5_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@5)

Address: 30255

property sbus5_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS5_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@5)

Address: 30230

property sbus5_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS5_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@5)

Address: 30205

property sbus5_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS5_RH (SBUS#(0:22)_RH@5)

Address: 30160

property sbus5_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS5_TEMP (SBUS#(0:22)_TEMP@5)

Address: 30110

property sbus6_background_enable: int

Currently unsupported.

Register: SBUS6_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@6)

Address: 30256

property sbus6_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS6_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@6)

Address: 30231

property sbus6_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS6_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@6)

Address: 30206

property sbus6_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS6_RH (SBUS#(0:22)_RH@6)

Address: 30162

property sbus6_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS6_TEMP (SBUS#(0:22)_TEMP@6)

Address: 30112

property sbus7_background_enable: int

Currently unsupported.

Register: SBUS7_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@7)

Address: 30257

property sbus7_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS7_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@7)

Address: 30232

property sbus7_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS7_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@7)

Address: 30207

property sbus7_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS7_RH (SBUS#(0:22)_RH@7)

Address: 30164

property sbus7_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS7_TEMP (SBUS#(0:22)_TEMP@7)

Address: 30114

property sbus8_background_enable: int

Currently unsupported.

Register: SBUS8_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@8)

Address: 30258

property sbus8_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS8_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@8)

Address: 30233

property sbus8_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS8_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@8)

Address: 30208

property sbus8_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS8_RH (SBUS#(0:22)_RH@8)

Address: 30166

property sbus8_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS8_TEMP (SBUS#(0:22)_TEMP@8)

Address: 30116

property sbus9_background_enable: int

Currently unsupported.

Register: SBUS9_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@9)

Address: 30259

property sbus9_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS9_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@9)

Address: 30234

property sbus9_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS9_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@9)

Address: 30209

property sbus9_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS9_RH (SBUS#(0:22)_RH@9)

Address: 30168

property sbus9_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS9_TEMP (SBUS#(0:22)_TEMP@9)

Address: 30118

property sbus_all_clock_dionum: int

A write to this global parameter sets all SBUS clock line registers to the same value. A read will return the correct setting if all channels are set the same, but otherwise will return 0xFF.

Register: SBUS_ALL_CLOCK_DIONUM

Address: 30276

property sbus_all_clock_speed: int

Sets the clock speed. The clock is software generated so the resulting frequency is not exact. Valid range is 0-65535. Larger values are faster. 0 is the fastest option and is equivalent to 65536. A value of 0 is ~200 kHz. A value of 65000 is ~9.1 kHz.

Register: SBUS_ALL_CLOCK_SPEED

Address: 30278

property sbus_all_data_dionum: int

A write to this global parameter sets all SBUS data line registers to the same value. A read will return the correct setting if all channels are set the same, but otherwise will return 0xFF.

Register: SBUS_ALL_DATA_DIONUM

Address: 30275

property sbus_all_power_dionum: int

Sets the power line. This DIO is set to output-high upon any read of SBUS#_TEMP or SBUS#_RH. Default is FIO6 for the T4 and FIO2 for the T7. An FIO line can power up to 4 sensors while an EIO/CIO/MIO line or DAC line can power up to 20 sensors. Set to 9999 to disable. To use multiple power lines, use a DAC line for power, or otherwise control power yourself, set this to 9999 and then control power using writes to normal registers such as FIO5, EIO0, or DAC0.

Register: SBUS_ALL_POWER_DIONUM

Address: 30277

property serial_number: int

The serial number of the device.

Register: SERIAL_NUMBER

Address: 60028

setup_ain0(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN0.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain1(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN1.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain10(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN10.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain11(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN11.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain2(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN2.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain3(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN3.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain4(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN4.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain5(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN5.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain6(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN6.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain7(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN7.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain8(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN8.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain9(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN9.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain_all(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup all AIN channels.

property sntp_update_interval: int

Sets the SNTP retry time in seconds. A value of zero will disable SNTP(0=default). Values must be 10 or greater.

Register: SNTP_UPDATE_INTERVAL

Address: 49702

property spc_frequency_out_enable_deprecated: int

This has been deprecated in favor of DAC1_FREQUENCY_OUT_ENABLE. 0 = off, 1 = output 10 Hz signal on SPC. Note that stream uses SPC for a timing output, so if you use this while streaming you will get a lot more counts.

Register: SPC_FREQUENCY_OUT_ENABLE_DEPRECATED

Address: 61530

property spi_clk_dionum: int

The DIO line for Clock.

Register: SPI_CLK_DIONUM

Address: 5001

property spi_cs_dionum: int

The DIO line for Chip-Select.

Register: SPI_CS_DIONUM

Address: 5000

property spi_data_rx: int

Read data here.

This register is a buffer. Underrun behavior - fill with zeros.

Register: SPI_DATA_RX

Address: 5050

property spi_data_tx: int

Write data here. This register is a buffer.

Register: SPI_DATA_TX

Address: 5010

property spi_go: int

Write 1 to begin the configured SPI transaction.

Register: SPI_GO

Address: 5007

property spi_miso_dionum: int

The DIO line for Master-In-Slave-Out.

Register: SPI_MISO_DIONUM

Address: 5002

property spi_mode: int

The SPI mode controls the clock idle state and which edge clocks the data. Bit 1 is CPOL and Bit 0 is CPHA, so CPOL/CPHA for different decimal values: 0 = 0/0 = b00, 1 = 0/1 = b01, 2 = 1/0 = b10, 3 = 1/1 = b11. For CPOL and CPHA explanations, see Wikipedia article: https://en.wikipedia.org/wiki/Serial_Peripheral_Interface_Bus.

Register: SPI_MODE

Address: 5004

property spi_mosi_dionum: int

The DIO line for Master-Out-Slave-In.

Register: SPI_MOSI_DIONUM

Address: 5003

property spi_num_bytes: int

The number of bytes to transfer. The maximum transfer size is 100 bytes.

Register: SPI_NUM_BYTES

Address: 5009

property spi_options: int

Bit 0 is Auto-CS-Disable. When bit 0 is 0, CS is enabled. When bit 0 is 1, CS is disabled. Bit 1: 0 = Set DIO directions before starting the SPI operations, 1 = Do not set DIO directions. Bit 2: 0 = Transmit data MSB first, 1 = LSB first. Bits 4-7: This value sets the number of bits that will be transmitted during the last byte of the SPI operation. Default is 8, valid options are 1-8.

Register: SPI_OPTIONS

Address: 5006

property spi_speed_throttle: int

This value controls the SPI clock frequency. Pass 0-65535. Default=0 corresponds to 65536 internally which results in ~800 kHz. 65500 = ~100 kHz, 65100 = ~10 kHz, 61100 = ~1 kHz, 21000 = ~100 Hz, and 1 = ~67 Hz. Avoid setting too low such that the entire transaction lasts longer than the 250 millisecond timeout of the internal watchdog timer.

Register: SPI_SPEED_THROTTLE

Address: 5005

property stream_auto_target: int

Controls where data will be sent. Value is a bitmask. bit 0: 1 = Send to Ethernet 702 sockets, bit 1: 1 = Send to USB, bit 4: 1 = Command-Response mode. All other bits are reserved.

Register: STREAM_AUTO_TARGET

Address: 4016

property stream_buffer_size_bytes: int

Size of the stream data buffer in bytes. A value of 0 equates to the default value. Must be a power of 2. Size in samples is STREAM_BUFFER_SIZE_BYTES/2. Size in scans is (STREAM_BUFFER_SIZE_BYTES/2)/STREAM_NUM_ADDRESSES. Changes while stream is running do not affect the currently running stream.

Register: STREAM_BUFFER_SIZE_BYTES

Address: 4012

property stream_data_capture_16: int

If a channel produces 32-bits of data the upper 16 will be saved here.

Register: STREAM_DATA_CAPTURE_16

Address: 4899

property stream_data_cr: int

Address to read stream data from when operating in C-R mode.

Register: STREAM_DATA_CR

Address: 4500

property stream_enable: int

Write 1 to start stream. Write 0 to stop stream. Reading this register returns 1 when stream is enabled. When using a triggered stream the stream is considered enabled while waiting for the trigger.

Register: STREAM_ENABLE

Address: 4990

property stream_num_addresses: int

The number of entries in the scanlist.

Register: STREAM_NUM_ADDRESSES

Address: 4004

property stream_num_scans: int

The number of scans to run before automatically stopping (stream-burst). 0 = run continuously. Limit for STREAM_NUM_SCANS is 2^32-1, but if the host is not reading data as fast as it is acquired you also need to consider STREAM_BUFFER_SIZE_BYTES.

Register: STREAM_NUM_SCANS

Address: 4020

property stream_out0: int

127) to trigger stream-out updates. When added to the scan list these do count against the max scan rate just like normal input addresses, but they do not return any data in the stream read.

Register: STREAM_OUT0 (STREAM_OUT#(0:3)@0)

Address: 4800

Type:

Include one or more of these registers in STREAM_SCANLIST_ADDRESS#(0

property stream_out0_buffer_allocate_num_bytes: int

Size of the buffer in bytes as a power of 2. Should be at least twice the size of updates that will be written and no less than 32. The usable buffer size will be equal to the value of this register minus 2 bytes (one 16-bit sample). Before writing data to _BUFFER_###, you must write to _BUFFER_ALLOCATE_NUM_BYTES to allocate RAM for the data. Max is 16384.

Register: STREAM_OUT0_BUFFER_ALLOCATE_NUM_BYTES (STREAM_OUT#(0:3)_BUFFER_ALLOCATE_NUM_BYTES@0)

Address: 4050

property stream_out0_buffer_f32: float

Data destination when sending floating point data. Appropriate cal constants are used to convert F32 values to 16-bit binary data, and thus each of these values uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT0_BUFFER_F32 (STREAM_OUT#(0:3)_BUFFER_F32@0)

Address: 4400

property stream_out0_buffer_status: int

The number of values in the buffer that are not currently being used.

Register: STREAM_OUT0_BUFFER_STATUS (STREAM_OUT#(0:3)_BUFFER_STATUS@0)

Address: 4080

property stream_out0_buffer_u16: int

Data destination when sending 16-bit integer data. Each value uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT0_BUFFER_U16 (STREAM_OUT#(0:3)_BUFFER_U16@0)

Address: 4420

property stream_out0_buffer_u32: int

Not used at this time. There are no U32 registers supported in stream-out. This register is a buffer.

Register: STREAM_OUT0_BUFFER_U32 (STREAM_OUT#(0:3)_BUFFER_U32@0)

Address: 4410

property stream_out0_enable: int

When STREAM_OUT#_ENABLE is enabled, the stream out target is generally updated by one value from the stream out buffer per stream scan. For example, there will generally be one instance of e.g. STREAM_OUT0 in the stream scan list, which will cause one STREAM_OUT0_BUFFER value to be consumed and written to STREAM_OUT0_TARGET for every stream scan. The stream scan list could also contain two instances of STREAM_OUT0, in which case two values from STREAM_OUT0_BUFFER value would be consumed and written for every stream scan.

Register: STREAM_OUT0_ENABLE (STREAM_OUT#(0:3)_ENABLE@0)

Address: 4090

property stream_out0_loop_num_values: int

The number of values, from the end of the array, that will be repeated after reaching the end of supplied data array.

Register: STREAM_OUT0_LOOP_NUM_VALUES (STREAM_OUT#(0:3)_LOOP_NUM_VALUES@0)

Address: 4060

property stream_out0_set_loop: int

Controls when new data and loop size are used. 1=Use new data immediately. 2=Wait for synch. New data will not be used until a different stream-out channel is set to Synch. 3=Synch. This stream-out# as well as any stream-outs set to synch will start using new data immediately.

Register: STREAM_OUT0_SET_LOOP (STREAM_OUT#(0:3)_SET_LOOP@0)

Address: 4070

property stream_out0_target: int

Channel that data will be written to. Before writing data to _BUFFER_###, you must write to _TARGET so the device knows how to interpret and store values.

Register: STREAM_OUT0_TARGET (STREAM_OUT#(0:3)_TARGET@0)

Address: 4040

property stream_out1: int

127) to trigger stream-out updates. When added to the scan list these do count against the max scan rate just like normal input addresses, but they do not return any data in the stream read.

Register: STREAM_OUT1 (STREAM_OUT#(0:3)@1)

Address: 4801

Type:

Include one or more of these registers in STREAM_SCANLIST_ADDRESS#(0

property stream_out1_buffer_allocate_num_bytes: int

Size of the buffer in bytes as a power of 2. Should be at least twice the size of updates that will be written and no less than 32. The usable buffer size will be equal to the value of this register minus 2 bytes (one 16-bit sample). Before writing data to _BUFFER_###, you must write to _BUFFER_ALLOCATE_NUM_BYTES to allocate RAM for the data. Max is 16384.

Register: STREAM_OUT1_BUFFER_ALLOCATE_NUM_BYTES (STREAM_OUT#(0:3)_BUFFER_ALLOCATE_NUM_BYTES@1)

Address: 4052

property stream_out1_buffer_f32: float

Data destination when sending floating point data. Appropriate cal constants are used to convert F32 values to 16-bit binary data, and thus each of these values uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT1_BUFFER_F32 (STREAM_OUT#(0:3)_BUFFER_F32@1)

Address: 4402

property stream_out1_buffer_status: int

The number of values in the buffer that are not currently being used.

Register: STREAM_OUT1_BUFFER_STATUS (STREAM_OUT#(0:3)_BUFFER_STATUS@1)

Address: 4082

property stream_out1_buffer_u16: int

Data destination when sending 16-bit integer data. Each value uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT1_BUFFER_U16 (STREAM_OUT#(0:3)_BUFFER_U16@1)

Address: 4421

property stream_out1_buffer_u32: int

Not used at this time. There are no U32 registers supported in stream-out. This register is a buffer.

Register: STREAM_OUT1_BUFFER_U32 (STREAM_OUT#(0:3)_BUFFER_U32@1)

Address: 4412

property stream_out1_enable: int

When STREAM_OUT#_ENABLE is enabled, the stream out target is generally updated by one value from the stream out buffer per stream scan. For example, there will generally be one instance of e.g. STREAM_OUT0 in the stream scan list, which will cause one STREAM_OUT0_BUFFER value to be consumed and written to STREAM_OUT0_TARGET for every stream scan. The stream scan list could also contain two instances of STREAM_OUT0, in which case two values from STREAM_OUT0_BUFFER value would be consumed and written for every stream scan.

Register: STREAM_OUT1_ENABLE (STREAM_OUT#(0:3)_ENABLE@1)

Address: 4092

property stream_out1_loop_num_values: int

The number of values, from the end of the array, that will be repeated after reaching the end of supplied data array.

Register: STREAM_OUT1_LOOP_NUM_VALUES (STREAM_OUT#(0:3)_LOOP_NUM_VALUES@1)

Address: 4062

property stream_out1_set_loop: int

Controls when new data and loop size are used. 1=Use new data immediately. 2=Wait for synch. New data will not be used until a different stream-out channel is set to Synch. 3=Synch. This stream-out# as well as any stream-outs set to synch will start using new data immediately.

Register: STREAM_OUT1_SET_LOOP (STREAM_OUT#(0:3)_SET_LOOP@1)

Address: 4072

property stream_out1_target: int

Channel that data will be written to. Before writing data to _BUFFER_###, you must write to _TARGET so the device knows how to interpret and store values.

Register: STREAM_OUT1_TARGET (STREAM_OUT#(0:3)_TARGET@1)

Address: 4042

property stream_out2: int

127) to trigger stream-out updates. When added to the scan list these do count against the max scan rate just like normal input addresses, but they do not return any data in the stream read.

Register: STREAM_OUT2 (STREAM_OUT#(0:3)@2)

Address: 4802

Type:

Include one or more of these registers in STREAM_SCANLIST_ADDRESS#(0

property stream_out2_buffer_allocate_num_bytes: int

Size of the buffer in bytes as a power of 2. Should be at least twice the size of updates that will be written and no less than 32. The usable buffer size will be equal to the value of this register minus 2 bytes (one 16-bit sample). Before writing data to _BUFFER_###, you must write to _BUFFER_ALLOCATE_NUM_BYTES to allocate RAM for the data. Max is 16384.

Register: STREAM_OUT2_BUFFER_ALLOCATE_NUM_BYTES (STREAM_OUT#(0:3)_BUFFER_ALLOCATE_NUM_BYTES@2)

Address: 4054

property stream_out2_buffer_f32: float

Data destination when sending floating point data. Appropriate cal constants are used to convert F32 values to 16-bit binary data, and thus each of these values uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT2_BUFFER_F32 (STREAM_OUT#(0:3)_BUFFER_F32@2)

Address: 4404

property stream_out2_buffer_status: int

The number of values in the buffer that are not currently being used.

Register: STREAM_OUT2_BUFFER_STATUS (STREAM_OUT#(0:3)_BUFFER_STATUS@2)

Address: 4084

property stream_out2_buffer_u16: int

Data destination when sending 16-bit integer data. Each value uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT2_BUFFER_U16 (STREAM_OUT#(0:3)_BUFFER_U16@2)

Address: 4422

property stream_out2_buffer_u32: int

Not used at this time. There are no U32 registers supported in stream-out. This register is a buffer.

Register: STREAM_OUT2_BUFFER_U32 (STREAM_OUT#(0:3)_BUFFER_U32@2)

Address: 4414

property stream_out2_enable: int

When STREAM_OUT#_ENABLE is enabled, the stream out target is generally updated by one value from the stream out buffer per stream scan. For example, there will generally be one instance of e.g. STREAM_OUT0 in the stream scan list, which will cause one STREAM_OUT0_BUFFER value to be consumed and written to STREAM_OUT0_TARGET for every stream scan. The stream scan list could also contain two instances of STREAM_OUT0, in which case two values from STREAM_OUT0_BUFFER value would be consumed and written for every stream scan.

Register: STREAM_OUT2_ENABLE (STREAM_OUT#(0:3)_ENABLE@2)

Address: 4094

property stream_out2_loop_num_values: int

The number of values, from the end of the array, that will be repeated after reaching the end of supplied data array.

Register: STREAM_OUT2_LOOP_NUM_VALUES (STREAM_OUT#(0:3)_LOOP_NUM_VALUES@2)

Address: 4064

property stream_out2_set_loop: int

Controls when new data and loop size are used. 1=Use new data immediately. 2=Wait for synch. New data will not be used until a different stream-out channel is set to Synch. 3=Synch. This stream-out# as well as any stream-outs set to synch will start using new data immediately.

Register: STREAM_OUT2_SET_LOOP (STREAM_OUT#(0:3)_SET_LOOP@2)

Address: 4074

property stream_out2_target: int

Channel that data will be written to. Before writing data to _BUFFER_###, you must write to _TARGET so the device knows how to interpret and store values.

Register: STREAM_OUT2_TARGET (STREAM_OUT#(0:3)_TARGET@2)

Address: 4044

property stream_out3: int

127) to trigger stream-out updates. When added to the scan list these do count against the max scan rate just like normal input addresses, but they do not return any data in the stream read.

Register: STREAM_OUT3 (STREAM_OUT#(0:3)@3)

Address: 4803

Type:

Include one or more of these registers in STREAM_SCANLIST_ADDRESS#(0

property stream_out3_buffer_allocate_num_bytes: int

Size of the buffer in bytes as a power of 2. Should be at least twice the size of updates that will be written and no less than 32. The usable buffer size will be equal to the value of this register minus 2 bytes (one 16-bit sample). Before writing data to _BUFFER_###, you must write to _BUFFER_ALLOCATE_NUM_BYTES to allocate RAM for the data. Max is 16384.

Register: STREAM_OUT3_BUFFER_ALLOCATE_NUM_BYTES (STREAM_OUT#(0:3)_BUFFER_ALLOCATE_NUM_BYTES@3)

Address: 4056

property stream_out3_buffer_f32: float

Data destination when sending floating point data. Appropriate cal constants are used to convert F32 values to 16-bit binary data, and thus each of these values uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT3_BUFFER_F32 (STREAM_OUT#(0:3)_BUFFER_F32@3)

Address: 4406

property stream_out3_buffer_status: int

The number of values in the buffer that are not currently being used.

Register: STREAM_OUT3_BUFFER_STATUS (STREAM_OUT#(0:3)_BUFFER_STATUS@3)

Address: 4086

property stream_out3_buffer_u16: int

Data destination when sending 16-bit integer data. Each value uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT3_BUFFER_U16 (STREAM_OUT#(0:3)_BUFFER_U16@3)

Address: 4423

property stream_out3_buffer_u32: int

Not used at this time. There are no U32 registers supported in stream-out. This register is a buffer.

Register: STREAM_OUT3_BUFFER_U32 (STREAM_OUT#(0:3)_BUFFER_U32@3)

Address: 4416

property stream_out3_enable: int

When STREAM_OUT#_ENABLE is enabled, the stream out target is generally updated by one value from the stream out buffer per stream scan. For example, there will generally be one instance of e.g. STREAM_OUT0 in the stream scan list, which will cause one STREAM_OUT0_BUFFER value to be consumed and written to STREAM_OUT0_TARGET for every stream scan. The stream scan list could also contain two instances of STREAM_OUT0, in which case two values from STREAM_OUT0_BUFFER value would be consumed and written for every stream scan.

Register: STREAM_OUT3_ENABLE (STREAM_OUT#(0:3)_ENABLE@3)

Address: 4096

property stream_out3_loop_num_values: int

The number of values, from the end of the array, that will be repeated after reaching the end of supplied data array.

Register: STREAM_OUT3_LOOP_NUM_VALUES (STREAM_OUT#(0:3)_LOOP_NUM_VALUES@3)

Address: 4066

property stream_out3_set_loop: int

Controls when new data and loop size are used. 1=Use new data immediately. 2=Wait for synch. New data will not be used until a different stream-out channel is set to Synch. 3=Synch. This stream-out# as well as any stream-outs set to synch will start using new data immediately.

Register: STREAM_OUT3_SET_LOOP (STREAM_OUT#(0:3)_SET_LOOP@3)

Address: 4076

property stream_out3_target: int

Channel that data will be written to. Before writing data to _BUFFER_###, you must write to _TARGET so the device knows how to interpret and store values.

Register: STREAM_OUT3_TARGET (STREAM_OUT#(0:3)_TARGET@3)

Address: 4046

property stream_resolution_index: int

The resolution index for stream readings. A larger resolution index generally results in lower noise and longer sample times.

Register: STREAM_RESOLUTION_INDEX

Address: 4010

property stream_samples_per_packet: int

Specifies the number of data points to be sent in the data packet. Only applies to spontaneous mode.

Register: STREAM_SAMPLES_PER_PACKET

Address: 4006

property stream_scanlist_address0: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS0 (STREAM_SCANLIST_ADDRESS#(0:127)@0)

Address: 4100

property stream_scanlist_address1: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS1 (STREAM_SCANLIST_ADDRESS#(0:127)@1)

Address: 4102

property stream_scanlist_address10: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS10 (STREAM_SCANLIST_ADDRESS#(0:127)@10)

Address: 4120

property stream_scanlist_address100: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS100 (STREAM_SCANLIST_ADDRESS#(0:127)@100)

Address: 4300

property stream_scanlist_address101: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS101 (STREAM_SCANLIST_ADDRESS#(0:127)@101)

Address: 4302

property stream_scanlist_address102: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS102 (STREAM_SCANLIST_ADDRESS#(0:127)@102)

Address: 4304

property stream_scanlist_address103: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS103 (STREAM_SCANLIST_ADDRESS#(0:127)@103)

Address: 4306

property stream_scanlist_address104: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS104 (STREAM_SCANLIST_ADDRESS#(0:127)@104)

Address: 4308

property stream_scanlist_address105: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS105 (STREAM_SCANLIST_ADDRESS#(0:127)@105)

Address: 4310

property stream_scanlist_address106: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS106 (STREAM_SCANLIST_ADDRESS#(0:127)@106)

Address: 4312

property stream_scanlist_address107: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS107 (STREAM_SCANLIST_ADDRESS#(0:127)@107)

Address: 4314

property stream_scanlist_address108: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS108 (STREAM_SCANLIST_ADDRESS#(0:127)@108)

Address: 4316

property stream_scanlist_address109: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS109 (STREAM_SCANLIST_ADDRESS#(0:127)@109)

Address: 4318

property stream_scanlist_address11: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS11 (STREAM_SCANLIST_ADDRESS#(0:127)@11)

Address: 4122

property stream_scanlist_address110: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS110 (STREAM_SCANLIST_ADDRESS#(0:127)@110)

Address: 4320

property stream_scanlist_address111: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS111 (STREAM_SCANLIST_ADDRESS#(0:127)@111)

Address: 4322

property stream_scanlist_address112: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS112 (STREAM_SCANLIST_ADDRESS#(0:127)@112)

Address: 4324

property stream_scanlist_address113: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS113 (STREAM_SCANLIST_ADDRESS#(0:127)@113)

Address: 4326

property stream_scanlist_address114: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS114 (STREAM_SCANLIST_ADDRESS#(0:127)@114)

Address: 4328

property stream_scanlist_address115: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS115 (STREAM_SCANLIST_ADDRESS#(0:127)@115)

Address: 4330

property stream_scanlist_address116: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS116 (STREAM_SCANLIST_ADDRESS#(0:127)@116)

Address: 4332

property stream_scanlist_address117: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS117 (STREAM_SCANLIST_ADDRESS#(0:127)@117)

Address: 4334

property stream_scanlist_address118: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS118 (STREAM_SCANLIST_ADDRESS#(0:127)@118)

Address: 4336

property stream_scanlist_address119: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS119 (STREAM_SCANLIST_ADDRESS#(0:127)@119)

Address: 4338

property stream_scanlist_address12: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS12 (STREAM_SCANLIST_ADDRESS#(0:127)@12)

Address: 4124

property stream_scanlist_address120: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS120 (STREAM_SCANLIST_ADDRESS#(0:127)@120)

Address: 4340

property stream_scanlist_address121: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS121 (STREAM_SCANLIST_ADDRESS#(0:127)@121)

Address: 4342

property stream_scanlist_address122: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS122 (STREAM_SCANLIST_ADDRESS#(0:127)@122)

Address: 4344

property stream_scanlist_address123: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS123 (STREAM_SCANLIST_ADDRESS#(0:127)@123)

Address: 4346

property stream_scanlist_address124: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS124 (STREAM_SCANLIST_ADDRESS#(0:127)@124)

Address: 4348

property stream_scanlist_address125: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS125 (STREAM_SCANLIST_ADDRESS#(0:127)@125)

Address: 4350

property stream_scanlist_address126: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS126 (STREAM_SCANLIST_ADDRESS#(0:127)@126)

Address: 4352

property stream_scanlist_address127: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS127 (STREAM_SCANLIST_ADDRESS#(0:127)@127)

Address: 4354

property stream_scanlist_address13: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS13 (STREAM_SCANLIST_ADDRESS#(0:127)@13)

Address: 4126

property stream_scanlist_address14: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS14 (STREAM_SCANLIST_ADDRESS#(0:127)@14)

Address: 4128

property stream_scanlist_address15: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS15 (STREAM_SCANLIST_ADDRESS#(0:127)@15)

Address: 4130

property stream_scanlist_address16: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS16 (STREAM_SCANLIST_ADDRESS#(0:127)@16)

Address: 4132

property stream_scanlist_address17: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS17 (STREAM_SCANLIST_ADDRESS#(0:127)@17)

Address: 4134

property stream_scanlist_address18: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS18 (STREAM_SCANLIST_ADDRESS#(0:127)@18)

Address: 4136

property stream_scanlist_address19: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS19 (STREAM_SCANLIST_ADDRESS#(0:127)@19)

Address: 4138

property stream_scanlist_address2: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS2 (STREAM_SCANLIST_ADDRESS#(0:127)@2)

Address: 4104

property stream_scanlist_address20: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS20 (STREAM_SCANLIST_ADDRESS#(0:127)@20)

Address: 4140

property stream_scanlist_address21: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS21 (STREAM_SCANLIST_ADDRESS#(0:127)@21)

Address: 4142

property stream_scanlist_address22: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS22 (STREAM_SCANLIST_ADDRESS#(0:127)@22)

Address: 4144

property stream_scanlist_address23: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS23 (STREAM_SCANLIST_ADDRESS#(0:127)@23)

Address: 4146

property stream_scanlist_address24: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS24 (STREAM_SCANLIST_ADDRESS#(0:127)@24)

Address: 4148

property stream_scanlist_address25: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS25 (STREAM_SCANLIST_ADDRESS#(0:127)@25)

Address: 4150

property stream_scanlist_address26: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS26 (STREAM_SCANLIST_ADDRESS#(0:127)@26)

Address: 4152

property stream_scanlist_address27: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS27 (STREAM_SCANLIST_ADDRESS#(0:127)@27)

Address: 4154

property stream_scanlist_address28: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS28 (STREAM_SCANLIST_ADDRESS#(0:127)@28)

Address: 4156

property stream_scanlist_address29: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS29 (STREAM_SCANLIST_ADDRESS#(0:127)@29)

Address: 4158

property stream_scanlist_address3: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS3 (STREAM_SCANLIST_ADDRESS#(0:127)@3)

Address: 4106

property stream_scanlist_address30: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS30 (STREAM_SCANLIST_ADDRESS#(0:127)@30)

Address: 4160

property stream_scanlist_address31: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS31 (STREAM_SCANLIST_ADDRESS#(0:127)@31)

Address: 4162

property stream_scanlist_address32: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS32 (STREAM_SCANLIST_ADDRESS#(0:127)@32)

Address: 4164

property stream_scanlist_address33: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS33 (STREAM_SCANLIST_ADDRESS#(0:127)@33)

Address: 4166

property stream_scanlist_address34: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS34 (STREAM_SCANLIST_ADDRESS#(0:127)@34)

Address: 4168

property stream_scanlist_address35: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS35 (STREAM_SCANLIST_ADDRESS#(0:127)@35)

Address: 4170

property stream_scanlist_address36: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS36 (STREAM_SCANLIST_ADDRESS#(0:127)@36)

Address: 4172

property stream_scanlist_address37: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS37 (STREAM_SCANLIST_ADDRESS#(0:127)@37)

Address: 4174

property stream_scanlist_address38: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS38 (STREAM_SCANLIST_ADDRESS#(0:127)@38)

Address: 4176

property stream_scanlist_address39: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS39 (STREAM_SCANLIST_ADDRESS#(0:127)@39)

Address: 4178

property stream_scanlist_address4: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS4 (STREAM_SCANLIST_ADDRESS#(0:127)@4)

Address: 4108

property stream_scanlist_address40: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS40 (STREAM_SCANLIST_ADDRESS#(0:127)@40)

Address: 4180

property stream_scanlist_address41: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS41 (STREAM_SCANLIST_ADDRESS#(0:127)@41)

Address: 4182

property stream_scanlist_address42: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS42 (STREAM_SCANLIST_ADDRESS#(0:127)@42)

Address: 4184

property stream_scanlist_address43: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS43 (STREAM_SCANLIST_ADDRESS#(0:127)@43)

Address: 4186

property stream_scanlist_address44: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS44 (STREAM_SCANLIST_ADDRESS#(0:127)@44)

Address: 4188

property stream_scanlist_address45: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS45 (STREAM_SCANLIST_ADDRESS#(0:127)@45)

Address: 4190

property stream_scanlist_address46: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS46 (STREAM_SCANLIST_ADDRESS#(0:127)@46)

Address: 4192

property stream_scanlist_address47: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS47 (STREAM_SCANLIST_ADDRESS#(0:127)@47)

Address: 4194

property stream_scanlist_address48: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS48 (STREAM_SCANLIST_ADDRESS#(0:127)@48)

Address: 4196

property stream_scanlist_address49: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS49 (STREAM_SCANLIST_ADDRESS#(0:127)@49)

Address: 4198

property stream_scanlist_address5: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS5 (STREAM_SCANLIST_ADDRESS#(0:127)@5)

Address: 4110

property stream_scanlist_address50: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS50 (STREAM_SCANLIST_ADDRESS#(0:127)@50)

Address: 4200

property stream_scanlist_address51: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS51 (STREAM_SCANLIST_ADDRESS#(0:127)@51)

Address: 4202

property stream_scanlist_address52: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS52 (STREAM_SCANLIST_ADDRESS#(0:127)@52)

Address: 4204

property stream_scanlist_address53: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS53 (STREAM_SCANLIST_ADDRESS#(0:127)@53)

Address: 4206

property stream_scanlist_address54: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS54 (STREAM_SCANLIST_ADDRESS#(0:127)@54)

Address: 4208

property stream_scanlist_address55: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS55 (STREAM_SCANLIST_ADDRESS#(0:127)@55)

Address: 4210

property stream_scanlist_address56: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS56 (STREAM_SCANLIST_ADDRESS#(0:127)@56)

Address: 4212

property stream_scanlist_address57: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS57 (STREAM_SCANLIST_ADDRESS#(0:127)@57)

Address: 4214

property stream_scanlist_address58: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS58 (STREAM_SCANLIST_ADDRESS#(0:127)@58)

Address: 4216

property stream_scanlist_address59: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS59 (STREAM_SCANLIST_ADDRESS#(0:127)@59)

Address: 4218

property stream_scanlist_address6: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS6 (STREAM_SCANLIST_ADDRESS#(0:127)@6)

Address: 4112

property stream_scanlist_address60: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS60 (STREAM_SCANLIST_ADDRESS#(0:127)@60)

Address: 4220

property stream_scanlist_address61: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS61 (STREAM_SCANLIST_ADDRESS#(0:127)@61)

Address: 4222

property stream_scanlist_address62: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS62 (STREAM_SCANLIST_ADDRESS#(0:127)@62)

Address: 4224

property stream_scanlist_address63: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS63 (STREAM_SCANLIST_ADDRESS#(0:127)@63)

Address: 4226

property stream_scanlist_address64: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS64 (STREAM_SCANLIST_ADDRESS#(0:127)@64)

Address: 4228

property stream_scanlist_address65: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS65 (STREAM_SCANLIST_ADDRESS#(0:127)@65)

Address: 4230

property stream_scanlist_address66: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS66 (STREAM_SCANLIST_ADDRESS#(0:127)@66)

Address: 4232

property stream_scanlist_address67: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS67 (STREAM_SCANLIST_ADDRESS#(0:127)@67)

Address: 4234

property stream_scanlist_address68: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS68 (STREAM_SCANLIST_ADDRESS#(0:127)@68)

Address: 4236

property stream_scanlist_address69: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS69 (STREAM_SCANLIST_ADDRESS#(0:127)@69)

Address: 4238

property stream_scanlist_address7: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS7 (STREAM_SCANLIST_ADDRESS#(0:127)@7)

Address: 4114

property stream_scanlist_address70: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS70 (STREAM_SCANLIST_ADDRESS#(0:127)@70)

Address: 4240

property stream_scanlist_address71: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS71 (STREAM_SCANLIST_ADDRESS#(0:127)@71)

Address: 4242

property stream_scanlist_address72: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS72 (STREAM_SCANLIST_ADDRESS#(0:127)@72)

Address: 4244

property stream_scanlist_address73: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS73 (STREAM_SCANLIST_ADDRESS#(0:127)@73)

Address: 4246

property stream_scanlist_address74: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS74 (STREAM_SCANLIST_ADDRESS#(0:127)@74)

Address: 4248

property stream_scanlist_address75: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS75 (STREAM_SCANLIST_ADDRESS#(0:127)@75)

Address: 4250

property stream_scanlist_address76: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS76 (STREAM_SCANLIST_ADDRESS#(0:127)@76)

Address: 4252

property stream_scanlist_address77: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS77 (STREAM_SCANLIST_ADDRESS#(0:127)@77)

Address: 4254

property stream_scanlist_address78: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS78 (STREAM_SCANLIST_ADDRESS#(0:127)@78)

Address: 4256

property stream_scanlist_address79: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS79 (STREAM_SCANLIST_ADDRESS#(0:127)@79)

Address: 4258

property stream_scanlist_address8: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS8 (STREAM_SCANLIST_ADDRESS#(0:127)@8)

Address: 4116

property stream_scanlist_address80: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS80 (STREAM_SCANLIST_ADDRESS#(0:127)@80)

Address: 4260

property stream_scanlist_address81: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS81 (STREAM_SCANLIST_ADDRESS#(0:127)@81)

Address: 4262

property stream_scanlist_address82: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS82 (STREAM_SCANLIST_ADDRESS#(0:127)@82)

Address: 4264

property stream_scanlist_address83: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS83 (STREAM_SCANLIST_ADDRESS#(0:127)@83)

Address: 4266

property stream_scanlist_address84: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS84 (STREAM_SCANLIST_ADDRESS#(0:127)@84)

Address: 4268

property stream_scanlist_address85: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS85 (STREAM_SCANLIST_ADDRESS#(0:127)@85)

Address: 4270

property stream_scanlist_address86: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS86 (STREAM_SCANLIST_ADDRESS#(0:127)@86)

Address: 4272

property stream_scanlist_address87: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS87 (STREAM_SCANLIST_ADDRESS#(0:127)@87)

Address: 4274

property stream_scanlist_address88: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS88 (STREAM_SCANLIST_ADDRESS#(0:127)@88)

Address: 4276

property stream_scanlist_address89: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS89 (STREAM_SCANLIST_ADDRESS#(0:127)@89)

Address: 4278

property stream_scanlist_address9: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS9 (STREAM_SCANLIST_ADDRESS#(0:127)@9)

Address: 4118

property stream_scanlist_address90: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS90 (STREAM_SCANLIST_ADDRESS#(0:127)@90)

Address: 4280

property stream_scanlist_address91: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS91 (STREAM_SCANLIST_ADDRESS#(0:127)@91)

Address: 4282

property stream_scanlist_address92: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS92 (STREAM_SCANLIST_ADDRESS#(0:127)@92)

Address: 4284

property stream_scanlist_address93: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS93 (STREAM_SCANLIST_ADDRESS#(0:127)@93)

Address: 4286

property stream_scanlist_address94: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS94 (STREAM_SCANLIST_ADDRESS#(0:127)@94)

Address: 4288

property stream_scanlist_address95: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS95 (STREAM_SCANLIST_ADDRESS#(0:127)@95)

Address: 4290

property stream_scanlist_address96: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS96 (STREAM_SCANLIST_ADDRESS#(0:127)@96)

Address: 4292

property stream_scanlist_address97: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS97 (STREAM_SCANLIST_ADDRESS#(0:127)@97)

Address: 4294

property stream_scanlist_address98: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS98 (STREAM_SCANLIST_ADDRESS#(0:127)@98)

Address: 4296

property stream_scanlist_address99: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS99 (STREAM_SCANLIST_ADDRESS#(0:127)@99)

Address: 4298

property stream_scanrate_hz: float

Write a value to specify the number of times per second that all channels in the stream scanlist will be read. Max stream speeds are based on Sample Rate which is NumChannels*ScanRate. Has no effect when using an external clock. A read of this register returns the actual scan rate, which can be slightly different due to rounding. For scan rates >152.588, the actual scan interval is multiples of 100 ns. Assuming a core clock of 80 MHz the internal roll value is (80M/(8*DesiredScanRate))-1 and the actual scan rate is then 80M/(8*(RollValue+1). For slower scan rates the scan interval resolution is changed to 1 us, 10 us, 100 us, or 1 ms as needed to achieve the longer intervals.

Register: STREAM_SCANRATE_HZ

Address: 4002

property stream_settling_us: float

Time in microseconds to allow signals to settle after switching the mux. Does not apply to the 1st channel in the scan list, as that settling is controlled by scan rate (the time from the last channel until the start of the next scan). Default=0. When set to less than 1, automatic settling will be used. The automatic settling behavior varies by device.

Register: STREAM_SETTLING_US

Address: 4008

property stream_start_time_stamp: int

This register stores the value of CORE_TIMER at the start of the first stream scan. Note that the first stream scan happens 1 scan period after STREAM_ENABLE is set to 1.

Register: STREAM_START_TIME_STAMP

Address: 4026

property system_counter_10khz: int

A 10 kHz counter synchronized to RTC_TIME_S. This register can be appended to RTC_TIME_S as the decimal portion to get 0.1 ms resolution.

Register: SYSTEM_COUNTER_10KHZ

Address: 61502

property system_reboot: int

Issues a device reboot. Must write 0x4C4Axxxx, where xxxx is number of 50ms ticks to wait before reboot. To reboot immediately write 0x4C4A0000 (d1279918080).

Register: SYSTEM_REBOOT

Address: 61998

property system_timer_20hz: int

Internal 32-bit system timer running at 20Hz.

Register: SYSTEM_TIMER_20HZ

Address: 61522

property tdac0: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC0 (TDAC#(0:21)@0)

Address: 30000

property tdac1: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC1 (TDAC#(0:21)@1)

Address: 30002

property tdac10: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC10 (TDAC#(0:21)@10)

Address: 30020

property tdac11: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC11 (TDAC#(0:21)@11)

Address: 30022

property tdac12: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC12 (TDAC#(0:21)@12)

Address: 30024

property tdac13: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC13 (TDAC#(0:21)@13)

Address: 30026

property tdac14: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC14 (TDAC#(0:21)@14)

Address: 30028

property tdac15: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC15 (TDAC#(0:21)@15)

Address: 30030

property tdac16: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC16 (TDAC#(0:21)@16)

Address: 30032

property tdac17: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC17 (TDAC#(0:21)@17)

Address: 30034

property tdac18: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC18 (TDAC#(0:21)@18)

Address: 30036

property tdac19: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC19 (TDAC#(0:21)@19)

Address: 30038

property tdac2: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC2 (TDAC#(0:21)@2)

Address: 30004

property tdac20: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC20 (TDAC#(0:21)@20)

Address: 30040

property tdac21: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC21 (TDAC#(0:21)@21)

Address: 30042

property tdac3: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC3 (TDAC#(0:21)@3)

Address: 30006

property tdac4: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC4 (TDAC#(0:21)@4)

Address: 30008

property tdac5: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC5 (TDAC#(0:21)@5)

Address: 30010

property tdac6: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC6 (TDAC#(0:21)@6)

Address: 30012

property tdac7: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC7 (TDAC#(0:21)@7)

Address: 30014

property tdac8: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC8 (TDAC#(0:21)@8)

Address: 30016

property tdac9: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC9 (TDAC#(0:21)@9)

Address: 30018

property tdac_serial_number: int

Returns the serial number of an LJTick-DAC, and forces a re-read of the calibration constants. Which LJTDAC is determined by the last write to TDAC# … whether it was successful or not.

Register: TDAC_SERIAL_NUMBER

Address: 55200

property tdac_speed_throttle: int

Sets the I2C clock speed that will be used when communicating with the TDAC. Default value is 65516. See I2C_SPEED_THROTTLE for more detail.

Register: TDAC_SPEED_THROTTLE

Address: 55202

property temperature_air_k: float

Returns the estimated ambient air temperature just outside of the device in its red plastic enclosure. This register is equal to TEMPERATURE_DEVICE_K - 4.3. If Ethernet and/or WiFi is enabled, subtract an extra 0.6 for each.

Register: TEMPERATURE_AIR_K

Address: 60050

property temperature_device_k: float

Takes a reading from the internal temperature sensor using range=+/-10V and resolution=8, and applies the formula Volts*-92.6+467.6 to return kelvins.

Register: TEMPERATURE_DEVICE_K

Address: 60052

property test: int

A read of this test register should always return 0x00112233 or d1122867. If your software has the word swap quirk, you will incorrectly read 0x22330011 or 573767697. If your software has the address-1 quirk, a UINT16 (1-register) read from 55101 will incorrectly return 0x0011 (should read 0x2233). This register is unlike others, in that it allows you can read a single word from 55100 or 55101, or of course 2 words from 55100.

Register: TEST

Address: 55100

property test_float32: float

Write a value and read back to test FLOAT32 operation. Default is 0xC61C3C00 or -9999.0. If your software has the word swap quirk, the default will incorrectly read 0x3C00C61C or 0.00786.

Register: TEST_FLOAT32

Address: 55124

property test_int32: int

Write a value and read back to test INT32 operation. Default is 0x8899AABB or d-2003195205. If your software has the word swap quirk, the default will incorrectly read 0xAABB8899 or -1430550375.

Register: TEST_INT32

Address: 55122

property test_uint16: int

Write a value and read back to test UINT16 operation. Default is 0x0011 or d17.

Register: TEST_UINT16

Address: 55110

property test_uint32: int

Write a value and read back to test UINT32 operation. Default is 0x00112233 or d1122867. If your software has the word swap quirk, the default will incorrectly read 0x22330011 or 573767697.

Register: TEST_UINT32

Address: 55120

property user_ram0_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM0_F32 (USER_RAM#(0:39)_F32@0)

Address: 46000

property user_ram0_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM0_I32 (USER_RAM#(0:9)_I32@0)

Address: 46080

property user_ram0_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM0_U16 (USER_RAM#(0:19)_U16@0)

Address: 46180

property user_ram0_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM0_U32 (USER_RAM#(0:39)_U32@0)

Address: 46100

property user_ram10_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM10_F32 (USER_RAM#(0:39)_F32@10)

Address: 46020

property user_ram10_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM10_U16 (USER_RAM#(0:19)_U16@10)

Address: 46190

property user_ram10_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM10_U32 (USER_RAM#(0:39)_U32@10)

Address: 46120

property user_ram11_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM11_F32 (USER_RAM#(0:39)_F32@11)

Address: 46022

property user_ram11_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM11_U16 (USER_RAM#(0:19)_U16@11)

Address: 46191

property user_ram11_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM11_U32 (USER_RAM#(0:39)_U32@11)

Address: 46122

property user_ram12_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM12_F32 (USER_RAM#(0:39)_F32@12)

Address: 46024

property user_ram12_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM12_U16 (USER_RAM#(0:19)_U16@12)

Address: 46192

property user_ram12_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM12_U32 (USER_RAM#(0:39)_U32@12)

Address: 46124

property user_ram13_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM13_F32 (USER_RAM#(0:39)_F32@13)

Address: 46026

property user_ram13_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM13_U16 (USER_RAM#(0:19)_U16@13)

Address: 46193

property user_ram13_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM13_U32 (USER_RAM#(0:39)_U32@13)

Address: 46126

property user_ram14_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM14_F32 (USER_RAM#(0:39)_F32@14)

Address: 46028

property user_ram14_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM14_U16 (USER_RAM#(0:19)_U16@14)

Address: 46194

property user_ram14_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM14_U32 (USER_RAM#(0:39)_U32@14)

Address: 46128

property user_ram15_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM15_F32 (USER_RAM#(0:39)_F32@15)

Address: 46030

property user_ram15_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM15_U16 (USER_RAM#(0:19)_U16@15)

Address: 46195

property user_ram15_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM15_U32 (USER_RAM#(0:39)_U32@15)

Address: 46130

property user_ram16_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM16_F32 (USER_RAM#(0:39)_F32@16)

Address: 46032

property user_ram16_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM16_U16 (USER_RAM#(0:19)_U16@16)

Address: 46196

property user_ram16_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM16_U32 (USER_RAM#(0:39)_U32@16)

Address: 46132

property user_ram17_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM17_F32 (USER_RAM#(0:39)_F32@17)

Address: 46034

property user_ram17_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM17_U16 (USER_RAM#(0:19)_U16@17)

Address: 46197

property user_ram17_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM17_U32 (USER_RAM#(0:39)_U32@17)

Address: 46134

property user_ram18_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM18_F32 (USER_RAM#(0:39)_F32@18)

Address: 46036

property user_ram18_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM18_U16 (USER_RAM#(0:19)_U16@18)

Address: 46198

property user_ram18_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM18_U32 (USER_RAM#(0:39)_U32@18)

Address: 46136

property user_ram19_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM19_F32 (USER_RAM#(0:39)_F32@19)

Address: 46038

property user_ram19_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM19_U16 (USER_RAM#(0:19)_U16@19)

Address: 46199

property user_ram19_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM19_U32 (USER_RAM#(0:39)_U32@19)

Address: 46138

property user_ram1_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM1_F32 (USER_RAM#(0:39)_F32@1)

Address: 46002

property user_ram1_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM1_I32 (USER_RAM#(0:9)_I32@1)

Address: 46082

property user_ram1_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM1_U16 (USER_RAM#(0:19)_U16@1)

Address: 46181

property user_ram1_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM1_U32 (USER_RAM#(0:39)_U32@1)

Address: 46102

property user_ram20_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM20_F32 (USER_RAM#(0:39)_F32@20)

Address: 46040

property user_ram20_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM20_U32 (USER_RAM#(0:39)_U32@20)

Address: 46140

property user_ram21_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM21_F32 (USER_RAM#(0:39)_F32@21)

Address: 46042

property user_ram21_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM21_U32 (USER_RAM#(0:39)_U32@21)

Address: 46142

property user_ram22_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM22_F32 (USER_RAM#(0:39)_F32@22)

Address: 46044

property user_ram22_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM22_U32 (USER_RAM#(0:39)_U32@22)

Address: 46144

property user_ram23_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM23_F32 (USER_RAM#(0:39)_F32@23)

Address: 46046

property user_ram23_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM23_U32 (USER_RAM#(0:39)_U32@23)

Address: 46146

property user_ram24_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM24_F32 (USER_RAM#(0:39)_F32@24)

Address: 46048

property user_ram24_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM24_U32 (USER_RAM#(0:39)_U32@24)

Address: 46148

property user_ram25_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM25_F32 (USER_RAM#(0:39)_F32@25)

Address: 46050

property user_ram25_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM25_U32 (USER_RAM#(0:39)_U32@25)

Address: 46150

property user_ram26_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM26_F32 (USER_RAM#(0:39)_F32@26)

Address: 46052

property user_ram26_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM26_U32 (USER_RAM#(0:39)_U32@26)

Address: 46152

property user_ram27_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM27_F32 (USER_RAM#(0:39)_F32@27)

Address: 46054

property user_ram27_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM27_U32 (USER_RAM#(0:39)_U32@27)

Address: 46154

property user_ram28_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM28_F32 (USER_RAM#(0:39)_F32@28)

Address: 46056

property user_ram28_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM28_U32 (USER_RAM#(0:39)_U32@28)

Address: 46156

property user_ram29_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM29_F32 (USER_RAM#(0:39)_F32@29)

Address: 46058

property user_ram29_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM29_U32 (USER_RAM#(0:39)_U32@29)

Address: 46158

property user_ram2_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM2_F32 (USER_RAM#(0:39)_F32@2)

Address: 46004

property user_ram2_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM2_I32 (USER_RAM#(0:9)_I32@2)

Address: 46084

property user_ram2_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM2_U16 (USER_RAM#(0:19)_U16@2)

Address: 46182

property user_ram2_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM2_U32 (USER_RAM#(0:39)_U32@2)

Address: 46104

property user_ram30_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM30_F32 (USER_RAM#(0:39)_F32@30)

Address: 46060

property user_ram30_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM30_U32 (USER_RAM#(0:39)_U32@30)

Address: 46160

property user_ram31_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM31_F32 (USER_RAM#(0:39)_F32@31)

Address: 46062

property user_ram31_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM31_U32 (USER_RAM#(0:39)_U32@31)

Address: 46162

property user_ram32_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM32_F32 (USER_RAM#(0:39)_F32@32)

Address: 46064

property user_ram32_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM32_U32 (USER_RAM#(0:39)_U32@32)

Address: 46164

property user_ram33_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM33_F32 (USER_RAM#(0:39)_F32@33)

Address: 46066

property user_ram33_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM33_U32 (USER_RAM#(0:39)_U32@33)

Address: 46166

property user_ram34_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM34_F32 (USER_RAM#(0:39)_F32@34)

Address: 46068

property user_ram34_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM34_U32 (USER_RAM#(0:39)_U32@34)

Address: 46168

property user_ram35_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM35_F32 (USER_RAM#(0:39)_F32@35)

Address: 46070

property user_ram35_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM35_U32 (USER_RAM#(0:39)_U32@35)

Address: 46170

property user_ram36_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM36_F32 (USER_RAM#(0:39)_F32@36)

Address: 46072

property user_ram36_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM36_U32 (USER_RAM#(0:39)_U32@36)

Address: 46172

property user_ram37_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM37_F32 (USER_RAM#(0:39)_F32@37)

Address: 46074

property user_ram37_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM37_U32 (USER_RAM#(0:39)_U32@37)

Address: 46174

property user_ram38_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM38_F32 (USER_RAM#(0:39)_F32@38)

Address: 46076

property user_ram38_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM38_U32 (USER_RAM#(0:39)_U32@38)

Address: 46176

property user_ram39_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM39_F32 (USER_RAM#(0:39)_F32@39)

Address: 46078

property user_ram39_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM39_U32 (USER_RAM#(0:39)_U32@39)

Address: 46178

property user_ram3_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM3_F32 (USER_RAM#(0:39)_F32@3)

Address: 46006

property user_ram3_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM3_I32 (USER_RAM#(0:9)_I32@3)

Address: 46086

property user_ram3_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM3_U16 (USER_RAM#(0:19)_U16@3)

Address: 46183

property user_ram3_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM3_U32 (USER_RAM#(0:39)_U32@3)

Address: 46106

property user_ram4_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM4_F32 (USER_RAM#(0:39)_F32@4)

Address: 46008

property user_ram4_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM4_I32 (USER_RAM#(0:9)_I32@4)

Address: 46088

property user_ram4_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM4_U16 (USER_RAM#(0:19)_U16@4)

Address: 46184

property user_ram4_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM4_U32 (USER_RAM#(0:39)_U32@4)

Address: 46108

property user_ram5_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM5_F32 (USER_RAM#(0:39)_F32@5)

Address: 46010

property user_ram5_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM5_I32 (USER_RAM#(0:9)_I32@5)

Address: 46090

property user_ram5_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM5_U16 (USER_RAM#(0:19)_U16@5)

Address: 46185

property user_ram5_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM5_U32 (USER_RAM#(0:39)_U32@5)

Address: 46110

property user_ram6_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM6_F32 (USER_RAM#(0:39)_F32@6)

Address: 46012

property user_ram6_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM6_I32 (USER_RAM#(0:9)_I32@6)

Address: 46092

property user_ram6_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM6_U16 (USER_RAM#(0:19)_U16@6)

Address: 46186

property user_ram6_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM6_U32 (USER_RAM#(0:39)_U32@6)

Address: 46112

property user_ram7_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM7_F32 (USER_RAM#(0:39)_F32@7)

Address: 46014

property user_ram7_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM7_I32 (USER_RAM#(0:9)_I32@7)

Address: 46094

property user_ram7_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM7_U16 (USER_RAM#(0:19)_U16@7)

Address: 46187

property user_ram7_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM7_U32 (USER_RAM#(0:39)_U32@7)

Address: 46114

property user_ram8_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM8_F32 (USER_RAM#(0:39)_F32@8)

Address: 46016

property user_ram8_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM8_I32 (USER_RAM#(0:9)_I32@8)

Address: 46096

property user_ram8_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM8_U16 (USER_RAM#(0:19)_U16@8)

Address: 46188

property user_ram8_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM8_U32 (USER_RAM#(0:39)_U32@8)

Address: 46116

property user_ram9_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM9_F32 (USER_RAM#(0:39)_F32@9)

Address: 46018

property user_ram9_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM9_I32 (USER_RAM#(0:9)_I32@9)

Address: 46098

property user_ram9_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM9_U16 (USER_RAM#(0:19)_U16@9)

Address: 46189

property user_ram9_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM9_U32 (USER_RAM#(0:39)_U32@9)

Address: 46118

property user_ram_fifo0_allocate_num_bytes: int

Allocate memory for a FIFO buffer. Number of bytes should be sufficient to store users max transfer array size. Note that FLOAT32, INT32, and UINT32 require 4 bytes per value, and UINT16 require 2 bytes per value. Maximum size is limited by available memory. Care should be taken to conserve enough memory for other operations such as AIN_EF, Lua, Stream etc.

Register: USER_RAM_FIFO0_ALLOCATE_NUM_BYTES (USER_RAM_FIFO#(0:3)_ALLOCATE_NUM_BYTES@0)

Address: 47900

property user_ram_fifo0_data_f32: float

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO0_DATA_F32 (USER_RAM_FIFO#(0:3)_DATA_F32@0)

Address: 47030

property user_ram_fifo0_data_i32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO0_DATA_I32 (USER_RAM_FIFO#(0:3)_DATA_I32@0)

Address: 47020

property user_ram_fifo0_data_u16: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO0_DATA_U16 (USER_RAM_FIFO#(0:3)_DATA_U16@0)

Address: 47000

property user_ram_fifo0_data_u32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO0_DATA_U32 (USER_RAM_FIFO#(0:3)_DATA_U32@0)

Address: 47010

property user_ram_fifo0_empty: int

Write any value to this register to efficiently empty, flush, or otherwise clear data from the FIFO.

Register: USER_RAM_FIFO0_EMPTY (USER_RAM_FIFO#(0:3)_EMPTY@0)

Address: 47930

property user_ram_fifo0_num_bytes_in_fifo: int

Poll this register to see when new data is available/ready. Each read of the FIFO buffer decreases this value, and each write to the FIFO buffer increases this value.

At any point in time, the following equation holds: Nbytes = Nwritten - Nread.

Register: USER_RAM_FIFO0_NUM_BYTES_IN_FIFO (USER_RAM_FIFO#(0:3)_NUM_BYTES_IN_FIFO@0)

Address: 47910

property user_ram_fifo1_allocate_num_bytes: int

Allocate memory for a FIFO buffer. Number of bytes should be sufficient to store users max transfer array size. Note that FLOAT32, INT32, and UINT32 require 4 bytes per value, and UINT16 require 2 bytes per value. Maximum size is limited by available memory. Care should be taken to conserve enough memory for other operations such as AIN_EF, Lua, Stream etc.

Register: USER_RAM_FIFO1_ALLOCATE_NUM_BYTES (USER_RAM_FIFO#(0:3)_ALLOCATE_NUM_BYTES@1)

Address: 47902

property user_ram_fifo1_data_f32: float

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO1_DATA_F32 (USER_RAM_FIFO#(0:3)_DATA_F32@1)

Address: 47032

property user_ram_fifo1_data_i32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO1_DATA_I32 (USER_RAM_FIFO#(0:3)_DATA_I32@1)

Address: 47022

property user_ram_fifo1_data_u16: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO1_DATA_U16 (USER_RAM_FIFO#(0:3)_DATA_U16@1)

Address: 47001

property user_ram_fifo1_data_u32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO1_DATA_U32 (USER_RAM_FIFO#(0:3)_DATA_U32@1)

Address: 47012

property user_ram_fifo1_empty: int

Write any value to this register to efficiently empty, flush, or otherwise clear data from the FIFO.

Register: USER_RAM_FIFO1_EMPTY (USER_RAM_FIFO#(0:3)_EMPTY@1)

Address: 47932

property user_ram_fifo1_num_bytes_in_fifo: int

Poll this register to see when new data is available/ready. Each read of the FIFO buffer decreases this value, and each write to the FIFO buffer increases this value.

At any point in time, the following equation holds: Nbytes = Nwritten - Nread.

Register: USER_RAM_FIFO1_NUM_BYTES_IN_FIFO (USER_RAM_FIFO#(0:3)_NUM_BYTES_IN_FIFO@1)

Address: 47912

property user_ram_fifo2_allocate_num_bytes: int

Allocate memory for a FIFO buffer. Number of bytes should be sufficient to store users max transfer array size. Note that FLOAT32, INT32, and UINT32 require 4 bytes per value, and UINT16 require 2 bytes per value. Maximum size is limited by available memory. Care should be taken to conserve enough memory for other operations such as AIN_EF, Lua, Stream etc.

Register: USER_RAM_FIFO2_ALLOCATE_NUM_BYTES (USER_RAM_FIFO#(0:3)_ALLOCATE_NUM_BYTES@2)

Address: 47904

property user_ram_fifo2_data_f32: float

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO2_DATA_F32 (USER_RAM_FIFO#(0:3)_DATA_F32@2)

Address: 47034

property user_ram_fifo2_data_i32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO2_DATA_I32 (USER_RAM_FIFO#(0:3)_DATA_I32@2)

Address: 47024

property user_ram_fifo2_data_u16: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO2_DATA_U16 (USER_RAM_FIFO#(0:3)_DATA_U16@2)

Address: 47002

property user_ram_fifo2_data_u32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO2_DATA_U32 (USER_RAM_FIFO#(0:3)_DATA_U32@2)

Address: 47014

property user_ram_fifo2_empty: int

Write any value to this register to efficiently empty, flush, or otherwise clear data from the FIFO.

Register: USER_RAM_FIFO2_EMPTY (USER_RAM_FIFO#(0:3)_EMPTY@2)

Address: 47934

property user_ram_fifo2_num_bytes_in_fifo: int

Poll this register to see when new data is available/ready. Each read of the FIFO buffer decreases this value, and each write to the FIFO buffer increases this value.

At any point in time, the following equation holds: Nbytes = Nwritten - Nread.

Register: USER_RAM_FIFO2_NUM_BYTES_IN_FIFO (USER_RAM_FIFO#(0:3)_NUM_BYTES_IN_FIFO@2)

Address: 47914

property user_ram_fifo3_allocate_num_bytes: int

Allocate memory for a FIFO buffer. Number of bytes should be sufficient to store users max transfer array size. Note that FLOAT32, INT32, and UINT32 require 4 bytes per value, and UINT16 require 2 bytes per value. Maximum size is limited by available memory. Care should be taken to conserve enough memory for other operations such as AIN_EF, Lua, Stream etc.

Register: USER_RAM_FIFO3_ALLOCATE_NUM_BYTES (USER_RAM_FIFO#(0:3)_ALLOCATE_NUM_BYTES@3)

Address: 47906

property user_ram_fifo3_data_f32: float

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO3_DATA_F32 (USER_RAM_FIFO#(0:3)_DATA_F32@3)

Address: 47036

property user_ram_fifo3_data_i32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO3_DATA_I32 (USER_RAM_FIFO#(0:3)_DATA_I32@3)

Address: 47026

property user_ram_fifo3_data_u16: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO3_DATA_U16 (USER_RAM_FIFO#(0:3)_DATA_U16@3)

Address: 47003

property user_ram_fifo3_data_u32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO3_DATA_U32 (USER_RAM_FIFO#(0:3)_DATA_U32@3)

Address: 47016

property user_ram_fifo3_empty: int

Write any value to this register to efficiently empty, flush, or otherwise clear data from the FIFO.

Register: USER_RAM_FIFO3_EMPTY (USER_RAM_FIFO#(0:3)_EMPTY@3)

Address: 47936

property user_ram_fifo3_num_bytes_in_fifo: int

Poll this register to see when new data is available/ready. Each read of the FIFO buffer decreases this value, and each write to the FIFO buffer increases this value.

At any point in time, the following equation holds: Nbytes = Nwritten - Nread.

Register: USER_RAM_FIFO3_NUM_BYTES_IN_FIFO (USER_RAM_FIFO#(0:3)_NUM_BYTES_IN_FIFO@3)

Address: 47916

property wait_us_blocking: int

Delays for x microseconds. Range is 0-100000. This operation is Blocking. While a blocking function is running no other registers can be read / written.

Register: WAIT_US_BLOCKING

Address: 61590

property watchdog_advanced_default: int

A single binary-encoded value where each bit is an advanced option. If bit 0 is set, IO_CONFIG_SET_CURRENT_TO_FACTORY will be done on timeout. If bit 1 is set, IO_CONFIG_SET_CURRENT_TO_DEFAULT will be done on timeout.

Register: WATCHDOG_ADVANCED_DEFAULT

Address: 61602

property watchdog_dac0_default: float

The voltage of DAC0 after a Watchdog timeout.

Register: WATCHDOG_DAC0_DEFAULT

Address: 61642

property watchdog_dac0_enable_default: int

Timeout action: Set to 1 to enable DAC0 update on watchdog timeout.

Register: WATCHDOG_DAC0_ENABLE_DEFAULT

Address: 61640

property watchdog_dac1_default: float

The voltage of DAC1 after a Watchdog timeout.

Register: WATCHDOG_DAC1_DEFAULT

Address: 61652

property watchdog_dac1_enable_default: int

Timeout action: Set to 1 to enable DAC1 update on watchdog timeout.

Register: WATCHDOG_DAC1_ENABLE_DEFAULT

Address: 61650

property watchdog_dio_direction_default: int

The direction input/output of the digital I/O after a Watchdog timeout. See DIO_DIRECTION.

Register: WATCHDOG_DIO_DIRECTION_DEFAULT

Address: 61634

property watchdog_dio_enable_default: int

Timeout action: Set to 1 to enable DIO update on watchdog timeout.

Register: WATCHDOG_DIO_ENABLE_DEFAULT

Address: 61630

property watchdog_dio_inhibit_default: int

This register can be used to prevent the watchdog from changing specific IO. See DIO_INHIBIT for more information.

Register: WATCHDOG_DIO_INHIBIT_DEFAULT

Address: 61636

property watchdog_dio_state_default: int

The state high/low of the digital I/O after a Watchdog timeout. See DIO_STATE.

Register: WATCHDOG_DIO_STATE_DEFAULT

Address: 61632

property watchdog_enable_default: int

Write a 1 to enable the watchdog or a 0 to disable. The watchdog must be disabled before writing any of the other watchdog registers (except for WATCHDOG_STRICT_CLEAR).

Register: WATCHDOG_ENABLE_DEFAULT

Address: 61600

property watchdog_reset_enable_default: int

Timeout action: Set to 1 to enable device-reset on watchdog timeout.

Register: WATCHDOG_RESET_ENABLE_DEFAULT

Address: 61620

property watchdog_startup_delay_s_default: int

This specifies the initial timeout period at device bootup. This is used until the first time the watchdog is cleared or timeout … after that the normal timeout is used.

Register: WATCHDOG_STARTUP_DELAY_S_DEFAULT

Address: 61606

property watchdog_strict_clear: int

When running in strict mode, writing the key to this register is the only way to clear the watchdog. Writing to this register while not using strict mode will clear the watchdog.

Register: WATCHDOG_STRICT_CLEAR

Address: 61614

property watchdog_strict_enable_default: int

Set to 1 to enable strict mode.

Register: WATCHDOG_STRICT_ENABLE_DEFAULT

Address: 61610

property watchdog_strict_key_default: int

When set to strict mode, this is the value that must be written to the clear register.

Register: WATCHDOG_STRICT_KEY_DEFAULT

Address: 61612

property watchdog_timeout_s_default: int

When the device receives any communication over USB/Ethernet/WiFi, the watchdog timer is cleared. If the watchdog timer is not cleared within the timeout period, the enabled actions will be done.

Register: WATCHDOG_TIMEOUT_S_DEFAULT

Address: 61604

LabJack T7/T7-Pro

class htf.labjack.T7(*, name: str | None = None, host: str | None = None, port: int = 502, debuglevel: int = 0, timeout: float = 1.0, retries: int = 0)

LabJack adapter for the T7 and T7-Pro.

Parameters:

• name – If name is set the USB device’s name is checked against it. If host is None a USB device is opened.

• host – If host is set a Modbus-TCP connection is opened. Name must not be set at the same time.

• port – The Modbus-TCP port to be used

• debuglevel – If set the Modbus packets are printed

• timeout – The timeout for every request

• retries – The number of retries for Modbus communication

property ain0: float

Returns the voltage of the specified analog input.

Register: AIN0 (AIN#(0:13)@0)

Address: 0

property ain0_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN0_BINARY (AIN#(0:13)_BINARY@0)

Address: 50000

property ain0_ef_config_a: int

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@0)

Address: 9300

property ain0_ef_config_b: int

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@0)

Address: 9600

property ain0_ef_config_c: int

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@0)

Address: 9900

property ain0_ef_config_d: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@0)

Address: 10200

property ain0_ef_config_e: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@0)

Address: 10500

property ain0_ef_config_f: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@0)

Address: 10800

property ain0_ef_config_g: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@0)

Address: 11100

property ain0_ef_config_h: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@0)

Address: 11400

property ain0_ef_config_i: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@0)

Address: 11700

property ain0_ef_config_j: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@0)

Address: 12000

property ain0_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN0_EF_INDEX (AIN#(0:149)_EF_INDEX@0)

Address: 9000

property ain0_ef_read_a: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_A (AIN#(0:149)_EF_READ_A@0)

Address: 7000

property ain0_ef_read_b: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_B (AIN#(0:149)_EF_READ_B@0)

Address: 7300

property ain0_ef_read_c: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_C (AIN#(0:149)_EF_READ_C@0)

Address: 7600

property ain0_ef_read_d: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_D (AIN#(0:149)_EF_READ_D@0)

Address: 7900

property ain0_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN0_NEGATIVE_CH (AIN#(0:13)_NEGATIVE_CH@0)

Address: 41000

property ain0_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN0_RANGE (AIN#(0:13)_RANGE@0)

Address: 40000

property ain0_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN0_RESOLUTION_INDEX (AIN#(0:13)_RESOLUTION_INDEX@0)

Address: 41500

property ain0_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN0_SETTLING_US (AIN#(0:13)_SETTLING_US@0)

Address: 42000

property ain1: float

Returns the voltage of the specified analog input.

Register: AIN1 (AIN#(0:13)@1)

Address: 2

property ain10: float

Returns the voltage of the specified analog input.

Register: AIN10 (AIN#(0:13)@10)

Address: 20

property ain100: float

Returns the voltage of the specified analog input.

Register: AIN100 (AIN#(48:127)@100)

Address: 200

property ain100_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN100_BINARY (AIN#(48:127)_BINARY@100)

Address: 50200

property ain100_ef_config_a: int

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@100)

Address: 9500

property ain100_ef_config_b: int

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@100)

Address: 9800

property ain100_ef_config_c: int

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@100)

Address: 10100

property ain100_ef_config_d: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@100)

Address: 10400

property ain100_ef_config_e: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@100)

Address: 10700

property ain100_ef_config_f: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@100)

Address: 11000

property ain100_ef_config_g: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@100)

Address: 11300

property ain100_ef_config_h: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@100)

Address: 11600

property ain100_ef_config_i: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@100)

Address: 11900

property ain100_ef_config_j: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@100)

Address: 12200

property ain100_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN100_EF_INDEX (AIN#(0:149)_EF_INDEX@100)

Address: 9200

property ain100_ef_read_a: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_A (AIN#(0:149)_EF_READ_A@100)

Address: 7200

property ain100_ef_read_b: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_B (AIN#(0:149)_EF_READ_B@100)

Address: 7500

property ain100_ef_read_c: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_C (AIN#(0:149)_EF_READ_C@100)

Address: 7800

property ain100_ef_read_d: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_D (AIN#(0:149)_EF_READ_D@100)

Address: 8100

property ain100_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN100_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@100)

Address: 41100

property ain100_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN100_RANGE (AIN#(48:127)_RANGE@100)

Address: 40200

property ain100_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN100_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@100)

Address: 41600

property ain100_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN100_SETTLING_US (AIN#(48:127)_SETTLING_US@100)

Address: 42200

property ain101: float

Returns the voltage of the specified analog input.

Register: AIN101 (AIN#(48:127)@101)

Address: 202

property ain101_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN101_BINARY (AIN#(48:127)_BINARY@101)

Address: 50202

property ain101_ef_config_a: int

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@101)

Address: 9502

property ain101_ef_config_b: int

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@101)

Address: 9802

property ain101_ef_config_c: int

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@101)

Address: 10102

property ain101_ef_config_d: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@101)

Address: 10402

property ain101_ef_config_e: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@101)

Address: 10702

property ain101_ef_config_f: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@101)

Address: 11002

property ain101_ef_config_g: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@101)

Address: 11302

property ain101_ef_config_h: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@101)

Address: 11602

property ain101_ef_config_i: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@101)

Address: 11902

property ain101_ef_config_j: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@101)

Address: 12202

property ain101_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN101_EF_INDEX (AIN#(0:149)_EF_INDEX@101)

Address: 9202

property ain101_ef_read_a: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_A (AIN#(0:149)_EF_READ_A@101)

Address: 7202

property ain101_ef_read_b: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_B (AIN#(0:149)_EF_READ_B@101)

Address: 7502

property ain101_ef_read_c: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_C (AIN#(0:149)_EF_READ_C@101)

Address: 7802

property ain101_ef_read_d: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_D (AIN#(0:149)_EF_READ_D@101)

Address: 8102

property ain101_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN101_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@101)

Address: 41101

property ain101_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN101_RANGE (AIN#(48:127)_RANGE@101)

Address: 40202

property ain101_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN101_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@101)

Address: 41601

property ain101_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN101_SETTLING_US (AIN#(48:127)_SETTLING_US@101)

Address: 42202

property ain102: float

Returns the voltage of the specified analog input.

Register: AIN102 (AIN#(48:127)@102)

Address: 204

property ain102_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN102_BINARY (AIN#(48:127)_BINARY@102)

Address: 50204

property ain102_ef_config_a: int

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@102)

Address: 9504

property ain102_ef_config_b: int

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@102)

Address: 9804

property ain102_ef_config_c: int

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@102)

Address: 10104

property ain102_ef_config_d: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@102)

Address: 10404

property ain102_ef_config_e: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@102)

Address: 10704

property ain102_ef_config_f: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@102)

Address: 11004

property ain102_ef_config_g: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@102)

Address: 11304

property ain102_ef_config_h: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@102)

Address: 11604

property ain102_ef_config_i: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@102)

Address: 11904

property ain102_ef_config_j: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@102)

Address: 12204

property ain102_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN102_EF_INDEX (AIN#(0:149)_EF_INDEX@102)

Address: 9204

property ain102_ef_read_a: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_A (AIN#(0:149)_EF_READ_A@102)

Address: 7204

property ain102_ef_read_b: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_B (AIN#(0:149)_EF_READ_B@102)

Address: 7504

property ain102_ef_read_c: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_C (AIN#(0:149)_EF_READ_C@102)

Address: 7804

property ain102_ef_read_d: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_D (AIN#(0:149)_EF_READ_D@102)

Address: 8104

property ain102_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN102_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@102)

Address: 41102

property ain102_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN102_RANGE (AIN#(48:127)_RANGE@102)

Address: 40204

property ain102_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN102_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@102)

Address: 41602

property ain102_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN102_SETTLING_US (AIN#(48:127)_SETTLING_US@102)

Address: 42204

property ain103: float

Returns the voltage of the specified analog input.

Register: AIN103 (AIN#(48:127)@103)

Address: 206

property ain103_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN103_BINARY (AIN#(48:127)_BINARY@103)

Address: 50206

property ain103_ef_config_a: int

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@103)

Address: 9506

property ain103_ef_config_b: int

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@103)

Address: 9806

property ain103_ef_config_c: int

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@103)

Address: 10106

property ain103_ef_config_d: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@103)

Address: 10406

property ain103_ef_config_e: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@103)

Address: 10706

property ain103_ef_config_f: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@103)

Address: 11006

property ain103_ef_config_g: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@103)

Address: 11306

property ain103_ef_config_h: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@103)

Address: 11606

property ain103_ef_config_i: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@103)

Address: 11906

property ain103_ef_config_j: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@103)

Address: 12206

property ain103_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN103_EF_INDEX (AIN#(0:149)_EF_INDEX@103)

Address: 9206

property ain103_ef_read_a: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_A (AIN#(0:149)_EF_READ_A@103)

Address: 7206

property ain103_ef_read_b: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_B (AIN#(0:149)_EF_READ_B@103)

Address: 7506

property ain103_ef_read_c: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_C (AIN#(0:149)_EF_READ_C@103)

Address: 7806

property ain103_ef_read_d: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_D (AIN#(0:149)_EF_READ_D@103)

Address: 8106

property ain103_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN103_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@103)

Address: 41103

property ain103_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN103_RANGE (AIN#(48:127)_RANGE@103)

Address: 40206

property ain103_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN103_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@103)

Address: 41603

property ain103_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN103_SETTLING_US (AIN#(48:127)_SETTLING_US@103)

Address: 42206

property ain104: float

Returns the voltage of the specified analog input.

Register: AIN104 (AIN#(48:127)@104)

Address: 208

property ain104_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN104_BINARY (AIN#(48:127)_BINARY@104)

Address: 50208

property ain104_ef_config_a: int

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@104)

Address: 9508

property ain104_ef_config_b: int

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@104)

Address: 9808

property ain104_ef_config_c: int

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@104)

Address: 10108

property ain104_ef_config_d: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@104)

Address: 10408

property ain104_ef_config_e: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@104)

Address: 10708

property ain104_ef_config_f: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@104)

Address: 11008

property ain104_ef_config_g: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@104)

Address: 11308

property ain104_ef_config_h: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@104)

Address: 11608

property ain104_ef_config_i: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@104)

Address: 11908

property ain104_ef_config_j: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@104)

Address: 12208

property ain104_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN104_EF_INDEX (AIN#(0:149)_EF_INDEX@104)

Address: 9208

property ain104_ef_read_a: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_A (AIN#(0:149)_EF_READ_A@104)

Address: 7208

property ain104_ef_read_b: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_B (AIN#(0:149)_EF_READ_B@104)

Address: 7508

property ain104_ef_read_c: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_C (AIN#(0:149)_EF_READ_C@104)

Address: 7808

property ain104_ef_read_d: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_D (AIN#(0:149)_EF_READ_D@104)

Address: 8108

property ain104_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN104_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@104)

Address: 41104

property ain104_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN104_RANGE (AIN#(48:127)_RANGE@104)

Address: 40208

property ain104_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN104_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@104)

Address: 41604

property ain104_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN104_SETTLING_US (AIN#(48:127)_SETTLING_US@104)

Address: 42208

property ain105: float

Returns the voltage of the specified analog input.

Register: AIN105 (AIN#(48:127)@105)

Address: 210

property ain105_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN105_BINARY (AIN#(48:127)_BINARY@105)

Address: 50210

property ain105_ef_config_a: int

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@105)

Address: 9510

property ain105_ef_config_b: int

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@105)

Address: 9810

property ain105_ef_config_c: int

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@105)

Address: 10110

property ain105_ef_config_d: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@105)

Address: 10410

property ain105_ef_config_e: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@105)

Address: 10710

property ain105_ef_config_f: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@105)

Address: 11010

property ain105_ef_config_g: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@105)

Address: 11310

property ain105_ef_config_h: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@105)

Address: 11610

property ain105_ef_config_i: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@105)

Address: 11910

property ain105_ef_config_j: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@105)

Address: 12210

property ain105_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN105_EF_INDEX (AIN#(0:149)_EF_INDEX@105)

Address: 9210

property ain105_ef_read_a: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_A (AIN#(0:149)_EF_READ_A@105)

Address: 7210

property ain105_ef_read_b: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_B (AIN#(0:149)_EF_READ_B@105)

Address: 7510

property ain105_ef_read_c: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_C (AIN#(0:149)_EF_READ_C@105)

Address: 7810

property ain105_ef_read_d: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_D (AIN#(0:149)_EF_READ_D@105)

Address: 8110

property ain105_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN105_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@105)

Address: 41105

property ain105_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN105_RANGE (AIN#(48:127)_RANGE@105)

Address: 40210

property ain105_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN105_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@105)

Address: 41605

property ain105_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN105_SETTLING_US (AIN#(48:127)_SETTLING_US@105)

Address: 42210

property ain106: float

Returns the voltage of the specified analog input.

Register: AIN106 (AIN#(48:127)@106)

Address: 212

property ain106_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN106_BINARY (AIN#(48:127)_BINARY@106)

Address: 50212

property ain106_ef_config_a: int

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@106)

Address: 9512

property ain106_ef_config_b: int

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@106)

Address: 9812

property ain106_ef_config_c: int

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@106)

Address: 10112

property ain106_ef_config_d: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@106)

Address: 10412

property ain106_ef_config_e: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@106)

Address: 10712

property ain106_ef_config_f: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@106)

Address: 11012

property ain106_ef_config_g: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@106)

Address: 11312

property ain106_ef_config_h: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@106)

Address: 11612

property ain106_ef_config_i: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@106)

Address: 11912

property ain106_ef_config_j: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@106)

Address: 12212

property ain106_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN106_EF_INDEX (AIN#(0:149)_EF_INDEX@106)

Address: 9212

property ain106_ef_read_a: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_A (AIN#(0:149)_EF_READ_A@106)

Address: 7212

property ain106_ef_read_b: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_B (AIN#(0:149)_EF_READ_B@106)

Address: 7512

property ain106_ef_read_c: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_C (AIN#(0:149)_EF_READ_C@106)

Address: 7812

property ain106_ef_read_d: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_D (AIN#(0:149)_EF_READ_D@106)

Address: 8112

property ain106_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN106_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@106)

Address: 41106

property ain106_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN106_RANGE (AIN#(48:127)_RANGE@106)

Address: 40212

property ain106_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN106_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@106)

Address: 41606

property ain106_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN106_SETTLING_US (AIN#(48:127)_SETTLING_US@106)

Address: 42212

property ain107: float

Returns the voltage of the specified analog input.

Register: AIN107 (AIN#(48:127)@107)

Address: 214

property ain107_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN107_BINARY (AIN#(48:127)_BINARY@107)

Address: 50214

property ain107_ef_config_a: int

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@107)

Address: 9514

property ain107_ef_config_b: int

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@107)

Address: 9814

property ain107_ef_config_c: int

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@107)

Address: 10114

property ain107_ef_config_d: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@107)

Address: 10414

property ain107_ef_config_e: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@107)

Address: 10714

property ain107_ef_config_f: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@107)

Address: 11014

property ain107_ef_config_g: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@107)

Address: 11314

property ain107_ef_config_h: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@107)

Address: 11614

property ain107_ef_config_i: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@107)

Address: 11914

property ain107_ef_config_j: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@107)

Address: 12214

property ain107_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN107_EF_INDEX (AIN#(0:149)_EF_INDEX@107)

Address: 9214

property ain107_ef_read_a: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_A (AIN#(0:149)_EF_READ_A@107)

Address: 7214

property ain107_ef_read_b: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_B (AIN#(0:149)_EF_READ_B@107)

Address: 7514

property ain107_ef_read_c: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_C (AIN#(0:149)_EF_READ_C@107)

Address: 7814

property ain107_ef_read_d: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_D (AIN#(0:149)_EF_READ_D@107)

Address: 8114

property ain107_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN107_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@107)

Address: 41107

property ain107_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN107_RANGE (AIN#(48:127)_RANGE@107)

Address: 40214

property ain107_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN107_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@107)

Address: 41607

property ain107_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN107_SETTLING_US (AIN#(48:127)_SETTLING_US@107)

Address: 42214

property ain108: float

Returns the voltage of the specified analog input.

Register: AIN108 (AIN#(48:127)@108)

Address: 216

property ain108_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN108_BINARY (AIN#(48:127)_BINARY@108)

Address: 50216

property ain108_ef_config_a: int

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@108)

Address: 9516

property ain108_ef_config_b: int

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@108)

Address: 9816

property ain108_ef_config_c: int

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@108)

Address: 10116

property ain108_ef_config_d: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@108)

Address: 10416

property ain108_ef_config_e: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@108)

Address: 10716

property ain108_ef_config_f: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@108)

Address: 11016

property ain108_ef_config_g: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@108)

Address: 11316

property ain108_ef_config_h: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@108)

Address: 11616

property ain108_ef_config_i: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@108)

Address: 11916

property ain108_ef_config_j: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@108)

Address: 12216

property ain108_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN108_EF_INDEX (AIN#(0:149)_EF_INDEX@108)

Address: 9216

property ain108_ef_read_a: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_A (AIN#(0:149)_EF_READ_A@108)

Address: 7216

property ain108_ef_read_b: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_B (AIN#(0:149)_EF_READ_B@108)

Address: 7516

property ain108_ef_read_c: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_C (AIN#(0:149)_EF_READ_C@108)

Address: 7816

property ain108_ef_read_d: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_D (AIN#(0:149)_EF_READ_D@108)

Address: 8116

property ain108_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN108_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@108)

Address: 41108

property ain108_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN108_RANGE (AIN#(48:127)_RANGE@108)

Address: 40216

property ain108_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN108_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@108)

Address: 41608

property ain108_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN108_SETTLING_US (AIN#(48:127)_SETTLING_US@108)

Address: 42216

property ain109: float

Returns the voltage of the specified analog input.

Register: AIN109 (AIN#(48:127)@109)

Address: 218

property ain109_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN109_BINARY (AIN#(48:127)_BINARY@109)

Address: 50218

property ain109_ef_config_a: int

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@109)

Address: 9518

property ain109_ef_config_b: int

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@109)

Address: 9818

property ain109_ef_config_c: int

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@109)

Address: 10118

property ain109_ef_config_d: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@109)

Address: 10418

property ain109_ef_config_e: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@109)

Address: 10718

property ain109_ef_config_f: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@109)

Address: 11018

property ain109_ef_config_g: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@109)

Address: 11318

property ain109_ef_config_h: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@109)

Address: 11618

property ain109_ef_config_i: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@109)

Address: 11918

property ain109_ef_config_j: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@109)

Address: 12218

property ain109_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN109_EF_INDEX (AIN#(0:149)_EF_INDEX@109)

Address: 9218

property ain109_ef_read_a: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_A (AIN#(0:149)_EF_READ_A@109)

Address: 7218

property ain109_ef_read_b: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_B (AIN#(0:149)_EF_READ_B@109)

Address: 7518

property ain109_ef_read_c: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_C (AIN#(0:149)_EF_READ_C@109)

Address: 7818

property ain109_ef_read_d: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_D (AIN#(0:149)_EF_READ_D@109)

Address: 8118

property ain109_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN109_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@109)

Address: 41109

property ain109_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN109_RANGE (AIN#(48:127)_RANGE@109)

Address: 40218

property ain109_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN109_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@109)

Address: 41609

property ain109_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN109_SETTLING_US (AIN#(48:127)_SETTLING_US@109)

Address: 42218

property ain10_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN10_BINARY (AIN#(0:13)_BINARY@10)

Address: 50020

property ain10_ef_config_a: int

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@10)

Address: 9320

property ain10_ef_config_b: int

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@10)

Address: 9620

property ain10_ef_config_c: int

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@10)

Address: 9920

property ain10_ef_config_d: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@10)

Address: 10220

property ain10_ef_config_e: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@10)

Address: 10520

property ain10_ef_config_f: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@10)

Address: 10820

property ain10_ef_config_g: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@10)

Address: 11120

property ain10_ef_config_h: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@10)

Address: 11420

property ain10_ef_config_i: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@10)

Address: 11720

property ain10_ef_config_j: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@10)

Address: 12020

property ain10_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN10_EF_INDEX (AIN#(0:149)_EF_INDEX@10)

Address: 9020

property ain10_ef_read_a: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_A (AIN#(0:149)_EF_READ_A@10)

Address: 7020

property ain10_ef_read_b: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_B (AIN#(0:149)_EF_READ_B@10)

Address: 7320

property ain10_ef_read_c: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_C (AIN#(0:149)_EF_READ_C@10)

Address: 7620

property ain10_ef_read_d: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_D (AIN#(0:149)_EF_READ_D@10)

Address: 7920

property ain10_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN10_NEGATIVE_CH (AIN#(0:13)_NEGATIVE_CH@10)

Address: 41010

property ain10_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN10_RANGE (AIN#(0:13)_RANGE@10)

Address: 40020

property ain10_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN10_RESOLUTION_INDEX (AIN#(0:13)_RESOLUTION_INDEX@10)

Address: 41510

property ain10_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN10_SETTLING_US (AIN#(0:13)_SETTLING_US@10)

Address: 42020

property ain11: float

Returns the voltage of the specified analog input.

Register: AIN11 (AIN#(0:13)@11)

Address: 22

property ain110: float

Returns the voltage of the specified analog input.

Register: AIN110 (AIN#(48:127)@110)

Address: 220

property ain110_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN110_BINARY (AIN#(48:127)_BINARY@110)

Address: 50220

property ain110_ef_config_a: int

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@110)

Address: 9520

property ain110_ef_config_b: int

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@110)

Address: 9820

property ain110_ef_config_c: int

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@110)

Address: 10120

property ain110_ef_config_d: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@110)

Address: 10420

property ain110_ef_config_e: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@110)

Address: 10720

property ain110_ef_config_f: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@110)

Address: 11020

property ain110_ef_config_g: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@110)

Address: 11320

property ain110_ef_config_h: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@110)

Address: 11620

property ain110_ef_config_i: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@110)

Address: 11920

property ain110_ef_config_j: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@110)

Address: 12220

property ain110_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN110_EF_INDEX (AIN#(0:149)_EF_INDEX@110)

Address: 9220

property ain110_ef_read_a: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_A (AIN#(0:149)_EF_READ_A@110)

Address: 7220

property ain110_ef_read_b: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_B (AIN#(0:149)_EF_READ_B@110)

Address: 7520

property ain110_ef_read_c: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_C (AIN#(0:149)_EF_READ_C@110)

Address: 7820

property ain110_ef_read_d: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_D (AIN#(0:149)_EF_READ_D@110)

Address: 8120

property ain110_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN110_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@110)

Address: 41110

property ain110_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN110_RANGE (AIN#(48:127)_RANGE@110)

Address: 40220

property ain110_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN110_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@110)

Address: 41610

property ain110_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN110_SETTLING_US (AIN#(48:127)_SETTLING_US@110)

Address: 42220

property ain111: float

Returns the voltage of the specified analog input.

Register: AIN111 (AIN#(48:127)@111)

Address: 222

property ain111_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN111_BINARY (AIN#(48:127)_BINARY@111)

Address: 50222

property ain111_ef_config_a: int

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@111)

Address: 9522

property ain111_ef_config_b: int

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@111)

Address: 9822

property ain111_ef_config_c: int

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@111)

Address: 10122

property ain111_ef_config_d: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@111)

Address: 10422

property ain111_ef_config_e: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@111)

Address: 10722

property ain111_ef_config_f: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@111)

Address: 11022

property ain111_ef_config_g: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@111)

Address: 11322

property ain111_ef_config_h: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@111)

Address: 11622

property ain111_ef_config_i: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@111)

Address: 11922

property ain111_ef_config_j: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@111)

Address: 12222

property ain111_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN111_EF_INDEX (AIN#(0:149)_EF_INDEX@111)

Address: 9222

property ain111_ef_read_a: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_A (AIN#(0:149)_EF_READ_A@111)

Address: 7222

property ain111_ef_read_b: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_B (AIN#(0:149)_EF_READ_B@111)

Address: 7522

property ain111_ef_read_c: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_C (AIN#(0:149)_EF_READ_C@111)

Address: 7822

property ain111_ef_read_d: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_D (AIN#(0:149)_EF_READ_D@111)

Address: 8122

property ain111_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN111_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@111)

Address: 41111

property ain111_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN111_RANGE (AIN#(48:127)_RANGE@111)

Address: 40222

property ain111_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN111_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@111)

Address: 41611

property ain111_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN111_SETTLING_US (AIN#(48:127)_SETTLING_US@111)

Address: 42222

property ain112: float

Returns the voltage of the specified analog input.

Register: AIN112 (AIN#(48:127)@112)

Address: 224

property ain112_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN112_BINARY (AIN#(48:127)_BINARY@112)

Address: 50224

property ain112_ef_config_a: int

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@112)

Address: 9524

property ain112_ef_config_b: int

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@112)

Address: 9824

property ain112_ef_config_c: int

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@112)

Address: 10124

property ain112_ef_config_d: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@112)

Address: 10424

property ain112_ef_config_e: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@112)

Address: 10724

property ain112_ef_config_f: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@112)

Address: 11024

property ain112_ef_config_g: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@112)

Address: 11324

property ain112_ef_config_h: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@112)

Address: 11624

property ain112_ef_config_i: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@112)

Address: 11924

property ain112_ef_config_j: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@112)

Address: 12224

property ain112_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN112_EF_INDEX (AIN#(0:149)_EF_INDEX@112)

Address: 9224

property ain112_ef_read_a: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_A (AIN#(0:149)_EF_READ_A@112)

Address: 7224

property ain112_ef_read_b: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_B (AIN#(0:149)_EF_READ_B@112)

Address: 7524

property ain112_ef_read_c: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_C (AIN#(0:149)_EF_READ_C@112)

Address: 7824

property ain112_ef_read_d: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_D (AIN#(0:149)_EF_READ_D@112)

Address: 8124

property ain112_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN112_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@112)

Address: 41112

property ain112_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN112_RANGE (AIN#(48:127)_RANGE@112)

Address: 40224

property ain112_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN112_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@112)

Address: 41612

property ain112_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN112_SETTLING_US (AIN#(48:127)_SETTLING_US@112)

Address: 42224

property ain113: float

Returns the voltage of the specified analog input.

Register: AIN113 (AIN#(48:127)@113)

Address: 226

property ain113_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN113_BINARY (AIN#(48:127)_BINARY@113)

Address: 50226

property ain113_ef_config_a: int

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@113)

Address: 9526

property ain113_ef_config_b: int

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@113)

Address: 9826

property ain113_ef_config_c: int

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@113)

Address: 10126

property ain113_ef_config_d: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@113)

Address: 10426

property ain113_ef_config_e: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@113)

Address: 10726

property ain113_ef_config_f: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@113)

Address: 11026

property ain113_ef_config_g: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@113)

Address: 11326

property ain113_ef_config_h: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@113)

Address: 11626

property ain113_ef_config_i: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@113)

Address: 11926

property ain113_ef_config_j: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@113)

Address: 12226

property ain113_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN113_EF_INDEX (AIN#(0:149)_EF_INDEX@113)

Address: 9226

property ain113_ef_read_a: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_A (AIN#(0:149)_EF_READ_A@113)

Address: 7226

property ain113_ef_read_b: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_B (AIN#(0:149)_EF_READ_B@113)

Address: 7526

property ain113_ef_read_c: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_C (AIN#(0:149)_EF_READ_C@113)

Address: 7826

property ain113_ef_read_d: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_D (AIN#(0:149)_EF_READ_D@113)

Address: 8126

property ain113_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN113_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@113)

Address: 41113

property ain113_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN113_RANGE (AIN#(48:127)_RANGE@113)

Address: 40226

property ain113_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN113_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@113)

Address: 41613

property ain113_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN113_SETTLING_US (AIN#(48:127)_SETTLING_US@113)

Address: 42226

property ain114: float

Returns the voltage of the specified analog input.

Register: AIN114 (AIN#(48:127)@114)

Address: 228

property ain114_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN114_BINARY (AIN#(48:127)_BINARY@114)

Address: 50228

property ain114_ef_config_a: int

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@114)

Address: 9528

property ain114_ef_config_b: int

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@114)

Address: 9828

property ain114_ef_config_c: int

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@114)

Address: 10128

property ain114_ef_config_d: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@114)

Address: 10428

property ain114_ef_config_e: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@114)

Address: 10728

property ain114_ef_config_f: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@114)

Address: 11028

property ain114_ef_config_g: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@114)

Address: 11328

property ain114_ef_config_h: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@114)

Address: 11628

property ain114_ef_config_i: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@114)

Address: 11928

property ain114_ef_config_j: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@114)

Address: 12228

property ain114_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN114_EF_INDEX (AIN#(0:149)_EF_INDEX@114)

Address: 9228

property ain114_ef_read_a: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_A (AIN#(0:149)_EF_READ_A@114)

Address: 7228

property ain114_ef_read_b: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_B (AIN#(0:149)_EF_READ_B@114)

Address: 7528

property ain114_ef_read_c: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_C (AIN#(0:149)_EF_READ_C@114)

Address: 7828

property ain114_ef_read_d: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_D (AIN#(0:149)_EF_READ_D@114)

Address: 8128

property ain114_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN114_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@114)

Address: 41114

property ain114_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN114_RANGE (AIN#(48:127)_RANGE@114)

Address: 40228

property ain114_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN114_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@114)

Address: 41614

property ain114_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN114_SETTLING_US (AIN#(48:127)_SETTLING_US@114)

Address: 42228

property ain115: float

Returns the voltage of the specified analog input.

Register: AIN115 (AIN#(48:127)@115)

Address: 230

property ain115_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN115_BINARY (AIN#(48:127)_BINARY@115)

Address: 50230

property ain115_ef_config_a: int

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@115)

Address: 9530

property ain115_ef_config_b: int

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@115)

Address: 9830

property ain115_ef_config_c: int

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@115)

Address: 10130

property ain115_ef_config_d: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@115)

Address: 10430

property ain115_ef_config_e: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@115)

Address: 10730

property ain115_ef_config_f: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@115)

Address: 11030

property ain115_ef_config_g: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@115)

Address: 11330

property ain115_ef_config_h: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@115)

Address: 11630

property ain115_ef_config_i: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@115)

Address: 11930

property ain115_ef_config_j: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@115)

Address: 12230

property ain115_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN115_EF_INDEX (AIN#(0:149)_EF_INDEX@115)

Address: 9230

property ain115_ef_read_a: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_A (AIN#(0:149)_EF_READ_A@115)

Address: 7230

property ain115_ef_read_b: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_B (AIN#(0:149)_EF_READ_B@115)

Address: 7530

property ain115_ef_read_c: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_C (AIN#(0:149)_EF_READ_C@115)

Address: 7830

property ain115_ef_read_d: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_D (AIN#(0:149)_EF_READ_D@115)

Address: 8130

property ain115_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN115_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@115)

Address: 41115

property ain115_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN115_RANGE (AIN#(48:127)_RANGE@115)

Address: 40230

property ain115_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN115_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@115)

Address: 41615

property ain115_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN115_SETTLING_US (AIN#(48:127)_SETTLING_US@115)

Address: 42230

property ain116: float

Returns the voltage of the specified analog input.

Register: AIN116 (AIN#(48:127)@116)

Address: 232

property ain116_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN116_BINARY (AIN#(48:127)_BINARY@116)

Address: 50232

property ain116_ef_config_a: int

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@116)

Address: 9532

property ain116_ef_config_b: int

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@116)

Address: 9832

property ain116_ef_config_c: int

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@116)

Address: 10132

property ain116_ef_config_d: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@116)

Address: 10432

property ain116_ef_config_e: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@116)

Address: 10732

property ain116_ef_config_f: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@116)

Address: 11032

property ain116_ef_config_g: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@116)

Address: 11332

property ain116_ef_config_h: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@116)

Address: 11632

property ain116_ef_config_i: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@116)

Address: 11932

property ain116_ef_config_j: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@116)

Address: 12232

property ain116_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN116_EF_INDEX (AIN#(0:149)_EF_INDEX@116)

Address: 9232

property ain116_ef_read_a: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_A (AIN#(0:149)_EF_READ_A@116)

Address: 7232

property ain116_ef_read_b: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_B (AIN#(0:149)_EF_READ_B@116)

Address: 7532

property ain116_ef_read_c: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_C (AIN#(0:149)_EF_READ_C@116)

Address: 7832

property ain116_ef_read_d: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_D (AIN#(0:149)_EF_READ_D@116)

Address: 8132

property ain116_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN116_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@116)

Address: 41116

property ain116_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN116_RANGE (AIN#(48:127)_RANGE@116)

Address: 40232

property ain116_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN116_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@116)

Address: 41616

property ain116_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN116_SETTLING_US (AIN#(48:127)_SETTLING_US@116)

Address: 42232

property ain117: float

Returns the voltage of the specified analog input.

Register: AIN117 (AIN#(48:127)@117)

Address: 234

property ain117_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN117_BINARY (AIN#(48:127)_BINARY@117)

Address: 50234

property ain117_ef_config_a: int

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@117)

Address: 9534

property ain117_ef_config_b: int

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@117)

Address: 9834

property ain117_ef_config_c: int

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@117)

Address: 10134

property ain117_ef_config_d: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@117)

Address: 10434

property ain117_ef_config_e: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@117)

Address: 10734

property ain117_ef_config_f: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@117)

Address: 11034

property ain117_ef_config_g: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@117)

Address: 11334

property ain117_ef_config_h: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@117)

Address: 11634

property ain117_ef_config_i: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@117)

Address: 11934

property ain117_ef_config_j: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@117)

Address: 12234

property ain117_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN117_EF_INDEX (AIN#(0:149)_EF_INDEX@117)

Address: 9234

property ain117_ef_read_a: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_A (AIN#(0:149)_EF_READ_A@117)

Address: 7234

property ain117_ef_read_b: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_B (AIN#(0:149)_EF_READ_B@117)

Address: 7534

property ain117_ef_read_c: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_C (AIN#(0:149)_EF_READ_C@117)

Address: 7834

property ain117_ef_read_d: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_D (AIN#(0:149)_EF_READ_D@117)

Address: 8134

property ain117_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN117_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@117)

Address: 41117

property ain117_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN117_RANGE (AIN#(48:127)_RANGE@117)

Address: 40234

property ain117_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN117_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@117)

Address: 41617

property ain117_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN117_SETTLING_US (AIN#(48:127)_SETTLING_US@117)

Address: 42234

property ain118: float

Returns the voltage of the specified analog input.

Register: AIN118 (AIN#(48:127)@118)

Address: 236

property ain118_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN118_BINARY (AIN#(48:127)_BINARY@118)

Address: 50236

property ain118_ef_config_a: int

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@118)

Address: 9536

property ain118_ef_config_b: int

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@118)

Address: 9836

property ain118_ef_config_c: int

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@118)

Address: 10136

property ain118_ef_config_d: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@118)

Address: 10436

property ain118_ef_config_e: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@118)

Address: 10736

property ain118_ef_config_f: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@118)

Address: 11036

property ain118_ef_config_g: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@118)

Address: 11336

property ain118_ef_config_h: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@118)

Address: 11636

property ain118_ef_config_i: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@118)

Address: 11936

property ain118_ef_config_j: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@118)

Address: 12236

property ain118_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN118_EF_INDEX (AIN#(0:149)_EF_INDEX@118)

Address: 9236

property ain118_ef_read_a: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_A (AIN#(0:149)_EF_READ_A@118)

Address: 7236

property ain118_ef_read_b: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_B (AIN#(0:149)_EF_READ_B@118)

Address: 7536

property ain118_ef_read_c: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_C (AIN#(0:149)_EF_READ_C@118)

Address: 7836

property ain118_ef_read_d: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_D (AIN#(0:149)_EF_READ_D@118)

Address: 8136

property ain118_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN118_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@118)

Address: 41118

property ain118_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN118_RANGE (AIN#(48:127)_RANGE@118)

Address: 40236

property ain118_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN118_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@118)

Address: 41618

property ain118_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN118_SETTLING_US (AIN#(48:127)_SETTLING_US@118)

Address: 42236

property ain119: float

Returns the voltage of the specified analog input.

Register: AIN119 (AIN#(48:127)@119)

Address: 238

property ain119_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN119_BINARY (AIN#(48:127)_BINARY@119)

Address: 50238

property ain119_ef_config_a: int

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@119)

Address: 9538

property ain119_ef_config_b: int

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@119)

Address: 9838

property ain119_ef_config_c: int

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@119)

Address: 10138

property ain119_ef_config_d: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@119)

Address: 10438

property ain119_ef_config_e: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@119)

Address: 10738

property ain119_ef_config_f: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@119)

Address: 11038

property ain119_ef_config_g: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@119)

Address: 11338

property ain119_ef_config_h: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@119)

Address: 11638

property ain119_ef_config_i: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@119)

Address: 11938

property ain119_ef_config_j: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@119)

Address: 12238

property ain119_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN119_EF_INDEX (AIN#(0:149)_EF_INDEX@119)

Address: 9238

property ain119_ef_read_a: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_A (AIN#(0:149)_EF_READ_A@119)

Address: 7238

property ain119_ef_read_b: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_B (AIN#(0:149)_EF_READ_B@119)

Address: 7538

property ain119_ef_read_c: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_C (AIN#(0:149)_EF_READ_C@119)

Address: 7838

property ain119_ef_read_d: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_D (AIN#(0:149)_EF_READ_D@119)

Address: 8138

property ain119_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN119_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@119)

Address: 41119

property ain119_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN119_RANGE (AIN#(48:127)_RANGE@119)

Address: 40238

property ain119_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN119_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@119)

Address: 41619

property ain119_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN119_SETTLING_US (AIN#(48:127)_SETTLING_US@119)

Address: 42238

property ain11_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN11_BINARY (AIN#(0:13)_BINARY@11)

Address: 50022

property ain11_ef_config_a: int

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@11)

Address: 9322

property ain11_ef_config_b: int

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@11)

Address: 9622

property ain11_ef_config_c: int

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@11)

Address: 9922

property ain11_ef_config_d: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@11)

Address: 10222

property ain11_ef_config_e: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@11)

Address: 10522

property ain11_ef_config_f: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@11)

Address: 10822

property ain11_ef_config_g: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@11)

Address: 11122

property ain11_ef_config_h: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@11)

Address: 11422

property ain11_ef_config_i: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@11)

Address: 11722

property ain11_ef_config_j: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@11)

Address: 12022

property ain11_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN11_EF_INDEX (AIN#(0:149)_EF_INDEX@11)

Address: 9022

property ain11_ef_read_a: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_A (AIN#(0:149)_EF_READ_A@11)

Address: 7022

property ain11_ef_read_b: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_B (AIN#(0:149)_EF_READ_B@11)

Address: 7322

property ain11_ef_read_c: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_C (AIN#(0:149)_EF_READ_C@11)

Address: 7622

property ain11_ef_read_d: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_D (AIN#(0:149)_EF_READ_D@11)

Address: 7922

property ain11_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN11_NEGATIVE_CH (AIN#(0:13)_NEGATIVE_CH@11)

Address: 41011

property ain11_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN11_RANGE (AIN#(0:13)_RANGE@11)

Address: 40022

property ain11_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN11_RESOLUTION_INDEX (AIN#(0:13)_RESOLUTION_INDEX@11)

Address: 41511

property ain11_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN11_SETTLING_US (AIN#(0:13)_SETTLING_US@11)

Address: 42022

property ain12: float

Returns the voltage of the specified analog input.

Register: AIN12 (AIN#(0:13)@12)

Address: 24

property ain120: float

Returns the voltage of the specified analog input.

Register: AIN120 (AIN#(48:127)@120)

Address: 240

property ain120_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN120_BINARY (AIN#(48:127)_BINARY@120)

Address: 50240

property ain120_ef_config_a: int

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@120)

Address: 9540

property ain120_ef_config_b: int

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@120)

Address: 9840

property ain120_ef_config_c: int

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@120)

Address: 10140

property ain120_ef_config_d: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@120)

Address: 10440

property ain120_ef_config_e: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@120)

Address: 10740

property ain120_ef_config_f: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@120)

Address: 11040

property ain120_ef_config_g: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@120)

Address: 11340

property ain120_ef_config_h: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@120)

Address: 11640

property ain120_ef_config_i: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@120)

Address: 11940

property ain120_ef_config_j: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@120)

Address: 12240

property ain120_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN120_EF_INDEX (AIN#(0:149)_EF_INDEX@120)

Address: 9240

property ain120_ef_read_a: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_A (AIN#(0:149)_EF_READ_A@120)

Address: 7240

property ain120_ef_read_b: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_B (AIN#(0:149)_EF_READ_B@120)

Address: 7540

property ain120_ef_read_c: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_C (AIN#(0:149)_EF_READ_C@120)

Address: 7840

property ain120_ef_read_d: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_D (AIN#(0:149)_EF_READ_D@120)

Address: 8140

property ain120_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN120_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@120)

Address: 41120

property ain120_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN120_RANGE (AIN#(48:127)_RANGE@120)

Address: 40240

property ain120_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN120_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@120)

Address: 41620

property ain120_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN120_SETTLING_US (AIN#(48:127)_SETTLING_US@120)

Address: 42240

property ain121: float

Returns the voltage of the specified analog input.

Register: AIN121 (AIN#(48:127)@121)

Address: 242

property ain121_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN121_BINARY (AIN#(48:127)_BINARY@121)

Address: 50242

property ain121_ef_config_a: int

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@121)

Address: 9542

property ain121_ef_config_b: int

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@121)

Address: 9842

property ain121_ef_config_c: int

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@121)

Address: 10142

property ain121_ef_config_d: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@121)

Address: 10442

property ain121_ef_config_e: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@121)

Address: 10742

property ain121_ef_config_f: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@121)

Address: 11042

property ain121_ef_config_g: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@121)

Address: 11342

property ain121_ef_config_h: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@121)

Address: 11642

property ain121_ef_config_i: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@121)

Address: 11942

property ain121_ef_config_j: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@121)

Address: 12242

property ain121_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN121_EF_INDEX (AIN#(0:149)_EF_INDEX@121)

Address: 9242

property ain121_ef_read_a: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_A (AIN#(0:149)_EF_READ_A@121)

Address: 7242

property ain121_ef_read_b: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_B (AIN#(0:149)_EF_READ_B@121)

Address: 7542

property ain121_ef_read_c: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_C (AIN#(0:149)_EF_READ_C@121)

Address: 7842

property ain121_ef_read_d: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_D (AIN#(0:149)_EF_READ_D@121)

Address: 8142

property ain121_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN121_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@121)

Address: 41121

property ain121_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN121_RANGE (AIN#(48:127)_RANGE@121)

Address: 40242

property ain121_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN121_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@121)

Address: 41621

property ain121_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN121_SETTLING_US (AIN#(48:127)_SETTLING_US@121)

Address: 42242

property ain122: float

Returns the voltage of the specified analog input.

Register: AIN122 (AIN#(48:127)@122)

Address: 244

property ain122_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN122_BINARY (AIN#(48:127)_BINARY@122)

Address: 50244

property ain122_ef_config_a: int

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@122)

Address: 9544

property ain122_ef_config_b: int

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@122)

Address: 9844

property ain122_ef_config_c: int

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@122)

Address: 10144

property ain122_ef_config_d: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@122)

Address: 10444

property ain122_ef_config_e: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@122)

Address: 10744

property ain122_ef_config_f: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@122)

Address: 11044

property ain122_ef_config_g: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@122)

Address: 11344

property ain122_ef_config_h: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@122)

Address: 11644

property ain122_ef_config_i: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@122)

Address: 11944

property ain122_ef_config_j: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@122)

Address: 12244

property ain122_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN122_EF_INDEX (AIN#(0:149)_EF_INDEX@122)

Address: 9244

property ain122_ef_read_a: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_A (AIN#(0:149)_EF_READ_A@122)

Address: 7244

property ain122_ef_read_b: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_B (AIN#(0:149)_EF_READ_B@122)

Address: 7544

property ain122_ef_read_c: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_C (AIN#(0:149)_EF_READ_C@122)

Address: 7844

property ain122_ef_read_d: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_D (AIN#(0:149)_EF_READ_D@122)

Address: 8144

property ain122_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN122_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@122)

Address: 41122

property ain122_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN122_RANGE (AIN#(48:127)_RANGE@122)

Address: 40244

property ain122_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN122_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@122)

Address: 41622

property ain122_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN122_SETTLING_US (AIN#(48:127)_SETTLING_US@122)

Address: 42244

property ain123: float

Returns the voltage of the specified analog input.

Register: AIN123 (AIN#(48:127)@123)

Address: 246

property ain123_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN123_BINARY (AIN#(48:127)_BINARY@123)

Address: 50246

property ain123_ef_config_a: int

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@123)

Address: 9546

property ain123_ef_config_b: int

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@123)

Address: 9846

property ain123_ef_config_c: int

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@123)

Address: 10146

property ain123_ef_config_d: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@123)

Address: 10446

property ain123_ef_config_e: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@123)

Address: 10746

property ain123_ef_config_f: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@123)

Address: 11046

property ain123_ef_config_g: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@123)

Address: 11346

property ain123_ef_config_h: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@123)

Address: 11646

property ain123_ef_config_i: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@123)

Address: 11946

property ain123_ef_config_j: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@123)

Address: 12246

property ain123_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN123_EF_INDEX (AIN#(0:149)_EF_INDEX@123)

Address: 9246

property ain123_ef_read_a: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_A (AIN#(0:149)_EF_READ_A@123)

Address: 7246

property ain123_ef_read_b: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_B (AIN#(0:149)_EF_READ_B@123)

Address: 7546

property ain123_ef_read_c: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_C (AIN#(0:149)_EF_READ_C@123)

Address: 7846

property ain123_ef_read_d: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_D (AIN#(0:149)_EF_READ_D@123)

Address: 8146

property ain123_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN123_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@123)

Address: 41123

property ain123_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN123_RANGE (AIN#(48:127)_RANGE@123)

Address: 40246

property ain123_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN123_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@123)

Address: 41623

property ain123_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN123_SETTLING_US (AIN#(48:127)_SETTLING_US@123)

Address: 42246

property ain124: float

Returns the voltage of the specified analog input.

Register: AIN124 (AIN#(48:127)@124)

Address: 248

property ain124_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN124_BINARY (AIN#(48:127)_BINARY@124)

Address: 50248

property ain124_ef_config_a: int

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@124)

Address: 9548

property ain124_ef_config_b: int

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@124)

Address: 9848

property ain124_ef_config_c: int

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@124)

Address: 10148

property ain124_ef_config_d: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@124)

Address: 10448

property ain124_ef_config_e: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@124)

Address: 10748

property ain124_ef_config_f: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@124)

Address: 11048

property ain124_ef_config_g: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@124)

Address: 11348

property ain124_ef_config_h: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@124)

Address: 11648

property ain124_ef_config_i: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@124)

Address: 11948

property ain124_ef_config_j: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@124)

Address: 12248

property ain124_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN124_EF_INDEX (AIN#(0:149)_EF_INDEX@124)

Address: 9248

property ain124_ef_read_a: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_A (AIN#(0:149)_EF_READ_A@124)

Address: 7248

property ain124_ef_read_b: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_B (AIN#(0:149)_EF_READ_B@124)

Address: 7548

property ain124_ef_read_c: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_C (AIN#(0:149)_EF_READ_C@124)

Address: 7848

property ain124_ef_read_d: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_D (AIN#(0:149)_EF_READ_D@124)

Address: 8148

property ain124_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN124_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@124)

Address: 41124

property ain124_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN124_RANGE (AIN#(48:127)_RANGE@124)

Address: 40248

property ain124_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN124_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@124)

Address: 41624

property ain124_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN124_SETTLING_US (AIN#(48:127)_SETTLING_US@124)

Address: 42248

property ain125: float

Returns the voltage of the specified analog input.

Register: AIN125 (AIN#(48:127)@125)

Address: 250

property ain125_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN125_BINARY (AIN#(48:127)_BINARY@125)

Address: 50250

property ain125_ef_config_a: int

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@125)

Address: 9550

property ain125_ef_config_b: int

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@125)

Address: 9850

property ain125_ef_config_c: int

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@125)

Address: 10150

property ain125_ef_config_d: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@125)

Address: 10450

property ain125_ef_config_e: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@125)

Address: 10750

property ain125_ef_config_f: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@125)

Address: 11050

property ain125_ef_config_g: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@125)

Address: 11350

property ain125_ef_config_h: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@125)

Address: 11650

property ain125_ef_config_i: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@125)

Address: 11950

property ain125_ef_config_j: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@125)

Address: 12250

property ain125_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN125_EF_INDEX (AIN#(0:149)_EF_INDEX@125)

Address: 9250

property ain125_ef_read_a: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_A (AIN#(0:149)_EF_READ_A@125)

Address: 7250

property ain125_ef_read_b: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_B (AIN#(0:149)_EF_READ_B@125)

Address: 7550

property ain125_ef_read_c: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_C (AIN#(0:149)_EF_READ_C@125)

Address: 7850

property ain125_ef_read_d: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_D (AIN#(0:149)_EF_READ_D@125)

Address: 8150

property ain125_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN125_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@125)

Address: 41125

property ain125_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN125_RANGE (AIN#(48:127)_RANGE@125)

Address: 40250

property ain125_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN125_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@125)

Address: 41625

property ain125_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN125_SETTLING_US (AIN#(48:127)_SETTLING_US@125)

Address: 42250

property ain126: float

Returns the voltage of the specified analog input.

Register: AIN126 (AIN#(48:127)@126)

Address: 252

property ain126_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN126_BINARY (AIN#(48:127)_BINARY@126)

Address: 50252

property ain126_ef_config_a: int

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@126)

Address: 9552

property ain126_ef_config_b: int

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@126)

Address: 9852

property ain126_ef_config_c: int

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@126)

Address: 10152

property ain126_ef_config_d: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@126)

Address: 10452

property ain126_ef_config_e: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@126)

Address: 10752

property ain126_ef_config_f: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@126)

Address: 11052

property ain126_ef_config_g: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@126)

Address: 11352

property ain126_ef_config_h: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@126)

Address: 11652

property ain126_ef_config_i: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@126)

Address: 11952

property ain126_ef_config_j: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@126)

Address: 12252

property ain126_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN126_EF_INDEX (AIN#(0:149)_EF_INDEX@126)

Address: 9252

property ain126_ef_read_a: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_A (AIN#(0:149)_EF_READ_A@126)

Address: 7252

property ain126_ef_read_b: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_B (AIN#(0:149)_EF_READ_B@126)

Address: 7552

property ain126_ef_read_c: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_C (AIN#(0:149)_EF_READ_C@126)

Address: 7852

property ain126_ef_read_d: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_D (AIN#(0:149)_EF_READ_D@126)

Address: 8152

property ain126_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN126_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@126)

Address: 41126

property ain126_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN126_RANGE (AIN#(48:127)_RANGE@126)

Address: 40252

property ain126_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN126_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@126)

Address: 41626

property ain126_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN126_SETTLING_US (AIN#(48:127)_SETTLING_US@126)

Address: 42252

property ain127: float

Returns the voltage of the specified analog input.

Register: AIN127 (AIN#(48:127)@127)

Address: 254

property ain127_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN127_BINARY (AIN#(48:127)_BINARY@127)

Address: 50254

property ain127_ef_config_a: int

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@127)

Address: 9554

property ain127_ef_config_b: int

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@127)

Address: 9854

property ain127_ef_config_c: int

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@127)

Address: 10154

property ain127_ef_config_d: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@127)

Address: 10454

property ain127_ef_config_e: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@127)

Address: 10754

property ain127_ef_config_f: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@127)

Address: 11054

property ain127_ef_config_g: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@127)

Address: 11354

property ain127_ef_config_h: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@127)

Address: 11654

property ain127_ef_config_i: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@127)

Address: 11954

property ain127_ef_config_j: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@127)

Address: 12254

property ain127_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN127_EF_INDEX (AIN#(0:149)_EF_INDEX@127)

Address: 9254

property ain127_ef_read_a: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_A (AIN#(0:149)_EF_READ_A@127)

Address: 7254

property ain127_ef_read_b: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_B (AIN#(0:149)_EF_READ_B@127)

Address: 7554

property ain127_ef_read_c: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_C (AIN#(0:149)_EF_READ_C@127)

Address: 7854

property ain127_ef_read_d: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_D (AIN#(0:149)_EF_READ_D@127)

Address: 8154

property ain127_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN127_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@127)

Address: 41127

property ain127_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN127_RANGE (AIN#(48:127)_RANGE@127)

Address: 40254

property ain127_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN127_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@127)

Address: 41627

property ain127_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN127_SETTLING_US (AIN#(48:127)_SETTLING_US@127)

Address: 42254

property ain128_ef_config_a: int

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@128)

Address: 9556

property ain128_ef_config_b: int

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@128)

Address: 9856

property ain128_ef_config_c: int

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@128)

Address: 10156

property ain128_ef_config_d: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@128)

Address: 10456

property ain128_ef_config_e: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@128)

Address: 10756

property ain128_ef_config_f: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@128)

Address: 11056

property ain128_ef_config_g: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@128)

Address: 11356

property ain128_ef_config_h: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@128)

Address: 11656

property ain128_ef_config_i: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@128)

Address: 11956

property ain128_ef_config_j: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@128)

Address: 12256

property ain128_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN128_EF_INDEX (AIN#(0:149)_EF_INDEX@128)

Address: 9256

property ain128_ef_read_a: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_A (AIN#(0:149)_EF_READ_A@128)

Address: 7256

property ain128_ef_read_b: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_B (AIN#(0:149)_EF_READ_B@128)

Address: 7556

property ain128_ef_read_c: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_C (AIN#(0:149)_EF_READ_C@128)

Address: 7856

property ain128_ef_read_d: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_D (AIN#(0:149)_EF_READ_D@128)

Address: 8156

property ain129_ef_config_a: int

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@129)

Address: 9558

property ain129_ef_config_b: int

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@129)

Address: 9858

property ain129_ef_config_c: int

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@129)

Address: 10158

property ain129_ef_config_d: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@129)

Address: 10458

property ain129_ef_config_e: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@129)

Address: 10758

property ain129_ef_config_f: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@129)

Address: 11058

property ain129_ef_config_g: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@129)

Address: 11358

property ain129_ef_config_h: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@129)

Address: 11658

property ain129_ef_config_i: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@129)

Address: 11958

property ain129_ef_config_j: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@129)

Address: 12258

property ain129_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN129_EF_INDEX (AIN#(0:149)_EF_INDEX@129)

Address: 9258

property ain129_ef_read_a: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_A (AIN#(0:149)_EF_READ_A@129)

Address: 7258

property ain129_ef_read_b: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_B (AIN#(0:149)_EF_READ_B@129)

Address: 7558

property ain129_ef_read_c: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_C (AIN#(0:149)_EF_READ_C@129)

Address: 7858

property ain129_ef_read_d: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_D (AIN#(0:149)_EF_READ_D@129)

Address: 8158

property ain12_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN12_BINARY (AIN#(0:13)_BINARY@12)

Address: 50024

property ain12_ef_config_a: int

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@12)

Address: 9324

property ain12_ef_config_b: int

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@12)

Address: 9624

property ain12_ef_config_c: int

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@12)

Address: 9924

property ain12_ef_config_d: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@12)

Address: 10224

property ain12_ef_config_e: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@12)

Address: 10524

property ain12_ef_config_f: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@12)

Address: 10824

property ain12_ef_config_g: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@12)

Address: 11124

property ain12_ef_config_h: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@12)

Address: 11424

property ain12_ef_config_i: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@12)

Address: 11724

property ain12_ef_config_j: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@12)

Address: 12024

property ain12_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN12_EF_INDEX (AIN#(0:149)_EF_INDEX@12)

Address: 9024

property ain12_ef_read_a: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_A (AIN#(0:149)_EF_READ_A@12)

Address: 7024

property ain12_ef_read_b: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_B (AIN#(0:149)_EF_READ_B@12)

Address: 7324

property ain12_ef_read_c: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_C (AIN#(0:149)_EF_READ_C@12)

Address: 7624

property ain12_ef_read_d: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_D (AIN#(0:149)_EF_READ_D@12)

Address: 7924

property ain12_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN12_NEGATIVE_CH (AIN#(0:13)_NEGATIVE_CH@12)

Address: 41012

property ain12_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN12_RANGE (AIN#(0:13)_RANGE@12)

Address: 40024

property ain12_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN12_RESOLUTION_INDEX (AIN#(0:13)_RESOLUTION_INDEX@12)

Address: 41512

property ain12_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN12_SETTLING_US (AIN#(0:13)_SETTLING_US@12)

Address: 42024

property ain13: float

Returns the voltage of the specified analog input.

Register: AIN13 (AIN#(0:13)@13)

Address: 26

property ain130_ef_config_a: int

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@130)

Address: 9560

property ain130_ef_config_b: int

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@130)

Address: 9860

property ain130_ef_config_c: int

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@130)

Address: 10160

property ain130_ef_config_d: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@130)

Address: 10460

property ain130_ef_config_e: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@130)

Address: 10760

property ain130_ef_config_f: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@130)

Address: 11060

property ain130_ef_config_g: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@130)

Address: 11360

property ain130_ef_config_h: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@130)

Address: 11660

property ain130_ef_config_i: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@130)

Address: 11960

property ain130_ef_config_j: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@130)

Address: 12260

property ain130_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN130_EF_INDEX (AIN#(0:149)_EF_INDEX@130)

Address: 9260

property ain130_ef_read_a: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_A (AIN#(0:149)_EF_READ_A@130)

Address: 7260

property ain130_ef_read_b: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_B (AIN#(0:149)_EF_READ_B@130)

Address: 7560

property ain130_ef_read_c: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_C (AIN#(0:149)_EF_READ_C@130)

Address: 7860

property ain130_ef_read_d: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_D (AIN#(0:149)_EF_READ_D@130)

Address: 8160

property ain131_ef_config_a: int

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@131)

Address: 9562

property ain131_ef_config_b: int

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@131)

Address: 9862

property ain131_ef_config_c: int

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@131)

Address: 10162

property ain131_ef_config_d: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@131)

Address: 10462

property ain131_ef_config_e: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@131)

Address: 10762

property ain131_ef_config_f: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@131)

Address: 11062

property ain131_ef_config_g: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@131)

Address: 11362

property ain131_ef_config_h: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@131)

Address: 11662

property ain131_ef_config_i: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@131)

Address: 11962

property ain131_ef_config_j: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@131)

Address: 12262

property ain131_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN131_EF_INDEX (AIN#(0:149)_EF_INDEX@131)

Address: 9262

property ain131_ef_read_a: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_A (AIN#(0:149)_EF_READ_A@131)

Address: 7262

property ain131_ef_read_b: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_B (AIN#(0:149)_EF_READ_B@131)

Address: 7562

property ain131_ef_read_c: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_C (AIN#(0:149)_EF_READ_C@131)

Address: 7862

property ain131_ef_read_d: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_D (AIN#(0:149)_EF_READ_D@131)

Address: 8162

property ain132_ef_config_a: int

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@132)

Address: 9564

property ain132_ef_config_b: int

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@132)

Address: 9864

property ain132_ef_config_c: int

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@132)

Address: 10164

property ain132_ef_config_d: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@132)

Address: 10464

property ain132_ef_config_e: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@132)

Address: 10764

property ain132_ef_config_f: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@132)

Address: 11064

property ain132_ef_config_g: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@132)

Address: 11364

property ain132_ef_config_h: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@132)

Address: 11664

property ain132_ef_config_i: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@132)

Address: 11964

property ain132_ef_config_j: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@132)

Address: 12264

property ain132_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN132_EF_INDEX (AIN#(0:149)_EF_INDEX@132)

Address: 9264

property ain132_ef_read_a: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_A (AIN#(0:149)_EF_READ_A@132)

Address: 7264

property ain132_ef_read_b: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_B (AIN#(0:149)_EF_READ_B@132)

Address: 7564

property ain132_ef_read_c: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_C (AIN#(0:149)_EF_READ_C@132)

Address: 7864

property ain132_ef_read_d: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_D (AIN#(0:149)_EF_READ_D@132)

Address: 8164

property ain133_ef_config_a: int

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@133)

Address: 9566

property ain133_ef_config_b: int

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@133)

Address: 9866

property ain133_ef_config_c: int

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@133)

Address: 10166

property ain133_ef_config_d: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@133)

Address: 10466

property ain133_ef_config_e: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@133)

Address: 10766

property ain133_ef_config_f: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@133)

Address: 11066

property ain133_ef_config_g: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@133)

Address: 11366

property ain133_ef_config_h: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@133)

Address: 11666

property ain133_ef_config_i: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@133)

Address: 11966

property ain133_ef_config_j: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@133)

Address: 12266

property ain133_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN133_EF_INDEX (AIN#(0:149)_EF_INDEX@133)

Address: 9266

property ain133_ef_read_a: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_A (AIN#(0:149)_EF_READ_A@133)

Address: 7266

property ain133_ef_read_b: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_B (AIN#(0:149)_EF_READ_B@133)

Address: 7566

property ain133_ef_read_c: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_C (AIN#(0:149)_EF_READ_C@133)

Address: 7866

property ain133_ef_read_d: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_D (AIN#(0:149)_EF_READ_D@133)

Address: 8166

property ain134_ef_config_a: int

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@134)

Address: 9568

property ain134_ef_config_b: int

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@134)

Address: 9868

property ain134_ef_config_c: int

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@134)

Address: 10168

property ain134_ef_config_d: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@134)

Address: 10468

property ain134_ef_config_e: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@134)

Address: 10768

property ain134_ef_config_f: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@134)

Address: 11068

property ain134_ef_config_g: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@134)

Address: 11368

property ain134_ef_config_h: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@134)

Address: 11668

property ain134_ef_config_i: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@134)

Address: 11968

property ain134_ef_config_j: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@134)

Address: 12268

property ain134_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN134_EF_INDEX (AIN#(0:149)_EF_INDEX@134)

Address: 9268

property ain134_ef_read_a: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_A (AIN#(0:149)_EF_READ_A@134)

Address: 7268

property ain134_ef_read_b: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_B (AIN#(0:149)_EF_READ_B@134)

Address: 7568

property ain134_ef_read_c: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_C (AIN#(0:149)_EF_READ_C@134)

Address: 7868

property ain134_ef_read_d: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_D (AIN#(0:149)_EF_READ_D@134)

Address: 8168

property ain135_ef_config_a: int

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@135)

Address: 9570

property ain135_ef_config_b: int

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@135)

Address: 9870

property ain135_ef_config_c: int

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@135)

Address: 10170

property ain135_ef_config_d: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@135)

Address: 10470

property ain135_ef_config_e: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@135)

Address: 10770

property ain135_ef_config_f: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@135)

Address: 11070

property ain135_ef_config_g: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@135)

Address: 11370

property ain135_ef_config_h: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@135)

Address: 11670

property ain135_ef_config_i: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@135)

Address: 11970

property ain135_ef_config_j: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@135)

Address: 12270

property ain135_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN135_EF_INDEX (AIN#(0:149)_EF_INDEX@135)

Address: 9270

property ain135_ef_read_a: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_A (AIN#(0:149)_EF_READ_A@135)

Address: 7270

property ain135_ef_read_b: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_B (AIN#(0:149)_EF_READ_B@135)

Address: 7570

property ain135_ef_read_c: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_C (AIN#(0:149)_EF_READ_C@135)

Address: 7870

property ain135_ef_read_d: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_D (AIN#(0:149)_EF_READ_D@135)

Address: 8170

property ain136_ef_config_a: int

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@136)

Address: 9572

property ain136_ef_config_b: int

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@136)

Address: 9872

property ain136_ef_config_c: int

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@136)

Address: 10172

property ain136_ef_config_d: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@136)

Address: 10472

property ain136_ef_config_e: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@136)

Address: 10772

property ain136_ef_config_f: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@136)

Address: 11072

property ain136_ef_config_g: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@136)

Address: 11372

property ain136_ef_config_h: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@136)

Address: 11672

property ain136_ef_config_i: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@136)

Address: 11972

property ain136_ef_config_j: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@136)

Address: 12272

property ain136_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN136_EF_INDEX (AIN#(0:149)_EF_INDEX@136)

Address: 9272

property ain136_ef_read_a: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_A (AIN#(0:149)_EF_READ_A@136)

Address: 7272

property ain136_ef_read_b: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_B (AIN#(0:149)_EF_READ_B@136)

Address: 7572

property ain136_ef_read_c: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_C (AIN#(0:149)_EF_READ_C@136)

Address: 7872

property ain136_ef_read_d: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_D (AIN#(0:149)_EF_READ_D@136)

Address: 8172

property ain137_ef_config_a: int

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@137)

Address: 9574

property ain137_ef_config_b: int

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@137)

Address: 9874

property ain137_ef_config_c: int

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@137)

Address: 10174

property ain137_ef_config_d: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@137)

Address: 10474

property ain137_ef_config_e: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@137)

Address: 10774

property ain137_ef_config_f: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@137)

Address: 11074

property ain137_ef_config_g: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@137)

Address: 11374

property ain137_ef_config_h: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@137)

Address: 11674

property ain137_ef_config_i: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@137)

Address: 11974

property ain137_ef_config_j: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@137)

Address: 12274

property ain137_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN137_EF_INDEX (AIN#(0:149)_EF_INDEX@137)

Address: 9274

property ain137_ef_read_a: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_A (AIN#(0:149)_EF_READ_A@137)

Address: 7274

property ain137_ef_read_b: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_B (AIN#(0:149)_EF_READ_B@137)

Address: 7574

property ain137_ef_read_c: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_C (AIN#(0:149)_EF_READ_C@137)

Address: 7874

property ain137_ef_read_d: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_D (AIN#(0:149)_EF_READ_D@137)

Address: 8174

property ain138_ef_config_a: int

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@138)

Address: 9576

property ain138_ef_config_b: int

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@138)

Address: 9876

property ain138_ef_config_c: int

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@138)

Address: 10176

property ain138_ef_config_d: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@138)

Address: 10476

property ain138_ef_config_e: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@138)

Address: 10776

property ain138_ef_config_f: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@138)

Address: 11076

property ain138_ef_config_g: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@138)

Address: 11376

property ain138_ef_config_h: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@138)

Address: 11676

property ain138_ef_config_i: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@138)

Address: 11976

property ain138_ef_config_j: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@138)

Address: 12276

property ain138_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN138_EF_INDEX (AIN#(0:149)_EF_INDEX@138)

Address: 9276

property ain138_ef_read_a: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_A (AIN#(0:149)_EF_READ_A@138)

Address: 7276

property ain138_ef_read_b: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_B (AIN#(0:149)_EF_READ_B@138)

Address: 7576

property ain138_ef_read_c: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_C (AIN#(0:149)_EF_READ_C@138)

Address: 7876

property ain138_ef_read_d: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_D (AIN#(0:149)_EF_READ_D@138)

Address: 8176

property ain139_ef_config_a: int

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@139)

Address: 9578

property ain139_ef_config_b: int

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@139)

Address: 9878

property ain139_ef_config_c: int

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@139)

Address: 10178

property ain139_ef_config_d: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@139)

Address: 10478

property ain139_ef_config_e: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@139)

Address: 10778

property ain139_ef_config_f: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@139)

Address: 11078

property ain139_ef_config_g: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@139)

Address: 11378

property ain139_ef_config_h: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@139)

Address: 11678

property ain139_ef_config_i: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@139)

Address: 11978

property ain139_ef_config_j: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@139)

Address: 12278

property ain139_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN139_EF_INDEX (AIN#(0:149)_EF_INDEX@139)

Address: 9278

property ain139_ef_read_a: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_A (AIN#(0:149)_EF_READ_A@139)

Address: 7278

property ain139_ef_read_b: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_B (AIN#(0:149)_EF_READ_B@139)

Address: 7578

property ain139_ef_read_c: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_C (AIN#(0:149)_EF_READ_C@139)

Address: 7878

property ain139_ef_read_d: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_D (AIN#(0:149)_EF_READ_D@139)

Address: 8178

property ain13_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN13_BINARY (AIN#(0:13)_BINARY@13)

Address: 50026

property ain13_ef_config_a: int

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@13)

Address: 9326

property ain13_ef_config_b: int

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@13)

Address: 9626

property ain13_ef_config_c: int

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@13)

Address: 9926

property ain13_ef_config_d: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@13)

Address: 10226

property ain13_ef_config_e: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@13)

Address: 10526

property ain13_ef_config_f: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@13)

Address: 10826

property ain13_ef_config_g: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@13)

Address: 11126

property ain13_ef_config_h: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@13)

Address: 11426

property ain13_ef_config_i: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@13)

Address: 11726

property ain13_ef_config_j: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@13)

Address: 12026

property ain13_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN13_EF_INDEX (AIN#(0:149)_EF_INDEX@13)

Address: 9026

property ain13_ef_read_a: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_A (AIN#(0:149)_EF_READ_A@13)

Address: 7026

property ain13_ef_read_b: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_B (AIN#(0:149)_EF_READ_B@13)

Address: 7326

property ain13_ef_read_c: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_C (AIN#(0:149)_EF_READ_C@13)

Address: 7626

property ain13_ef_read_d: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_D (AIN#(0:149)_EF_READ_D@13)

Address: 7926

property ain13_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN13_NEGATIVE_CH (AIN#(0:13)_NEGATIVE_CH@13)

Address: 41013

property ain13_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN13_RANGE (AIN#(0:13)_RANGE@13)

Address: 40026

property ain13_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN13_RESOLUTION_INDEX (AIN#(0:13)_RESOLUTION_INDEX@13)

Address: 41513

property ain13_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN13_SETTLING_US (AIN#(0:13)_SETTLING_US@13)

Address: 42026

property ain140_ef_config_a: int

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@140)

Address: 9580

property ain140_ef_config_b: int

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@140)

Address: 9880

property ain140_ef_config_c: int

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@140)

Address: 10180

property ain140_ef_config_d: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@140)

Address: 10480

property ain140_ef_config_e: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@140)

Address: 10780

property ain140_ef_config_f: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@140)

Address: 11080

property ain140_ef_config_g: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@140)

Address: 11380

property ain140_ef_config_h: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@140)

Address: 11680

property ain140_ef_config_i: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@140)

Address: 11980

property ain140_ef_config_j: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@140)

Address: 12280

property ain140_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN140_EF_INDEX (AIN#(0:149)_EF_INDEX@140)

Address: 9280

property ain140_ef_read_a: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_A (AIN#(0:149)_EF_READ_A@140)

Address: 7280

property ain140_ef_read_b: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_B (AIN#(0:149)_EF_READ_B@140)

Address: 7580

property ain140_ef_read_c: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_C (AIN#(0:149)_EF_READ_C@140)

Address: 7880

property ain140_ef_read_d: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_D (AIN#(0:149)_EF_READ_D@140)

Address: 8180

property ain141_ef_config_a: int

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@141)

Address: 9582

property ain141_ef_config_b: int

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@141)

Address: 9882

property ain141_ef_config_c: int

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@141)

Address: 10182

property ain141_ef_config_d: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@141)

Address: 10482

property ain141_ef_config_e: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@141)

Address: 10782

property ain141_ef_config_f: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@141)

Address: 11082

property ain141_ef_config_g: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@141)

Address: 11382

property ain141_ef_config_h: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@141)

Address: 11682

property ain141_ef_config_i: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@141)

Address: 11982

property ain141_ef_config_j: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@141)

Address: 12282

property ain141_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN141_EF_INDEX (AIN#(0:149)_EF_INDEX@141)

Address: 9282

property ain141_ef_read_a: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_A (AIN#(0:149)_EF_READ_A@141)

Address: 7282

property ain141_ef_read_b: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_B (AIN#(0:149)_EF_READ_B@141)

Address: 7582

property ain141_ef_read_c: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_C (AIN#(0:149)_EF_READ_C@141)

Address: 7882

property ain141_ef_read_d: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_D (AIN#(0:149)_EF_READ_D@141)

Address: 8182

property ain142_ef_config_a: int

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@142)

Address: 9584

property ain142_ef_config_b: int

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@142)

Address: 9884

property ain142_ef_config_c: int

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@142)

Address: 10184

property ain142_ef_config_d: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@142)

Address: 10484

property ain142_ef_config_e: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@142)

Address: 10784

property ain142_ef_config_f: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@142)

Address: 11084

property ain142_ef_config_g: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@142)

Address: 11384

property ain142_ef_config_h: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@142)

Address: 11684

property ain142_ef_config_i: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@142)

Address: 11984

property ain142_ef_config_j: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@142)

Address: 12284

property ain142_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN142_EF_INDEX (AIN#(0:149)_EF_INDEX@142)

Address: 9284

property ain142_ef_read_a: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_A (AIN#(0:149)_EF_READ_A@142)

Address: 7284

property ain142_ef_read_b: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_B (AIN#(0:149)_EF_READ_B@142)

Address: 7584

property ain142_ef_read_c: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_C (AIN#(0:149)_EF_READ_C@142)

Address: 7884

property ain142_ef_read_d: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_D (AIN#(0:149)_EF_READ_D@142)

Address: 8184

property ain143_ef_config_a: int

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@143)

Address: 9586

property ain143_ef_config_b: int

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@143)

Address: 9886

property ain143_ef_config_c: int

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@143)

Address: 10186

property ain143_ef_config_d: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@143)

Address: 10486

property ain143_ef_config_e: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@143)

Address: 10786

property ain143_ef_config_f: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@143)

Address: 11086

property ain143_ef_config_g: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@143)

Address: 11386

property ain143_ef_config_h: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@143)

Address: 11686

property ain143_ef_config_i: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@143)

Address: 11986

property ain143_ef_config_j: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@143)

Address: 12286

property ain143_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN143_EF_INDEX (AIN#(0:149)_EF_INDEX@143)

Address: 9286

property ain143_ef_read_a: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_A (AIN#(0:149)_EF_READ_A@143)

Address: 7286

property ain143_ef_read_b: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_B (AIN#(0:149)_EF_READ_B@143)

Address: 7586

property ain143_ef_read_c: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_C (AIN#(0:149)_EF_READ_C@143)

Address: 7886

property ain143_ef_read_d: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_D (AIN#(0:149)_EF_READ_D@143)

Address: 8186

property ain144_ef_config_a: int

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@144)

Address: 9588

property ain144_ef_config_b: int

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@144)

Address: 9888

property ain144_ef_config_c: int

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@144)

Address: 10188

property ain144_ef_config_d: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@144)

Address: 10488

property ain144_ef_config_e: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@144)

Address: 10788

property ain144_ef_config_f: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@144)

Address: 11088

property ain144_ef_config_g: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@144)

Address: 11388

property ain144_ef_config_h: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@144)

Address: 11688

property ain144_ef_config_i: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@144)

Address: 11988

property ain144_ef_config_j: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@144)

Address: 12288

property ain144_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN144_EF_INDEX (AIN#(0:149)_EF_INDEX@144)

Address: 9288

property ain144_ef_read_a: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_A (AIN#(0:149)_EF_READ_A@144)

Address: 7288

property ain144_ef_read_b: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_B (AIN#(0:149)_EF_READ_B@144)

Address: 7588

property ain144_ef_read_c: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_C (AIN#(0:149)_EF_READ_C@144)

Address: 7888

property ain144_ef_read_d: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_D (AIN#(0:149)_EF_READ_D@144)

Address: 8188

property ain145_ef_config_a: int

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@145)

Address: 9590

property ain145_ef_config_b: int

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@145)

Address: 9890

property ain145_ef_config_c: int

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@145)

Address: 10190

property ain145_ef_config_d: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@145)

Address: 10490

property ain145_ef_config_e: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@145)

Address: 10790

property ain145_ef_config_f: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@145)

Address: 11090

property ain145_ef_config_g: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@145)

Address: 11390

property ain145_ef_config_h: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@145)

Address: 11690

property ain145_ef_config_i: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@145)

Address: 11990

property ain145_ef_config_j: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@145)

Address: 12290

property ain145_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN145_EF_INDEX (AIN#(0:149)_EF_INDEX@145)

Address: 9290

property ain145_ef_read_a: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_A (AIN#(0:149)_EF_READ_A@145)

Address: 7290

property ain145_ef_read_b: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_B (AIN#(0:149)_EF_READ_B@145)

Address: 7590

property ain145_ef_read_c: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_C (AIN#(0:149)_EF_READ_C@145)

Address: 7890

property ain145_ef_read_d: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_D (AIN#(0:149)_EF_READ_D@145)

Address: 8190

property ain146_ef_config_a: int

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@146)

Address: 9592

property ain146_ef_config_b: int

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@146)

Address: 9892

property ain146_ef_config_c: int

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@146)

Address: 10192

property ain146_ef_config_d: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@146)

Address: 10492

property ain146_ef_config_e: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@146)

Address: 10792

property ain146_ef_config_f: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@146)

Address: 11092

property ain146_ef_config_g: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@146)

Address: 11392

property ain146_ef_config_h: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@146)

Address: 11692

property ain146_ef_config_i: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@146)

Address: 11992

property ain146_ef_config_j: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@146)

Address: 12292

property ain146_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN146_EF_INDEX (AIN#(0:149)_EF_INDEX@146)

Address: 9292

property ain146_ef_read_a: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_A (AIN#(0:149)_EF_READ_A@146)

Address: 7292

property ain146_ef_read_b: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_B (AIN#(0:149)_EF_READ_B@146)

Address: 7592

property ain146_ef_read_c: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_C (AIN#(0:149)_EF_READ_C@146)

Address: 7892

property ain146_ef_read_d: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_D (AIN#(0:149)_EF_READ_D@146)

Address: 8192

property ain147_ef_config_a: int

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@147)

Address: 9594

property ain147_ef_config_b: int

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@147)

Address: 9894

property ain147_ef_config_c: int

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@147)

Address: 10194

property ain147_ef_config_d: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@147)

Address: 10494

property ain147_ef_config_e: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@147)

Address: 10794

property ain147_ef_config_f: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@147)

Address: 11094

property ain147_ef_config_g: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@147)

Address: 11394

property ain147_ef_config_h: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@147)

Address: 11694

property ain147_ef_config_i: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@147)

Address: 11994

property ain147_ef_config_j: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@147)

Address: 12294

property ain147_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN147_EF_INDEX (AIN#(0:149)_EF_INDEX@147)

Address: 9294

property ain147_ef_read_a: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_A (AIN#(0:149)_EF_READ_A@147)

Address: 7294

property ain147_ef_read_b: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_B (AIN#(0:149)_EF_READ_B@147)

Address: 7594

property ain147_ef_read_c: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_C (AIN#(0:149)_EF_READ_C@147)

Address: 7894

property ain147_ef_read_d: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_D (AIN#(0:149)_EF_READ_D@147)

Address: 8194

property ain148_ef_config_a: int

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@148)

Address: 9596

property ain148_ef_config_b: int

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@148)

Address: 9896

property ain148_ef_config_c: int

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@148)

Address: 10196

property ain148_ef_config_d: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@148)

Address: 10496

property ain148_ef_config_e: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@148)

Address: 10796

property ain148_ef_config_f: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@148)

Address: 11096

property ain148_ef_config_g: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@148)

Address: 11396

property ain148_ef_config_h: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@148)

Address: 11696

property ain148_ef_config_i: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@148)

Address: 11996

property ain148_ef_config_j: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@148)

Address: 12296

property ain148_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN148_EF_INDEX (AIN#(0:149)_EF_INDEX@148)

Address: 9296

property ain148_ef_read_a: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_A (AIN#(0:149)_EF_READ_A@148)

Address: 7296

property ain148_ef_read_b: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_B (AIN#(0:149)_EF_READ_B@148)

Address: 7596

property ain148_ef_read_c: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_C (AIN#(0:149)_EF_READ_C@148)

Address: 7896

property ain148_ef_read_d: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_D (AIN#(0:149)_EF_READ_D@148)

Address: 8196

property ain149_ef_config_a: int

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@149)

Address: 9598

property ain149_ef_config_b: int

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@149)

Address: 9898

property ain149_ef_config_c: int

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@149)

Address: 10198

property ain149_ef_config_d: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@149)

Address: 10498

property ain149_ef_config_e: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@149)

Address: 10798

property ain149_ef_config_f: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@149)

Address: 11098

property ain149_ef_config_g: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@149)

Address: 11398

property ain149_ef_config_h: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@149)

Address: 11698

property ain149_ef_config_i: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@149)

Address: 11998

property ain149_ef_config_j: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@149)

Address: 12298

property ain149_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN149_EF_INDEX (AIN#(0:149)_EF_INDEX@149)

Address: 9298

property ain149_ef_read_a: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_A (AIN#(0:149)_EF_READ_A@149)

Address: 7298

property ain149_ef_read_b: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_B (AIN#(0:149)_EF_READ_B@149)

Address: 7598

property ain149_ef_read_c: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_C (AIN#(0:149)_EF_READ_C@149)

Address: 7898

property ain149_ef_read_d: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_D (AIN#(0:149)_EF_READ_D@149)

Address: 8198

property ain14_ef_config_a: int

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@14)

Address: 9328

property ain14_ef_config_b: int

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@14)

Address: 9628

property ain14_ef_config_c: int

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@14)

Address: 9928

property ain14_ef_config_d: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@14)

Address: 10228

property ain14_ef_config_e: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@14)

Address: 10528

property ain14_ef_config_f: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@14)

Address: 10828

property ain14_ef_config_g: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@14)

Address: 11128

property ain14_ef_config_h: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@14)

Address: 11428

property ain14_ef_config_i: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@14)

Address: 11728

property ain14_ef_config_j: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@14)

Address: 12028

property ain14_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN14_EF_INDEX (AIN#(0:149)_EF_INDEX@14)

Address: 9028

property ain14_ef_read_a: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_A (AIN#(0:149)_EF_READ_A@14)

Address: 7028

property ain14_ef_read_b: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_B (AIN#(0:149)_EF_READ_B@14)

Address: 7328

property ain14_ef_read_c: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_C (AIN#(0:149)_EF_READ_C@14)

Address: 7628

property ain14_ef_read_d: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_D (AIN#(0:149)_EF_READ_D@14)

Address: 7928

property ain15_ef_config_a: int

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@15)

Address: 9330

property ain15_ef_config_b: int

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@15)

Address: 9630

property ain15_ef_config_c: int

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@15)

Address: 9930

property ain15_ef_config_d: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@15)

Address: 10230

property ain15_ef_config_e: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@15)

Address: 10530

property ain15_ef_config_f: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@15)

Address: 10830

property ain15_ef_config_g: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@15)

Address: 11130

property ain15_ef_config_h: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@15)

Address: 11430

property ain15_ef_config_i: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@15)

Address: 11730

property ain15_ef_config_j: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@15)

Address: 12030

property ain15_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN15_EF_INDEX (AIN#(0:149)_EF_INDEX@15)

Address: 9030

property ain15_ef_read_a: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_A (AIN#(0:149)_EF_READ_A@15)

Address: 7030

property ain15_ef_read_b: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_B (AIN#(0:149)_EF_READ_B@15)

Address: 7330

property ain15_ef_read_c: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_C (AIN#(0:149)_EF_READ_C@15)

Address: 7630

property ain15_ef_read_d: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_D (AIN#(0:149)_EF_READ_D@15)

Address: 7930

property ain16_ef_config_a: int

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@16)

Address: 9332

property ain16_ef_config_b: int

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@16)

Address: 9632

property ain16_ef_config_c: int

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@16)

Address: 9932

property ain16_ef_config_d: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@16)

Address: 10232

property ain16_ef_config_e: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@16)

Address: 10532

property ain16_ef_config_f: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@16)

Address: 10832

property ain16_ef_config_g: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@16)

Address: 11132

property ain16_ef_config_h: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@16)

Address: 11432

property ain16_ef_config_i: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@16)

Address: 11732

property ain16_ef_config_j: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@16)

Address: 12032

property ain16_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN16_EF_INDEX (AIN#(0:149)_EF_INDEX@16)

Address: 9032

property ain16_ef_read_a: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_A (AIN#(0:149)_EF_READ_A@16)

Address: 7032

property ain16_ef_read_b: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_B (AIN#(0:149)_EF_READ_B@16)

Address: 7332

property ain16_ef_read_c: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_C (AIN#(0:149)_EF_READ_C@16)

Address: 7632

property ain16_ef_read_d: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_D (AIN#(0:149)_EF_READ_D@16)

Address: 7932

property ain17_ef_config_a: int

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@17)

Address: 9334

property ain17_ef_config_b: int

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@17)

Address: 9634

property ain17_ef_config_c: int

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@17)

Address: 9934

property ain17_ef_config_d: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@17)

Address: 10234

property ain17_ef_config_e: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@17)

Address: 10534

property ain17_ef_config_f: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@17)

Address: 10834

property ain17_ef_config_g: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@17)

Address: 11134

property ain17_ef_config_h: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@17)

Address: 11434

property ain17_ef_config_i: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@17)

Address: 11734

property ain17_ef_config_j: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@17)

Address: 12034

property ain17_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN17_EF_INDEX (AIN#(0:149)_EF_INDEX@17)

Address: 9034

property ain17_ef_read_a: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_A (AIN#(0:149)_EF_READ_A@17)

Address: 7034

property ain17_ef_read_b: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_B (AIN#(0:149)_EF_READ_B@17)

Address: 7334

property ain17_ef_read_c: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_C (AIN#(0:149)_EF_READ_C@17)

Address: 7634

property ain17_ef_read_d: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_D (AIN#(0:149)_EF_READ_D@17)

Address: 7934

property ain18_ef_config_a: int

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@18)

Address: 9336

property ain18_ef_config_b: int

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@18)

Address: 9636

property ain18_ef_config_c: int

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@18)

Address: 9936

property ain18_ef_config_d: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@18)

Address: 10236

property ain18_ef_config_e: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@18)

Address: 10536

property ain18_ef_config_f: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@18)

Address: 10836

property ain18_ef_config_g: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@18)

Address: 11136

property ain18_ef_config_h: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@18)

Address: 11436

property ain18_ef_config_i: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@18)

Address: 11736

property ain18_ef_config_j: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@18)

Address: 12036

property ain18_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN18_EF_INDEX (AIN#(0:149)_EF_INDEX@18)

Address: 9036

property ain18_ef_read_a: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_A (AIN#(0:149)_EF_READ_A@18)

Address: 7036

property ain18_ef_read_b: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_B (AIN#(0:149)_EF_READ_B@18)

Address: 7336

property ain18_ef_read_c: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_C (AIN#(0:149)_EF_READ_C@18)

Address: 7636

property ain18_ef_read_d: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_D (AIN#(0:149)_EF_READ_D@18)

Address: 7936

property ain19_ef_config_a: int

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@19)

Address: 9338

property ain19_ef_config_b: int

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@19)

Address: 9638

property ain19_ef_config_c: int

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@19)

Address: 9938

property ain19_ef_config_d: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@19)

Address: 10238

property ain19_ef_config_e: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@19)

Address: 10538

property ain19_ef_config_f: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@19)

Address: 10838

property ain19_ef_config_g: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@19)

Address: 11138

property ain19_ef_config_h: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@19)

Address: 11438

property ain19_ef_config_i: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@19)

Address: 11738

property ain19_ef_config_j: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@19)

Address: 12038

property ain19_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN19_EF_INDEX (AIN#(0:149)_EF_INDEX@19)

Address: 9038

property ain19_ef_read_a: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_A (AIN#(0:149)_EF_READ_A@19)

Address: 7038

property ain19_ef_read_b: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_B (AIN#(0:149)_EF_READ_B@19)

Address: 7338

property ain19_ef_read_c: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_C (AIN#(0:149)_EF_READ_C@19)

Address: 7638

property ain19_ef_read_d: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_D (AIN#(0:149)_EF_READ_D@19)

Address: 7938

property ain1_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN1_BINARY (AIN#(0:13)_BINARY@1)

Address: 50002

property ain1_ef_config_a: int

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@1)

Address: 9302

property ain1_ef_config_b: int

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@1)

Address: 9602

property ain1_ef_config_c: int

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@1)

Address: 9902

property ain1_ef_config_d: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@1)

Address: 10202

property ain1_ef_config_e: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@1)

Address: 10502

property ain1_ef_config_f: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@1)

Address: 10802

property ain1_ef_config_g: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@1)

Address: 11102

property ain1_ef_config_h: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@1)

Address: 11402

property ain1_ef_config_i: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@1)

Address: 11702

property ain1_ef_config_j: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@1)

Address: 12002

property ain1_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN1_EF_INDEX (AIN#(0:149)_EF_INDEX@1)

Address: 9002

property ain1_ef_read_a: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_A (AIN#(0:149)_EF_READ_A@1)

Address: 7002

property ain1_ef_read_b: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_B (AIN#(0:149)_EF_READ_B@1)

Address: 7302

property ain1_ef_read_c: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_C (AIN#(0:149)_EF_READ_C@1)

Address: 7602

property ain1_ef_read_d: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_D (AIN#(0:149)_EF_READ_D@1)

Address: 7902

property ain1_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN1_NEGATIVE_CH (AIN#(0:13)_NEGATIVE_CH@1)

Address: 41001

property ain1_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN1_RANGE (AIN#(0:13)_RANGE@1)

Address: 40002

property ain1_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN1_RESOLUTION_INDEX (AIN#(0:13)_RESOLUTION_INDEX@1)

Address: 41501

property ain1_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN1_SETTLING_US (AIN#(0:13)_SETTLING_US@1)

Address: 42002

property ain2: float

Returns the voltage of the specified analog input.

Register: AIN2 (AIN#(0:13)@2)

Address: 4

property ain20_ef_config_a: int

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@20)

Address: 9340

property ain20_ef_config_b: int

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@20)

Address: 9640

property ain20_ef_config_c: int

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@20)

Address: 9940

property ain20_ef_config_d: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@20)

Address: 10240

property ain20_ef_config_e: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@20)

Address: 10540

property ain20_ef_config_f: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@20)

Address: 10840

property ain20_ef_config_g: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@20)

Address: 11140

property ain20_ef_config_h: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@20)

Address: 11440

property ain20_ef_config_i: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@20)

Address: 11740

property ain20_ef_config_j: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@20)

Address: 12040

property ain20_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN20_EF_INDEX (AIN#(0:149)_EF_INDEX@20)

Address: 9040

property ain20_ef_read_a: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_A (AIN#(0:149)_EF_READ_A@20)

Address: 7040

property ain20_ef_read_b: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_B (AIN#(0:149)_EF_READ_B@20)

Address: 7340

property ain20_ef_read_c: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_C (AIN#(0:149)_EF_READ_C@20)

Address: 7640

property ain20_ef_read_d: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_D (AIN#(0:149)_EF_READ_D@20)

Address: 7940

property ain21_ef_config_a: int

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@21)

Address: 9342

property ain21_ef_config_b: int

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@21)

Address: 9642

property ain21_ef_config_c: int

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@21)

Address: 9942

property ain21_ef_config_d: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@21)

Address: 10242

property ain21_ef_config_e: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@21)

Address: 10542

property ain21_ef_config_f: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@21)

Address: 10842

property ain21_ef_config_g: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@21)

Address: 11142

property ain21_ef_config_h: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@21)

Address: 11442

property ain21_ef_config_i: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@21)

Address: 11742

property ain21_ef_config_j: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@21)

Address: 12042

property ain21_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN21_EF_INDEX (AIN#(0:149)_EF_INDEX@21)

Address: 9042

property ain21_ef_read_a: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_A (AIN#(0:149)_EF_READ_A@21)

Address: 7042

property ain21_ef_read_b: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_B (AIN#(0:149)_EF_READ_B@21)

Address: 7342

property ain21_ef_read_c: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_C (AIN#(0:149)_EF_READ_C@21)

Address: 7642

property ain21_ef_read_d: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_D (AIN#(0:149)_EF_READ_D@21)

Address: 7942

property ain22_ef_config_a: int

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@22)

Address: 9344

property ain22_ef_config_b: int

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@22)

Address: 9644

property ain22_ef_config_c: int

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@22)

Address: 9944

property ain22_ef_config_d: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@22)

Address: 10244

property ain22_ef_config_e: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@22)

Address: 10544

property ain22_ef_config_f: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@22)

Address: 10844

property ain22_ef_config_g: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@22)

Address: 11144

property ain22_ef_config_h: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@22)

Address: 11444

property ain22_ef_config_i: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@22)

Address: 11744

property ain22_ef_config_j: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@22)

Address: 12044

property ain22_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN22_EF_INDEX (AIN#(0:149)_EF_INDEX@22)

Address: 9044

property ain22_ef_read_a: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_A (AIN#(0:149)_EF_READ_A@22)

Address: 7044

property ain22_ef_read_b: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_B (AIN#(0:149)_EF_READ_B@22)

Address: 7344

property ain22_ef_read_c: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_C (AIN#(0:149)_EF_READ_C@22)

Address: 7644

property ain22_ef_read_d: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_D (AIN#(0:149)_EF_READ_D@22)

Address: 7944

property ain23_ef_config_a: int

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@23)

Address: 9346

property ain23_ef_config_b: int

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@23)

Address: 9646

property ain23_ef_config_c: int

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@23)

Address: 9946

property ain23_ef_config_d: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@23)

Address: 10246

property ain23_ef_config_e: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@23)

Address: 10546

property ain23_ef_config_f: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@23)

Address: 10846

property ain23_ef_config_g: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@23)

Address: 11146

property ain23_ef_config_h: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@23)

Address: 11446

property ain23_ef_config_i: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@23)

Address: 11746

property ain23_ef_config_j: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@23)

Address: 12046

property ain23_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN23_EF_INDEX (AIN#(0:149)_EF_INDEX@23)

Address: 9046

property ain23_ef_read_a: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_A (AIN#(0:149)_EF_READ_A@23)

Address: 7046

property ain23_ef_read_b: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_B (AIN#(0:149)_EF_READ_B@23)

Address: 7346

property ain23_ef_read_c: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_C (AIN#(0:149)_EF_READ_C@23)

Address: 7646

property ain23_ef_read_d: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_D (AIN#(0:149)_EF_READ_D@23)

Address: 7946

property ain24_ef_config_a: int

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@24)

Address: 9348

property ain24_ef_config_b: int

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@24)

Address: 9648

property ain24_ef_config_c: int

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@24)

Address: 9948

property ain24_ef_config_d: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@24)

Address: 10248

property ain24_ef_config_e: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@24)

Address: 10548

property ain24_ef_config_f: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@24)

Address: 10848

property ain24_ef_config_g: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@24)

Address: 11148

property ain24_ef_config_h: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@24)

Address: 11448

property ain24_ef_config_i: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@24)

Address: 11748

property ain24_ef_config_j: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@24)

Address: 12048

property ain24_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN24_EF_INDEX (AIN#(0:149)_EF_INDEX@24)

Address: 9048

property ain24_ef_read_a: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_A (AIN#(0:149)_EF_READ_A@24)

Address: 7048

property ain24_ef_read_b: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_B (AIN#(0:149)_EF_READ_B@24)

Address: 7348

property ain24_ef_read_c: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_C (AIN#(0:149)_EF_READ_C@24)

Address: 7648

property ain24_ef_read_d: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_D (AIN#(0:149)_EF_READ_D@24)

Address: 7948

property ain25_ef_config_a: int

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@25)

Address: 9350

property ain25_ef_config_b: int

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@25)

Address: 9650

property ain25_ef_config_c: int

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@25)

Address: 9950

property ain25_ef_config_d: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@25)

Address: 10250

property ain25_ef_config_e: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@25)

Address: 10550

property ain25_ef_config_f: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@25)

Address: 10850

property ain25_ef_config_g: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@25)

Address: 11150

property ain25_ef_config_h: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@25)

Address: 11450

property ain25_ef_config_i: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@25)

Address: 11750

property ain25_ef_config_j: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@25)

Address: 12050

property ain25_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN25_EF_INDEX (AIN#(0:149)_EF_INDEX@25)

Address: 9050

property ain25_ef_read_a: float

Function dependent on selected feature index.

Register: AIN25_EF_READ_A (AIN#(0:149)_EF_READ_A@25)

Address: 7050

property ain25_ef_read_b: float

Function dependent on selected feature index.

Register: AIN25_EF_READ_B (AIN#(0:149)_EF_READ_B@25)

Address: 7350

property ain25_ef_read_c: float

Function dependent on selected feature index.

Register: AIN25_EF_READ_C (AIN#(0:149)_EF_READ_C@25)

Address: 7650

property ain25_ef_read_d: float

Function dependent on selected feature index.

Register: AIN25_EF_READ_D (AIN#(0:149)_EF_READ_D@25)

Address: 7950

property ain26_ef_config_a: int

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@26)

Address: 9352

property ain26_ef_config_b: int

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@26)

Address: 9652

property ain26_ef_config_c: int

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@26)

Address: 9952

property ain26_ef_config_d: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@26)

Address: 10252

property ain26_ef_config_e: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@26)

Address: 10552

property ain26_ef_config_f: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@26)

Address: 10852

property ain26_ef_config_g: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@26)

Address: 11152

property ain26_ef_config_h: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@26)

Address: 11452

property ain26_ef_config_i: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@26)

Address: 11752

property ain26_ef_config_j: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@26)

Address: 12052

property ain26_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN26_EF_INDEX (AIN#(0:149)_EF_INDEX@26)

Address: 9052

property ain26_ef_read_a: float

Function dependent on selected feature index.

Register: AIN26_EF_READ_A (AIN#(0:149)_EF_READ_A@26)

Address: 7052

property ain26_ef_read_b: float

Function dependent on selected feature index.

Register: AIN26_EF_READ_B (AIN#(0:149)_EF_READ_B@26)

Address: 7352

property ain26_ef_read_c: float

Function dependent on selected feature index.

Register: AIN26_EF_READ_C (AIN#(0:149)_EF_READ_C@26)

Address: 7652

property ain26_ef_read_d: float

Function dependent on selected feature index.

Register: AIN26_EF_READ_D (AIN#(0:149)_EF_READ_D@26)

Address: 7952

property ain27_ef_config_a: int

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@27)

Address: 9354

property ain27_ef_config_b: int

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@27)

Address: 9654

property ain27_ef_config_c: int

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@27)

Address: 9954

property ain27_ef_config_d: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@27)

Address: 10254

property ain27_ef_config_e: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@27)

Address: 10554

property ain27_ef_config_f: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@27)

Address: 10854

property ain27_ef_config_g: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@27)

Address: 11154

property ain27_ef_config_h: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@27)

Address: 11454

property ain27_ef_config_i: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@27)

Address: 11754

property ain27_ef_config_j: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@27)

Address: 12054

property ain27_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN27_EF_INDEX (AIN#(0:149)_EF_INDEX@27)

Address: 9054

property ain27_ef_read_a: float

Function dependent on selected feature index.

Register: AIN27_EF_READ_A (AIN#(0:149)_EF_READ_A@27)

Address: 7054

property ain27_ef_read_b: float

Function dependent on selected feature index.

Register: AIN27_EF_READ_B (AIN#(0:149)_EF_READ_B@27)

Address: 7354

property ain27_ef_read_c: float

Function dependent on selected feature index.

Register: AIN27_EF_READ_C (AIN#(0:149)_EF_READ_C@27)

Address: 7654

property ain27_ef_read_d: float

Function dependent on selected feature index.

Register: AIN27_EF_READ_D (AIN#(0:149)_EF_READ_D@27)

Address: 7954

property ain28_ef_config_a: int

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@28)

Address: 9356

property ain28_ef_config_b: int

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@28)

Address: 9656

property ain28_ef_config_c: int

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@28)

Address: 9956

property ain28_ef_config_d: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@28)

Address: 10256

property ain28_ef_config_e: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@28)

Address: 10556

property ain28_ef_config_f: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@28)

Address: 10856

property ain28_ef_config_g: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@28)

Address: 11156

property ain28_ef_config_h: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@28)

Address: 11456

property ain28_ef_config_i: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@28)

Address: 11756

property ain28_ef_config_j: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@28)

Address: 12056

property ain28_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN28_EF_INDEX (AIN#(0:149)_EF_INDEX@28)

Address: 9056

property ain28_ef_read_a: float

Function dependent on selected feature index.

Register: AIN28_EF_READ_A (AIN#(0:149)_EF_READ_A@28)

Address: 7056

property ain28_ef_read_b: float

Function dependent on selected feature index.

Register: AIN28_EF_READ_B (AIN#(0:149)_EF_READ_B@28)

Address: 7356

property ain28_ef_read_c: float

Function dependent on selected feature index.

Register: AIN28_EF_READ_C (AIN#(0:149)_EF_READ_C@28)

Address: 7656

property ain28_ef_read_d: float

Function dependent on selected feature index.

Register: AIN28_EF_READ_D (AIN#(0:149)_EF_READ_D@28)

Address: 7956

property ain29_ef_config_a: int

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@29)

Address: 9358

property ain29_ef_config_b: int

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@29)

Address: 9658

property ain29_ef_config_c: int

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@29)

Address: 9958

property ain29_ef_config_d: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@29)

Address: 10258

property ain29_ef_config_e: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@29)

Address: 10558

property ain29_ef_config_f: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@29)

Address: 10858

property ain29_ef_config_g: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@29)

Address: 11158

property ain29_ef_config_h: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@29)

Address: 11458

property ain29_ef_config_i: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@29)

Address: 11758

property ain29_ef_config_j: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@29)

Address: 12058

property ain29_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN29_EF_INDEX (AIN#(0:149)_EF_INDEX@29)

Address: 9058

property ain29_ef_read_a: float

Function dependent on selected feature index.

Register: AIN29_EF_READ_A (AIN#(0:149)_EF_READ_A@29)

Address: 7058

property ain29_ef_read_b: float

Function dependent on selected feature index.

Register: AIN29_EF_READ_B (AIN#(0:149)_EF_READ_B@29)

Address: 7358

property ain29_ef_read_c: float

Function dependent on selected feature index.

Register: AIN29_EF_READ_C (AIN#(0:149)_EF_READ_C@29)

Address: 7658

property ain29_ef_read_d: float

Function dependent on selected feature index.

Register: AIN29_EF_READ_D (AIN#(0:149)_EF_READ_D@29)

Address: 7958

property ain2_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN2_BINARY (AIN#(0:13)_BINARY@2)

Address: 50004

property ain2_ef_config_a: int

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@2)

Address: 9304

property ain2_ef_config_b: int

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@2)

Address: 9604

property ain2_ef_config_c: int

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@2)

Address: 9904

property ain2_ef_config_d: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@2)

Address: 10204

property ain2_ef_config_e: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@2)

Address: 10504

property ain2_ef_config_f: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@2)

Address: 10804

property ain2_ef_config_g: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@2)

Address: 11104

property ain2_ef_config_h: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@2)

Address: 11404

property ain2_ef_config_i: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@2)

Address: 11704

property ain2_ef_config_j: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@2)

Address: 12004

property ain2_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN2_EF_INDEX (AIN#(0:149)_EF_INDEX@2)

Address: 9004

property ain2_ef_read_a: float

Function dependent on selected feature index.

Register: AIN2_EF_READ_A (AIN#(0:149)_EF_READ_A@2)

Address: 7004

property ain2_ef_read_b: float

Function dependent on selected feature index.

Register: AIN2_EF_READ_B (AIN#(0:149)_EF_READ_B@2)

Address: 7304

property ain2_ef_read_c: float

Function dependent on selected feature index.

Register: AIN2_EF_READ_C (AIN#(0:149)_EF_READ_C@2)

Address: 7604

property ain2_ef_read_d: float

Function dependent on selected feature index.

Register: AIN2_EF_READ_D (AIN#(0:149)_EF_READ_D@2)

Address: 7904

property ain2_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN2_NEGATIVE_CH (AIN#(0:13)_NEGATIVE_CH@2)

Address: 41002

property ain2_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN2_RANGE (AIN#(0:13)_RANGE@2)

Address: 40004

property ain2_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN2_RESOLUTION_INDEX (AIN#(0:13)_RESOLUTION_INDEX@2)

Address: 41502

property ain2_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN2_SETTLING_US (AIN#(0:13)_SETTLING_US@2)

Address: 42004

property ain3: float

Returns the voltage of the specified analog input.

Register: AIN3 (AIN#(0:13)@3)

Address: 6

property ain30_ef_config_a: int

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@30)

Address: 9360

property ain30_ef_config_b: int

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@30)

Address: 9660

property ain30_ef_config_c: int

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@30)

Address: 9960

property ain30_ef_config_d: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@30)

Address: 10260

property ain30_ef_config_e: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@30)

Address: 10560

property ain30_ef_config_f: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@30)

Address: 10860

property ain30_ef_config_g: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@30)

Address: 11160

property ain30_ef_config_h: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@30)

Address: 11460

property ain30_ef_config_i: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@30)

Address: 11760

property ain30_ef_config_j: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@30)

Address: 12060

property ain30_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN30_EF_INDEX (AIN#(0:149)_EF_INDEX@30)

Address: 9060

property ain30_ef_read_a: float

Function dependent on selected feature index.

Register: AIN30_EF_READ_A (AIN#(0:149)_EF_READ_A@30)

Address: 7060

property ain30_ef_read_b: float

Function dependent on selected feature index.

Register: AIN30_EF_READ_B (AIN#(0:149)_EF_READ_B@30)

Address: 7360

property ain30_ef_read_c: float

Function dependent on selected feature index.

Register: AIN30_EF_READ_C (AIN#(0:149)_EF_READ_C@30)

Address: 7660

property ain30_ef_read_d: float

Function dependent on selected feature index.

Register: AIN30_EF_READ_D (AIN#(0:149)_EF_READ_D@30)

Address: 7960

property ain31_ef_config_a: int

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@31)

Address: 9362

property ain31_ef_config_b: int

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@31)

Address: 9662

property ain31_ef_config_c: int

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@31)

Address: 9962

property ain31_ef_config_d: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@31)

Address: 10262

property ain31_ef_config_e: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@31)

Address: 10562

property ain31_ef_config_f: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@31)

Address: 10862

property ain31_ef_config_g: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@31)

Address: 11162

property ain31_ef_config_h: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@31)

Address: 11462

property ain31_ef_config_i: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@31)

Address: 11762

property ain31_ef_config_j: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@31)

Address: 12062

property ain31_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN31_EF_INDEX (AIN#(0:149)_EF_INDEX@31)

Address: 9062

property ain31_ef_read_a: float

Function dependent on selected feature index.

Register: AIN31_EF_READ_A (AIN#(0:149)_EF_READ_A@31)

Address: 7062

property ain31_ef_read_b: float

Function dependent on selected feature index.

Register: AIN31_EF_READ_B (AIN#(0:149)_EF_READ_B@31)

Address: 7362

property ain31_ef_read_c: float

Function dependent on selected feature index.

Register: AIN31_EF_READ_C (AIN#(0:149)_EF_READ_C@31)

Address: 7662

property ain31_ef_read_d: float

Function dependent on selected feature index.

Register: AIN31_EF_READ_D (AIN#(0:149)_EF_READ_D@31)

Address: 7962

property ain32_ef_config_a: int

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@32)

Address: 9364

property ain32_ef_config_b: int

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@32)

Address: 9664

property ain32_ef_config_c: int

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@32)

Address: 9964

property ain32_ef_config_d: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@32)

Address: 10264

property ain32_ef_config_e: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@32)

Address: 10564

property ain32_ef_config_f: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@32)

Address: 10864

property ain32_ef_config_g: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@32)

Address: 11164

property ain32_ef_config_h: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@32)

Address: 11464

property ain32_ef_config_i: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@32)

Address: 11764

property ain32_ef_config_j: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@32)

Address: 12064

property ain32_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN32_EF_INDEX (AIN#(0:149)_EF_INDEX@32)

Address: 9064

property ain32_ef_read_a: float

Function dependent on selected feature index.

Register: AIN32_EF_READ_A (AIN#(0:149)_EF_READ_A@32)

Address: 7064

property ain32_ef_read_b: float

Function dependent on selected feature index.

Register: AIN32_EF_READ_B (AIN#(0:149)_EF_READ_B@32)

Address: 7364

property ain32_ef_read_c: float

Function dependent on selected feature index.

Register: AIN32_EF_READ_C (AIN#(0:149)_EF_READ_C@32)

Address: 7664

property ain32_ef_read_d: float

Function dependent on selected feature index.

Register: AIN32_EF_READ_D (AIN#(0:149)_EF_READ_D@32)

Address: 7964

property ain33_ef_config_a: int

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@33)

Address: 9366

property ain33_ef_config_b: int

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@33)

Address: 9666

property ain33_ef_config_c: int

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@33)

Address: 9966

property ain33_ef_config_d: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@33)

Address: 10266

property ain33_ef_config_e: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@33)

Address: 10566

property ain33_ef_config_f: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@33)

Address: 10866

property ain33_ef_config_g: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@33)

Address: 11166

property ain33_ef_config_h: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@33)

Address: 11466

property ain33_ef_config_i: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@33)

Address: 11766

property ain33_ef_config_j: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@33)

Address: 12066

property ain33_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN33_EF_INDEX (AIN#(0:149)_EF_INDEX@33)

Address: 9066

property ain33_ef_read_a: float

Function dependent on selected feature index.

Register: AIN33_EF_READ_A (AIN#(0:149)_EF_READ_A@33)

Address: 7066

property ain33_ef_read_b: float

Function dependent on selected feature index.

Register: AIN33_EF_READ_B (AIN#(0:149)_EF_READ_B@33)

Address: 7366

property ain33_ef_read_c: float

Function dependent on selected feature index.

Register: AIN33_EF_READ_C (AIN#(0:149)_EF_READ_C@33)

Address: 7666

property ain33_ef_read_d: float

Function dependent on selected feature index.

Register: AIN33_EF_READ_D (AIN#(0:149)_EF_READ_D@33)

Address: 7966

property ain34_ef_config_a: int

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@34)

Address: 9368

property ain34_ef_config_b: int

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@34)

Address: 9668

property ain34_ef_config_c: int

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@34)

Address: 9968

property ain34_ef_config_d: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@34)

Address: 10268

property ain34_ef_config_e: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@34)

Address: 10568

property ain34_ef_config_f: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@34)

Address: 10868

property ain34_ef_config_g: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@34)

Address: 11168

property ain34_ef_config_h: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@34)

Address: 11468

property ain34_ef_config_i: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@34)

Address: 11768

property ain34_ef_config_j: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@34)

Address: 12068

property ain34_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN34_EF_INDEX (AIN#(0:149)_EF_INDEX@34)

Address: 9068

property ain34_ef_read_a: float

Function dependent on selected feature index.

Register: AIN34_EF_READ_A (AIN#(0:149)_EF_READ_A@34)

Address: 7068

property ain34_ef_read_b: float

Function dependent on selected feature index.

Register: AIN34_EF_READ_B (AIN#(0:149)_EF_READ_B@34)

Address: 7368

property ain34_ef_read_c: float

Function dependent on selected feature index.

Register: AIN34_EF_READ_C (AIN#(0:149)_EF_READ_C@34)

Address: 7668

property ain34_ef_read_d: float

Function dependent on selected feature index.

Register: AIN34_EF_READ_D (AIN#(0:149)_EF_READ_D@34)

Address: 7968

property ain35_ef_config_a: int

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@35)

Address: 9370

property ain35_ef_config_b: int

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@35)

Address: 9670

property ain35_ef_config_c: int

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@35)

Address: 9970

property ain35_ef_config_d: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@35)

Address: 10270

property ain35_ef_config_e: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@35)

Address: 10570

property ain35_ef_config_f: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@35)

Address: 10870

property ain35_ef_config_g: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@35)

Address: 11170

property ain35_ef_config_h: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@35)

Address: 11470

property ain35_ef_config_i: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@35)

Address: 11770

property ain35_ef_config_j: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@35)

Address: 12070

property ain35_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN35_EF_INDEX (AIN#(0:149)_EF_INDEX@35)

Address: 9070

property ain35_ef_read_a: float

Function dependent on selected feature index.

Register: AIN35_EF_READ_A (AIN#(0:149)_EF_READ_A@35)

Address: 7070

property ain35_ef_read_b: float

Function dependent on selected feature index.

Register: AIN35_EF_READ_B (AIN#(0:149)_EF_READ_B@35)

Address: 7370

property ain35_ef_read_c: float

Function dependent on selected feature index.

Register: AIN35_EF_READ_C (AIN#(0:149)_EF_READ_C@35)

Address: 7670

property ain35_ef_read_d: float

Function dependent on selected feature index.

Register: AIN35_EF_READ_D (AIN#(0:149)_EF_READ_D@35)

Address: 7970

property ain36_ef_config_a: int

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@36)

Address: 9372

property ain36_ef_config_b: int

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@36)

Address: 9672

property ain36_ef_config_c: int

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@36)

Address: 9972

property ain36_ef_config_d: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@36)

Address: 10272

property ain36_ef_config_e: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@36)

Address: 10572

property ain36_ef_config_f: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@36)

Address: 10872

property ain36_ef_config_g: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@36)

Address: 11172

property ain36_ef_config_h: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@36)

Address: 11472

property ain36_ef_config_i: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@36)

Address: 11772

property ain36_ef_config_j: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@36)

Address: 12072

property ain36_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN36_EF_INDEX (AIN#(0:149)_EF_INDEX@36)

Address: 9072

property ain36_ef_read_a: float

Function dependent on selected feature index.

Register: AIN36_EF_READ_A (AIN#(0:149)_EF_READ_A@36)

Address: 7072

property ain36_ef_read_b: float

Function dependent on selected feature index.

Register: AIN36_EF_READ_B (AIN#(0:149)_EF_READ_B@36)

Address: 7372

property ain36_ef_read_c: float

Function dependent on selected feature index.

Register: AIN36_EF_READ_C (AIN#(0:149)_EF_READ_C@36)

Address: 7672

property ain36_ef_read_d: float

Function dependent on selected feature index.

Register: AIN36_EF_READ_D (AIN#(0:149)_EF_READ_D@36)

Address: 7972

property ain37_ef_config_a: int

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@37)

Address: 9374

property ain37_ef_config_b: int

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@37)

Address: 9674

property ain37_ef_config_c: int

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@37)

Address: 9974

property ain37_ef_config_d: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@37)

Address: 10274

property ain37_ef_config_e: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@37)

Address: 10574

property ain37_ef_config_f: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@37)

Address: 10874

property ain37_ef_config_g: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@37)

Address: 11174

property ain37_ef_config_h: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@37)

Address: 11474

property ain37_ef_config_i: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@37)

Address: 11774

property ain37_ef_config_j: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@37)

Address: 12074

property ain37_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN37_EF_INDEX (AIN#(0:149)_EF_INDEX@37)

Address: 9074

property ain37_ef_read_a: float

Function dependent on selected feature index.

Register: AIN37_EF_READ_A (AIN#(0:149)_EF_READ_A@37)

Address: 7074

property ain37_ef_read_b: float

Function dependent on selected feature index.

Register: AIN37_EF_READ_B (AIN#(0:149)_EF_READ_B@37)

Address: 7374

property ain37_ef_read_c: float

Function dependent on selected feature index.

Register: AIN37_EF_READ_C (AIN#(0:149)_EF_READ_C@37)

Address: 7674

property ain37_ef_read_d: float

Function dependent on selected feature index.

Register: AIN37_EF_READ_D (AIN#(0:149)_EF_READ_D@37)

Address: 7974

property ain38_ef_config_a: int

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@38)

Address: 9376

property ain38_ef_config_b: int

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@38)

Address: 9676

property ain38_ef_config_c: int

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@38)

Address: 9976

property ain38_ef_config_d: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@38)

Address: 10276

property ain38_ef_config_e: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@38)

Address: 10576

property ain38_ef_config_f: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@38)

Address: 10876

property ain38_ef_config_g: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@38)

Address: 11176

property ain38_ef_config_h: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@38)

Address: 11476

property ain38_ef_config_i: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@38)

Address: 11776

property ain38_ef_config_j: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@38)

Address: 12076

property ain38_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN38_EF_INDEX (AIN#(0:149)_EF_INDEX@38)

Address: 9076

property ain38_ef_read_a: float

Function dependent on selected feature index.

Register: AIN38_EF_READ_A (AIN#(0:149)_EF_READ_A@38)

Address: 7076

property ain38_ef_read_b: float

Function dependent on selected feature index.

Register: AIN38_EF_READ_B (AIN#(0:149)_EF_READ_B@38)

Address: 7376

property ain38_ef_read_c: float

Function dependent on selected feature index.

Register: AIN38_EF_READ_C (AIN#(0:149)_EF_READ_C@38)

Address: 7676

property ain38_ef_read_d: float

Function dependent on selected feature index.

Register: AIN38_EF_READ_D (AIN#(0:149)_EF_READ_D@38)

Address: 7976

property ain39_ef_config_a: int

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@39)

Address: 9378

property ain39_ef_config_b: int

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@39)

Address: 9678

property ain39_ef_config_c: int

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@39)

Address: 9978

property ain39_ef_config_d: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@39)

Address: 10278

property ain39_ef_config_e: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@39)

Address: 10578

property ain39_ef_config_f: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@39)

Address: 10878

property ain39_ef_config_g: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@39)

Address: 11178

property ain39_ef_config_h: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@39)

Address: 11478

property ain39_ef_config_i: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@39)

Address: 11778

property ain39_ef_config_j: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@39)

Address: 12078

property ain39_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN39_EF_INDEX (AIN#(0:149)_EF_INDEX@39)

Address: 9078

property ain39_ef_read_a: float

Function dependent on selected feature index.

Register: AIN39_EF_READ_A (AIN#(0:149)_EF_READ_A@39)

Address: 7078

property ain39_ef_read_b: float

Function dependent on selected feature index.

Register: AIN39_EF_READ_B (AIN#(0:149)_EF_READ_B@39)

Address: 7378

property ain39_ef_read_c: float

Function dependent on selected feature index.

Register: AIN39_EF_READ_C (AIN#(0:149)_EF_READ_C@39)

Address: 7678

property ain39_ef_read_d: float

Function dependent on selected feature index.

Register: AIN39_EF_READ_D (AIN#(0:149)_EF_READ_D@39)

Address: 7978

property ain3_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN3_BINARY (AIN#(0:13)_BINARY@3)

Address: 50006

property ain3_ef_config_a: int

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@3)

Address: 9306

property ain3_ef_config_b: int

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@3)

Address: 9606

property ain3_ef_config_c: int

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@3)

Address: 9906

property ain3_ef_config_d: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@3)

Address: 10206

property ain3_ef_config_e: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@3)

Address: 10506

property ain3_ef_config_f: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@3)

Address: 10806

property ain3_ef_config_g: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@3)

Address: 11106

property ain3_ef_config_h: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@3)

Address: 11406

property ain3_ef_config_i: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@3)

Address: 11706

property ain3_ef_config_j: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@3)

Address: 12006

property ain3_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN3_EF_INDEX (AIN#(0:149)_EF_INDEX@3)

Address: 9006

property ain3_ef_read_a: float

Function dependent on selected feature index.

Register: AIN3_EF_READ_A (AIN#(0:149)_EF_READ_A@3)

Address: 7006

property ain3_ef_read_b: float

Function dependent on selected feature index.

Register: AIN3_EF_READ_B (AIN#(0:149)_EF_READ_B@3)

Address: 7306

property ain3_ef_read_c: float

Function dependent on selected feature index.

Register: AIN3_EF_READ_C (AIN#(0:149)_EF_READ_C@3)

Address: 7606

property ain3_ef_read_d: float

Function dependent on selected feature index.

Register: AIN3_EF_READ_D (AIN#(0:149)_EF_READ_D@3)

Address: 7906

property ain3_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN3_NEGATIVE_CH (AIN#(0:13)_NEGATIVE_CH@3)

Address: 41003

property ain3_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN3_RANGE (AIN#(0:13)_RANGE@3)

Address: 40006

property ain3_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN3_RESOLUTION_INDEX (AIN#(0:13)_RESOLUTION_INDEX@3)

Address: 41503

property ain3_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN3_SETTLING_US (AIN#(0:13)_SETTLING_US@3)

Address: 42006

property ain4: float

Returns the voltage of the specified analog input.

Register: AIN4 (AIN#(0:13)@4)

Address: 8

property ain40_ef_config_a: int

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@40)

Address: 9380

property ain40_ef_config_b: int

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@40)

Address: 9680

property ain40_ef_config_c: int

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@40)

Address: 9980

property ain40_ef_config_d: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@40)

Address: 10280

property ain40_ef_config_e: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@40)

Address: 10580

property ain40_ef_config_f: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@40)

Address: 10880

property ain40_ef_config_g: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@40)

Address: 11180

property ain40_ef_config_h: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@40)

Address: 11480

property ain40_ef_config_i: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@40)

Address: 11780

property ain40_ef_config_j: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@40)

Address: 12080

property ain40_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN40_EF_INDEX (AIN#(0:149)_EF_INDEX@40)

Address: 9080

property ain40_ef_read_a: float

Function dependent on selected feature index.

Register: AIN40_EF_READ_A (AIN#(0:149)_EF_READ_A@40)

Address: 7080

property ain40_ef_read_b: float

Function dependent on selected feature index.

Register: AIN40_EF_READ_B (AIN#(0:149)_EF_READ_B@40)

Address: 7380

property ain40_ef_read_c: float

Function dependent on selected feature index.

Register: AIN40_EF_READ_C (AIN#(0:149)_EF_READ_C@40)

Address: 7680

property ain40_ef_read_d: float

Function dependent on selected feature index.

Register: AIN40_EF_READ_D (AIN#(0:149)_EF_READ_D@40)

Address: 7980

property ain41_ef_config_a: int

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@41)

Address: 9382

property ain41_ef_config_b: int

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@41)

Address: 9682

property ain41_ef_config_c: int

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@41)

Address: 9982

property ain41_ef_config_d: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@41)

Address: 10282

property ain41_ef_config_e: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@41)

Address: 10582

property ain41_ef_config_f: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@41)

Address: 10882

property ain41_ef_config_g: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@41)

Address: 11182

property ain41_ef_config_h: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@41)

Address: 11482

property ain41_ef_config_i: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@41)

Address: 11782

property ain41_ef_config_j: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@41)

Address: 12082

property ain41_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN41_EF_INDEX (AIN#(0:149)_EF_INDEX@41)

Address: 9082

property ain41_ef_read_a: float

Function dependent on selected feature index.

Register: AIN41_EF_READ_A (AIN#(0:149)_EF_READ_A@41)

Address: 7082

property ain41_ef_read_b: float

Function dependent on selected feature index.

Register: AIN41_EF_READ_B (AIN#(0:149)_EF_READ_B@41)

Address: 7382

property ain41_ef_read_c: float

Function dependent on selected feature index.

Register: AIN41_EF_READ_C (AIN#(0:149)_EF_READ_C@41)

Address: 7682

property ain41_ef_read_d: float

Function dependent on selected feature index.

Register: AIN41_EF_READ_D (AIN#(0:149)_EF_READ_D@41)

Address: 7982

property ain42_ef_config_a: int

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@42)

Address: 9384

property ain42_ef_config_b: int

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@42)

Address: 9684

property ain42_ef_config_c: int

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@42)

Address: 9984

property ain42_ef_config_d: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@42)

Address: 10284

property ain42_ef_config_e: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@42)

Address: 10584

property ain42_ef_config_f: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@42)

Address: 10884

property ain42_ef_config_g: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@42)

Address: 11184

property ain42_ef_config_h: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@42)

Address: 11484

property ain42_ef_config_i: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@42)

Address: 11784

property ain42_ef_config_j: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@42)

Address: 12084

property ain42_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN42_EF_INDEX (AIN#(0:149)_EF_INDEX@42)

Address: 9084

property ain42_ef_read_a: float

Function dependent on selected feature index.

Register: AIN42_EF_READ_A (AIN#(0:149)_EF_READ_A@42)

Address: 7084

property ain42_ef_read_b: float

Function dependent on selected feature index.

Register: AIN42_EF_READ_B (AIN#(0:149)_EF_READ_B@42)

Address: 7384

property ain42_ef_read_c: float

Function dependent on selected feature index.

Register: AIN42_EF_READ_C (AIN#(0:149)_EF_READ_C@42)

Address: 7684

property ain42_ef_read_d: float

Function dependent on selected feature index.

Register: AIN42_EF_READ_D (AIN#(0:149)_EF_READ_D@42)

Address: 7984

property ain43_ef_config_a: int

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@43)

Address: 9386

property ain43_ef_config_b: int

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@43)

Address: 9686

property ain43_ef_config_c: int

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@43)

Address: 9986

property ain43_ef_config_d: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@43)

Address: 10286

property ain43_ef_config_e: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@43)

Address: 10586

property ain43_ef_config_f: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@43)

Address: 10886

property ain43_ef_config_g: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@43)

Address: 11186

property ain43_ef_config_h: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@43)

Address: 11486

property ain43_ef_config_i: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@43)

Address: 11786

property ain43_ef_config_j: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@43)

Address: 12086

property ain43_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN43_EF_INDEX (AIN#(0:149)_EF_INDEX@43)

Address: 9086

property ain43_ef_read_a: float

Function dependent on selected feature index.

Register: AIN43_EF_READ_A (AIN#(0:149)_EF_READ_A@43)

Address: 7086

property ain43_ef_read_b: float

Function dependent on selected feature index.

Register: AIN43_EF_READ_B (AIN#(0:149)_EF_READ_B@43)

Address: 7386

property ain43_ef_read_c: float

Function dependent on selected feature index.

Register: AIN43_EF_READ_C (AIN#(0:149)_EF_READ_C@43)

Address: 7686

property ain43_ef_read_d: float

Function dependent on selected feature index.

Register: AIN43_EF_READ_D (AIN#(0:149)_EF_READ_D@43)

Address: 7986

property ain44_ef_config_a: int

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@44)

Address: 9388

property ain44_ef_config_b: int

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@44)

Address: 9688

property ain44_ef_config_c: int

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@44)

Address: 9988

property ain44_ef_config_d: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@44)

Address: 10288

property ain44_ef_config_e: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@44)

Address: 10588

property ain44_ef_config_f: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@44)

Address: 10888

property ain44_ef_config_g: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@44)

Address: 11188

property ain44_ef_config_h: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@44)

Address: 11488

property ain44_ef_config_i: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@44)

Address: 11788

property ain44_ef_config_j: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@44)

Address: 12088

property ain44_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN44_EF_INDEX (AIN#(0:149)_EF_INDEX@44)

Address: 9088

property ain44_ef_read_a: float

Function dependent on selected feature index.

Register: AIN44_EF_READ_A (AIN#(0:149)_EF_READ_A@44)

Address: 7088

property ain44_ef_read_b: float

Function dependent on selected feature index.

Register: AIN44_EF_READ_B (AIN#(0:149)_EF_READ_B@44)

Address: 7388

property ain44_ef_read_c: float

Function dependent on selected feature index.

Register: AIN44_EF_READ_C (AIN#(0:149)_EF_READ_C@44)

Address: 7688

property ain44_ef_read_d: float

Function dependent on selected feature index.

Register: AIN44_EF_READ_D (AIN#(0:149)_EF_READ_D@44)

Address: 7988

property ain45_ef_config_a: int

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@45)

Address: 9390

property ain45_ef_config_b: int

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@45)

Address: 9690

property ain45_ef_config_c: int

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@45)

Address: 9990

property ain45_ef_config_d: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@45)

Address: 10290

property ain45_ef_config_e: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@45)

Address: 10590

property ain45_ef_config_f: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@45)

Address: 10890

property ain45_ef_config_g: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@45)

Address: 11190

property ain45_ef_config_h: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@45)

Address: 11490

property ain45_ef_config_i: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@45)

Address: 11790

property ain45_ef_config_j: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@45)

Address: 12090

property ain45_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN45_EF_INDEX (AIN#(0:149)_EF_INDEX@45)

Address: 9090

property ain45_ef_read_a: float

Function dependent on selected feature index.

Register: AIN45_EF_READ_A (AIN#(0:149)_EF_READ_A@45)

Address: 7090

property ain45_ef_read_b: float

Function dependent on selected feature index.

Register: AIN45_EF_READ_B (AIN#(0:149)_EF_READ_B@45)

Address: 7390

property ain45_ef_read_c: float

Function dependent on selected feature index.

Register: AIN45_EF_READ_C (AIN#(0:149)_EF_READ_C@45)

Address: 7690

property ain45_ef_read_d: float

Function dependent on selected feature index.

Register: AIN45_EF_READ_D (AIN#(0:149)_EF_READ_D@45)

Address: 7990

property ain46_ef_config_a: int

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@46)

Address: 9392

property ain46_ef_config_b: int

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@46)

Address: 9692

property ain46_ef_config_c: int

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@46)

Address: 9992

property ain46_ef_config_d: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@46)

Address: 10292

property ain46_ef_config_e: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@46)

Address: 10592

property ain46_ef_config_f: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@46)

Address: 10892

property ain46_ef_config_g: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@46)

Address: 11192

property ain46_ef_config_h: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@46)

Address: 11492

property ain46_ef_config_i: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@46)

Address: 11792

property ain46_ef_config_j: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@46)

Address: 12092

property ain46_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN46_EF_INDEX (AIN#(0:149)_EF_INDEX@46)

Address: 9092

property ain46_ef_read_a: float

Function dependent on selected feature index.

Register: AIN46_EF_READ_A (AIN#(0:149)_EF_READ_A@46)

Address: 7092

property ain46_ef_read_b: float

Function dependent on selected feature index.

Register: AIN46_EF_READ_B (AIN#(0:149)_EF_READ_B@46)

Address: 7392

property ain46_ef_read_c: float

Function dependent on selected feature index.

Register: AIN46_EF_READ_C (AIN#(0:149)_EF_READ_C@46)

Address: 7692

property ain46_ef_read_d: float

Function dependent on selected feature index.

Register: AIN46_EF_READ_D (AIN#(0:149)_EF_READ_D@46)

Address: 7992

property ain47_ef_config_a: int

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@47)

Address: 9394

property ain47_ef_config_b: int

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@47)

Address: 9694

property ain47_ef_config_c: int

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@47)

Address: 9994

property ain47_ef_config_d: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@47)

Address: 10294

property ain47_ef_config_e: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@47)

Address: 10594

property ain47_ef_config_f: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@47)

Address: 10894

property ain47_ef_config_g: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@47)

Address: 11194

property ain47_ef_config_h: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@47)

Address: 11494

property ain47_ef_config_i: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@47)

Address: 11794

property ain47_ef_config_j: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@47)

Address: 12094

property ain47_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN47_EF_INDEX (AIN#(0:149)_EF_INDEX@47)

Address: 9094

property ain47_ef_read_a: float

Function dependent on selected feature index.

Register: AIN47_EF_READ_A (AIN#(0:149)_EF_READ_A@47)

Address: 7094

property ain47_ef_read_b: float

Function dependent on selected feature index.

Register: AIN47_EF_READ_B (AIN#(0:149)_EF_READ_B@47)

Address: 7394

property ain47_ef_read_c: float

Function dependent on selected feature index.

Register: AIN47_EF_READ_C (AIN#(0:149)_EF_READ_C@47)

Address: 7694

property ain47_ef_read_d: float

Function dependent on selected feature index.

Register: AIN47_EF_READ_D (AIN#(0:149)_EF_READ_D@47)

Address: 7994

property ain48: float

Returns the voltage of the specified analog input.

Register: AIN48 (AIN#(48:127)@48)

Address: 96

property ain48_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN48_BINARY (AIN#(48:127)_BINARY@48)

Address: 50096

property ain48_ef_config_a: int

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@48)

Address: 9396

property ain48_ef_config_b: int

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@48)

Address: 9696

property ain48_ef_config_c: int

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@48)

Address: 9996

property ain48_ef_config_d: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@48)

Address: 10296

property ain48_ef_config_e: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@48)

Address: 10596

property ain48_ef_config_f: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@48)

Address: 10896

property ain48_ef_config_g: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@48)

Address: 11196

property ain48_ef_config_h: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@48)

Address: 11496

property ain48_ef_config_i: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@48)

Address: 11796

property ain48_ef_config_j: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@48)

Address: 12096

property ain48_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN48_EF_INDEX (AIN#(0:149)_EF_INDEX@48)

Address: 9096

property ain48_ef_read_a: float

Function dependent on selected feature index.

Register: AIN48_EF_READ_A (AIN#(0:149)_EF_READ_A@48)

Address: 7096

property ain48_ef_read_b: float

Function dependent on selected feature index.

Register: AIN48_EF_READ_B (AIN#(0:149)_EF_READ_B@48)

Address: 7396

property ain48_ef_read_c: float

Function dependent on selected feature index.

Register: AIN48_EF_READ_C (AIN#(0:149)_EF_READ_C@48)

Address: 7696

property ain48_ef_read_d: float

Function dependent on selected feature index.

Register: AIN48_EF_READ_D (AIN#(0:149)_EF_READ_D@48)

Address: 7996

property ain48_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN48_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@48)

Address: 41048

property ain48_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN48_RANGE (AIN#(48:127)_RANGE@48)

Address: 40096

property ain48_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN48_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@48)

Address: 41548

property ain48_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN48_SETTLING_US (AIN#(48:127)_SETTLING_US@48)

Address: 42096

property ain49: float

Returns the voltage of the specified analog input.

Register: AIN49 (AIN#(48:127)@49)

Address: 98

property ain49_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN49_BINARY (AIN#(48:127)_BINARY@49)

Address: 50098

property ain49_ef_config_a: int

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@49)

Address: 9398

property ain49_ef_config_b: int

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@49)

Address: 9698

property ain49_ef_config_c: int

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@49)

Address: 9998

property ain49_ef_config_d: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@49)

Address: 10298

property ain49_ef_config_e: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@49)

Address: 10598

property ain49_ef_config_f: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@49)

Address: 10898

property ain49_ef_config_g: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@49)

Address: 11198

property ain49_ef_config_h: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@49)

Address: 11498

property ain49_ef_config_i: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@49)

Address: 11798

property ain49_ef_config_j: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@49)

Address: 12098

property ain49_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN49_EF_INDEX (AIN#(0:149)_EF_INDEX@49)

Address: 9098

property ain49_ef_read_a: float

Function dependent on selected feature index.

Register: AIN49_EF_READ_A (AIN#(0:149)_EF_READ_A@49)

Address: 7098

property ain49_ef_read_b: float

Function dependent on selected feature index.

Register: AIN49_EF_READ_B (AIN#(0:149)_EF_READ_B@49)

Address: 7398

property ain49_ef_read_c: float

Function dependent on selected feature index.

Register: AIN49_EF_READ_C (AIN#(0:149)_EF_READ_C@49)

Address: 7698

property ain49_ef_read_d: float

Function dependent on selected feature index.

Register: AIN49_EF_READ_D (AIN#(0:149)_EF_READ_D@49)

Address: 7998

property ain49_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN49_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@49)

Address: 41049

property ain49_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN49_RANGE (AIN#(48:127)_RANGE@49)

Address: 40098

property ain49_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN49_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@49)

Address: 41549

property ain49_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN49_SETTLING_US (AIN#(48:127)_SETTLING_US@49)

Address: 42098

property ain4_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN4_BINARY (AIN#(0:13)_BINARY@4)

Address: 50008

property ain4_ef_config_a: int

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@4)

Address: 9308

property ain4_ef_config_b: int

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@4)

Address: 9608

property ain4_ef_config_c: int

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@4)

Address: 9908

property ain4_ef_config_d: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@4)

Address: 10208

property ain4_ef_config_e: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@4)

Address: 10508

property ain4_ef_config_f: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@4)

Address: 10808

property ain4_ef_config_g: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@4)

Address: 11108

property ain4_ef_config_h: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@4)

Address: 11408

property ain4_ef_config_i: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@4)

Address: 11708

property ain4_ef_config_j: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@4)

Address: 12008

property ain4_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN4_EF_INDEX (AIN#(0:149)_EF_INDEX@4)

Address: 9008

property ain4_ef_read_a: float

Function dependent on selected feature index.

Register: AIN4_EF_READ_A (AIN#(0:149)_EF_READ_A@4)

Address: 7008

property ain4_ef_read_b: float

Function dependent on selected feature index.

Register: AIN4_EF_READ_B (AIN#(0:149)_EF_READ_B@4)

Address: 7308

property ain4_ef_read_c: float

Function dependent on selected feature index.

Register: AIN4_EF_READ_C (AIN#(0:149)_EF_READ_C@4)

Address: 7608

property ain4_ef_read_d: float

Function dependent on selected feature index.

Register: AIN4_EF_READ_D (AIN#(0:149)_EF_READ_D@4)

Address: 7908

property ain4_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN4_NEGATIVE_CH (AIN#(0:13)_NEGATIVE_CH@4)

Address: 41004

property ain4_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN4_RANGE (AIN#(0:13)_RANGE@4)

Address: 40008

property ain4_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN4_RESOLUTION_INDEX (AIN#(0:13)_RESOLUTION_INDEX@4)

Address: 41504

property ain4_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN4_SETTLING_US (AIN#(0:13)_SETTLING_US@4)

Address: 42008

property ain5: float

Returns the voltage of the specified analog input.

Register: AIN5 (AIN#(0:13)@5)

Address: 10

property ain50: float

Returns the voltage of the specified analog input.

Register: AIN50 (AIN#(48:127)@50)

Address: 100

property ain50_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN50_BINARY (AIN#(48:127)_BINARY@50)

Address: 50100

property ain50_ef_config_a: int

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@50)

Address: 9400

property ain50_ef_config_b: int

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@50)

Address: 9700

property ain50_ef_config_c: int

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@50)

Address: 10000

property ain50_ef_config_d: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@50)

Address: 10300

property ain50_ef_config_e: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@50)

Address: 10600

property ain50_ef_config_f: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@50)

Address: 10900

property ain50_ef_config_g: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@50)

Address: 11200

property ain50_ef_config_h: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@50)

Address: 11500

property ain50_ef_config_i: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@50)

Address: 11800

property ain50_ef_config_j: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@50)

Address: 12100

property ain50_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN50_EF_INDEX (AIN#(0:149)_EF_INDEX@50)

Address: 9100

property ain50_ef_read_a: float

Function dependent on selected feature index.

Register: AIN50_EF_READ_A (AIN#(0:149)_EF_READ_A@50)

Address: 7100

property ain50_ef_read_b: float

Function dependent on selected feature index.

Register: AIN50_EF_READ_B (AIN#(0:149)_EF_READ_B@50)

Address: 7400

property ain50_ef_read_c: float

Function dependent on selected feature index.

Register: AIN50_EF_READ_C (AIN#(0:149)_EF_READ_C@50)

Address: 7700

property ain50_ef_read_d: float

Function dependent on selected feature index.

Register: AIN50_EF_READ_D (AIN#(0:149)_EF_READ_D@50)

Address: 8000

property ain50_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN50_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@50)

Address: 41050

property ain50_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN50_RANGE (AIN#(48:127)_RANGE@50)

Address: 40100

property ain50_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN50_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@50)

Address: 41550

property ain50_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN50_SETTLING_US (AIN#(48:127)_SETTLING_US@50)

Address: 42100

property ain51: float

Returns the voltage of the specified analog input.

Register: AIN51 (AIN#(48:127)@51)

Address: 102

property ain51_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN51_BINARY (AIN#(48:127)_BINARY@51)

Address: 50102

property ain51_ef_config_a: int

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@51)

Address: 9402

property ain51_ef_config_b: int

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@51)

Address: 9702

property ain51_ef_config_c: int

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@51)

Address: 10002

property ain51_ef_config_d: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@51)

Address: 10302

property ain51_ef_config_e: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@51)

Address: 10602

property ain51_ef_config_f: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@51)

Address: 10902

property ain51_ef_config_g: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@51)

Address: 11202

property ain51_ef_config_h: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@51)

Address: 11502

property ain51_ef_config_i: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@51)

Address: 11802

property ain51_ef_config_j: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@51)

Address: 12102

property ain51_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN51_EF_INDEX (AIN#(0:149)_EF_INDEX@51)

Address: 9102

property ain51_ef_read_a: float

Function dependent on selected feature index.

Register: AIN51_EF_READ_A (AIN#(0:149)_EF_READ_A@51)

Address: 7102

property ain51_ef_read_b: float

Function dependent on selected feature index.

Register: AIN51_EF_READ_B (AIN#(0:149)_EF_READ_B@51)

Address: 7402

property ain51_ef_read_c: float

Function dependent on selected feature index.

Register: AIN51_EF_READ_C (AIN#(0:149)_EF_READ_C@51)

Address: 7702

property ain51_ef_read_d: float

Function dependent on selected feature index.

Register: AIN51_EF_READ_D (AIN#(0:149)_EF_READ_D@51)

Address: 8002

property ain51_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN51_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@51)

Address: 41051

property ain51_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN51_RANGE (AIN#(48:127)_RANGE@51)

Address: 40102

property ain51_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN51_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@51)

Address: 41551

property ain51_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN51_SETTLING_US (AIN#(48:127)_SETTLING_US@51)

Address: 42102

property ain52: float

Returns the voltage of the specified analog input.

Register: AIN52 (AIN#(48:127)@52)

Address: 104

property ain52_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN52_BINARY (AIN#(48:127)_BINARY@52)

Address: 50104

property ain52_ef_config_a: int

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@52)

Address: 9404

property ain52_ef_config_b: int

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@52)

Address: 9704

property ain52_ef_config_c: int

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@52)

Address: 10004

property ain52_ef_config_d: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@52)

Address: 10304

property ain52_ef_config_e: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@52)

Address: 10604

property ain52_ef_config_f: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@52)

Address: 10904

property ain52_ef_config_g: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@52)

Address: 11204

property ain52_ef_config_h: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@52)

Address: 11504

property ain52_ef_config_i: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@52)

Address: 11804

property ain52_ef_config_j: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@52)

Address: 12104

property ain52_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN52_EF_INDEX (AIN#(0:149)_EF_INDEX@52)

Address: 9104

property ain52_ef_read_a: float

Function dependent on selected feature index.

Register: AIN52_EF_READ_A (AIN#(0:149)_EF_READ_A@52)

Address: 7104

property ain52_ef_read_b: float

Function dependent on selected feature index.

Register: AIN52_EF_READ_B (AIN#(0:149)_EF_READ_B@52)

Address: 7404

property ain52_ef_read_c: float

Function dependent on selected feature index.

Register: AIN52_EF_READ_C (AIN#(0:149)_EF_READ_C@52)

Address: 7704

property ain52_ef_read_d: float

Function dependent on selected feature index.

Register: AIN52_EF_READ_D (AIN#(0:149)_EF_READ_D@52)

Address: 8004

property ain52_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN52_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@52)

Address: 41052

property ain52_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN52_RANGE (AIN#(48:127)_RANGE@52)

Address: 40104

property ain52_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN52_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@52)

Address: 41552

property ain52_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN52_SETTLING_US (AIN#(48:127)_SETTLING_US@52)

Address: 42104

property ain53: float

Returns the voltage of the specified analog input.

Register: AIN53 (AIN#(48:127)@53)

Address: 106

property ain53_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN53_BINARY (AIN#(48:127)_BINARY@53)

Address: 50106

property ain53_ef_config_a: int

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@53)

Address: 9406

property ain53_ef_config_b: int

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@53)

Address: 9706

property ain53_ef_config_c: int

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@53)

Address: 10006

property ain53_ef_config_d: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@53)

Address: 10306

property ain53_ef_config_e: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@53)

Address: 10606

property ain53_ef_config_f: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@53)

Address: 10906

property ain53_ef_config_g: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@53)

Address: 11206

property ain53_ef_config_h: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@53)

Address: 11506

property ain53_ef_config_i: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@53)

Address: 11806

property ain53_ef_config_j: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@53)

Address: 12106

property ain53_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN53_EF_INDEX (AIN#(0:149)_EF_INDEX@53)

Address: 9106

property ain53_ef_read_a: float

Function dependent on selected feature index.

Register: AIN53_EF_READ_A (AIN#(0:149)_EF_READ_A@53)

Address: 7106

property ain53_ef_read_b: float

Function dependent on selected feature index.

Register: AIN53_EF_READ_B (AIN#(0:149)_EF_READ_B@53)

Address: 7406

property ain53_ef_read_c: float

Function dependent on selected feature index.

Register: AIN53_EF_READ_C (AIN#(0:149)_EF_READ_C@53)

Address: 7706

property ain53_ef_read_d: float

Function dependent on selected feature index.

Register: AIN53_EF_READ_D (AIN#(0:149)_EF_READ_D@53)

Address: 8006

property ain53_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN53_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@53)

Address: 41053

property ain53_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN53_RANGE (AIN#(48:127)_RANGE@53)

Address: 40106

property ain53_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN53_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@53)

Address: 41553

property ain53_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN53_SETTLING_US (AIN#(48:127)_SETTLING_US@53)

Address: 42106

property ain54: float

Returns the voltage of the specified analog input.

Register: AIN54 (AIN#(48:127)@54)

Address: 108

property ain54_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN54_BINARY (AIN#(48:127)_BINARY@54)

Address: 50108

property ain54_ef_config_a: int

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@54)

Address: 9408

property ain54_ef_config_b: int

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@54)

Address: 9708

property ain54_ef_config_c: int

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@54)

Address: 10008

property ain54_ef_config_d: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@54)

Address: 10308

property ain54_ef_config_e: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@54)

Address: 10608

property ain54_ef_config_f: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@54)

Address: 10908

property ain54_ef_config_g: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@54)

Address: 11208

property ain54_ef_config_h: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@54)

Address: 11508

property ain54_ef_config_i: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@54)

Address: 11808

property ain54_ef_config_j: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@54)

Address: 12108

property ain54_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN54_EF_INDEX (AIN#(0:149)_EF_INDEX@54)

Address: 9108

property ain54_ef_read_a: float

Function dependent on selected feature index.

Register: AIN54_EF_READ_A (AIN#(0:149)_EF_READ_A@54)

Address: 7108

property ain54_ef_read_b: float

Function dependent on selected feature index.

Register: AIN54_EF_READ_B (AIN#(0:149)_EF_READ_B@54)

Address: 7408

property ain54_ef_read_c: float

Function dependent on selected feature index.

Register: AIN54_EF_READ_C (AIN#(0:149)_EF_READ_C@54)

Address: 7708

property ain54_ef_read_d: float

Function dependent on selected feature index.

Register: AIN54_EF_READ_D (AIN#(0:149)_EF_READ_D@54)

Address: 8008

property ain54_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN54_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@54)

Address: 41054

property ain54_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN54_RANGE (AIN#(48:127)_RANGE@54)

Address: 40108

property ain54_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN54_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@54)

Address: 41554

property ain54_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN54_SETTLING_US (AIN#(48:127)_SETTLING_US@54)

Address: 42108

property ain55: float

Returns the voltage of the specified analog input.

Register: AIN55 (AIN#(48:127)@55)

Address: 110

property ain55_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN55_BINARY (AIN#(48:127)_BINARY@55)

Address: 50110

property ain55_ef_config_a: int

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@55)

Address: 9410

property ain55_ef_config_b: int

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@55)

Address: 9710

property ain55_ef_config_c: int

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@55)

Address: 10010

property ain55_ef_config_d: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@55)

Address: 10310

property ain55_ef_config_e: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@55)

Address: 10610

property ain55_ef_config_f: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@55)

Address: 10910

property ain55_ef_config_g: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@55)

Address: 11210

property ain55_ef_config_h: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@55)

Address: 11510

property ain55_ef_config_i: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@55)

Address: 11810

property ain55_ef_config_j: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@55)

Address: 12110

property ain55_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN55_EF_INDEX (AIN#(0:149)_EF_INDEX@55)

Address: 9110

property ain55_ef_read_a: float

Function dependent on selected feature index.

Register: AIN55_EF_READ_A (AIN#(0:149)_EF_READ_A@55)

Address: 7110

property ain55_ef_read_b: float

Function dependent on selected feature index.

Register: AIN55_EF_READ_B (AIN#(0:149)_EF_READ_B@55)

Address: 7410

property ain55_ef_read_c: float

Function dependent on selected feature index.

Register: AIN55_EF_READ_C (AIN#(0:149)_EF_READ_C@55)

Address: 7710

property ain55_ef_read_d: float

Function dependent on selected feature index.

Register: AIN55_EF_READ_D (AIN#(0:149)_EF_READ_D@55)

Address: 8010

property ain55_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN55_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@55)

Address: 41055

property ain55_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN55_RANGE (AIN#(48:127)_RANGE@55)

Address: 40110

property ain55_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN55_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@55)

Address: 41555

property ain55_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN55_SETTLING_US (AIN#(48:127)_SETTLING_US@55)

Address: 42110

property ain56: float

Returns the voltage of the specified analog input.

Register: AIN56 (AIN#(48:127)@56)

Address: 112

property ain56_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN56_BINARY (AIN#(48:127)_BINARY@56)

Address: 50112

property ain56_ef_config_a: int

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@56)

Address: 9412

property ain56_ef_config_b: int

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@56)

Address: 9712

property ain56_ef_config_c: int

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@56)

Address: 10012

property ain56_ef_config_d: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@56)

Address: 10312

property ain56_ef_config_e: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@56)

Address: 10612

property ain56_ef_config_f: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@56)

Address: 10912

property ain56_ef_config_g: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@56)

Address: 11212

property ain56_ef_config_h: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@56)

Address: 11512

property ain56_ef_config_i: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@56)

Address: 11812

property ain56_ef_config_j: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@56)

Address: 12112

property ain56_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN56_EF_INDEX (AIN#(0:149)_EF_INDEX@56)

Address: 9112

property ain56_ef_read_a: float

Function dependent on selected feature index.

Register: AIN56_EF_READ_A (AIN#(0:149)_EF_READ_A@56)

Address: 7112

property ain56_ef_read_b: float

Function dependent on selected feature index.

Register: AIN56_EF_READ_B (AIN#(0:149)_EF_READ_B@56)

Address: 7412

property ain56_ef_read_c: float

Function dependent on selected feature index.

Register: AIN56_EF_READ_C (AIN#(0:149)_EF_READ_C@56)

Address: 7712

property ain56_ef_read_d: float

Function dependent on selected feature index.

Register: AIN56_EF_READ_D (AIN#(0:149)_EF_READ_D@56)

Address: 8012

property ain56_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN56_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@56)

Address: 41056

property ain56_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN56_RANGE (AIN#(48:127)_RANGE@56)

Address: 40112

property ain56_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN56_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@56)

Address: 41556

property ain56_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN56_SETTLING_US (AIN#(48:127)_SETTLING_US@56)

Address: 42112

property ain57: float

Returns the voltage of the specified analog input.

Register: AIN57 (AIN#(48:127)@57)

Address: 114

property ain57_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN57_BINARY (AIN#(48:127)_BINARY@57)

Address: 50114

property ain57_ef_config_a: int

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@57)

Address: 9414

property ain57_ef_config_b: int

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@57)

Address: 9714

property ain57_ef_config_c: int

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@57)

Address: 10014

property ain57_ef_config_d: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@57)

Address: 10314

property ain57_ef_config_e: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@57)

Address: 10614

property ain57_ef_config_f: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@57)

Address: 10914

property ain57_ef_config_g: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@57)

Address: 11214

property ain57_ef_config_h: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@57)

Address: 11514

property ain57_ef_config_i: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@57)

Address: 11814

property ain57_ef_config_j: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@57)

Address: 12114

property ain57_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN57_EF_INDEX (AIN#(0:149)_EF_INDEX@57)

Address: 9114

property ain57_ef_read_a: float

Function dependent on selected feature index.

Register: AIN57_EF_READ_A (AIN#(0:149)_EF_READ_A@57)

Address: 7114

property ain57_ef_read_b: float

Function dependent on selected feature index.

Register: AIN57_EF_READ_B (AIN#(0:149)_EF_READ_B@57)

Address: 7414

property ain57_ef_read_c: float

Function dependent on selected feature index.

Register: AIN57_EF_READ_C (AIN#(0:149)_EF_READ_C@57)

Address: 7714

property ain57_ef_read_d: float

Function dependent on selected feature index.

Register: AIN57_EF_READ_D (AIN#(0:149)_EF_READ_D@57)

Address: 8014

property ain57_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN57_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@57)

Address: 41057

property ain57_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN57_RANGE (AIN#(48:127)_RANGE@57)

Address: 40114

property ain57_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN57_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@57)

Address: 41557

property ain57_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN57_SETTLING_US (AIN#(48:127)_SETTLING_US@57)

Address: 42114

property ain58: float

Returns the voltage of the specified analog input.

Register: AIN58 (AIN#(48:127)@58)

Address: 116

property ain58_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN58_BINARY (AIN#(48:127)_BINARY@58)

Address: 50116

property ain58_ef_config_a: int

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@58)

Address: 9416

property ain58_ef_config_b: int

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@58)

Address: 9716

property ain58_ef_config_c: int

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@58)

Address: 10016

property ain58_ef_config_d: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@58)

Address: 10316

property ain58_ef_config_e: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@58)

Address: 10616

property ain58_ef_config_f: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@58)

Address: 10916

property ain58_ef_config_g: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@58)

Address: 11216

property ain58_ef_config_h: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@58)

Address: 11516

property ain58_ef_config_i: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@58)

Address: 11816

property ain58_ef_config_j: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@58)

Address: 12116

property ain58_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN58_EF_INDEX (AIN#(0:149)_EF_INDEX@58)

Address: 9116

property ain58_ef_read_a: float

Function dependent on selected feature index.

Register: AIN58_EF_READ_A (AIN#(0:149)_EF_READ_A@58)

Address: 7116

property ain58_ef_read_b: float

Function dependent on selected feature index.

Register: AIN58_EF_READ_B (AIN#(0:149)_EF_READ_B@58)

Address: 7416

property ain58_ef_read_c: float

Function dependent on selected feature index.

Register: AIN58_EF_READ_C (AIN#(0:149)_EF_READ_C@58)

Address: 7716

property ain58_ef_read_d: float

Function dependent on selected feature index.

Register: AIN58_EF_READ_D (AIN#(0:149)_EF_READ_D@58)

Address: 8016

property ain58_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN58_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@58)

Address: 41058

property ain58_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN58_RANGE (AIN#(48:127)_RANGE@58)

Address: 40116

property ain58_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN58_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@58)

Address: 41558

property ain58_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN58_SETTLING_US (AIN#(48:127)_SETTLING_US@58)

Address: 42116

property ain59: float

Returns the voltage of the specified analog input.

Register: AIN59 (AIN#(48:127)@59)

Address: 118

property ain59_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN59_BINARY (AIN#(48:127)_BINARY@59)

Address: 50118

property ain59_ef_config_a: int

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@59)

Address: 9418

property ain59_ef_config_b: int

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@59)

Address: 9718

property ain59_ef_config_c: int

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@59)

Address: 10018

property ain59_ef_config_d: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@59)

Address: 10318

property ain59_ef_config_e: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@59)

Address: 10618

property ain59_ef_config_f: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@59)

Address: 10918

property ain59_ef_config_g: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@59)

Address: 11218

property ain59_ef_config_h: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@59)

Address: 11518

property ain59_ef_config_i: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@59)

Address: 11818

property ain59_ef_config_j: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@59)

Address: 12118

property ain59_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN59_EF_INDEX (AIN#(0:149)_EF_INDEX@59)

Address: 9118

property ain59_ef_read_a: float

Function dependent on selected feature index.

Register: AIN59_EF_READ_A (AIN#(0:149)_EF_READ_A@59)

Address: 7118

property ain59_ef_read_b: float

Function dependent on selected feature index.

Register: AIN59_EF_READ_B (AIN#(0:149)_EF_READ_B@59)

Address: 7418

property ain59_ef_read_c: float

Function dependent on selected feature index.

Register: AIN59_EF_READ_C (AIN#(0:149)_EF_READ_C@59)

Address: 7718

property ain59_ef_read_d: float

Function dependent on selected feature index.

Register: AIN59_EF_READ_D (AIN#(0:149)_EF_READ_D@59)

Address: 8018

property ain59_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN59_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@59)

Address: 41059

property ain59_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN59_RANGE (AIN#(48:127)_RANGE@59)

Address: 40118

property ain59_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN59_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@59)

Address: 41559

property ain59_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN59_SETTLING_US (AIN#(48:127)_SETTLING_US@59)

Address: 42118

property ain5_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN5_BINARY (AIN#(0:13)_BINARY@5)

Address: 50010

property ain5_ef_config_a: int

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@5)

Address: 9310

property ain5_ef_config_b: int

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@5)

Address: 9610

property ain5_ef_config_c: int

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@5)

Address: 9910

property ain5_ef_config_d: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@5)

Address: 10210

property ain5_ef_config_e: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@5)

Address: 10510

property ain5_ef_config_f: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@5)

Address: 10810

property ain5_ef_config_g: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@5)

Address: 11110

property ain5_ef_config_h: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@5)

Address: 11410

property ain5_ef_config_i: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@5)

Address: 11710

property ain5_ef_config_j: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@5)

Address: 12010

property ain5_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN5_EF_INDEX (AIN#(0:149)_EF_INDEX@5)

Address: 9010

property ain5_ef_read_a: float

Function dependent on selected feature index.

Register: AIN5_EF_READ_A (AIN#(0:149)_EF_READ_A@5)

Address: 7010

property ain5_ef_read_b: float

Function dependent on selected feature index.

Register: AIN5_EF_READ_B (AIN#(0:149)_EF_READ_B@5)

Address: 7310

property ain5_ef_read_c: float

Function dependent on selected feature index.

Register: AIN5_EF_READ_C (AIN#(0:149)_EF_READ_C@5)

Address: 7610

property ain5_ef_read_d: float

Function dependent on selected feature index.

Register: AIN5_EF_READ_D (AIN#(0:149)_EF_READ_D@5)

Address: 7910

property ain5_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN5_NEGATIVE_CH (AIN#(0:13)_NEGATIVE_CH@5)

Address: 41005

property ain5_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN5_RANGE (AIN#(0:13)_RANGE@5)

Address: 40010

property ain5_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN5_RESOLUTION_INDEX (AIN#(0:13)_RESOLUTION_INDEX@5)

Address: 41505

property ain5_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN5_SETTLING_US (AIN#(0:13)_SETTLING_US@5)

Address: 42010

property ain6: float

Returns the voltage of the specified analog input.

Register: AIN6 (AIN#(0:13)@6)

Address: 12

property ain60: float

Returns the voltage of the specified analog input.

Register: AIN60 (AIN#(48:127)@60)

Address: 120

property ain60_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN60_BINARY (AIN#(48:127)_BINARY@60)

Address: 50120

property ain60_ef_config_a: int

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@60)

Address: 9420

property ain60_ef_config_b: int

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@60)

Address: 9720

property ain60_ef_config_c: int

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@60)

Address: 10020

property ain60_ef_config_d: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@60)

Address: 10320

property ain60_ef_config_e: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@60)

Address: 10620

property ain60_ef_config_f: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@60)

Address: 10920

property ain60_ef_config_g: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@60)

Address: 11220

property ain60_ef_config_h: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@60)

Address: 11520

property ain60_ef_config_i: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@60)

Address: 11820

property ain60_ef_config_j: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@60)

Address: 12120

property ain60_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN60_EF_INDEX (AIN#(0:149)_EF_INDEX@60)

Address: 9120

property ain60_ef_read_a: float

Function dependent on selected feature index.

Register: AIN60_EF_READ_A (AIN#(0:149)_EF_READ_A@60)

Address: 7120

property ain60_ef_read_b: float

Function dependent on selected feature index.

Register: AIN60_EF_READ_B (AIN#(0:149)_EF_READ_B@60)

Address: 7420

property ain60_ef_read_c: float

Function dependent on selected feature index.

Register: AIN60_EF_READ_C (AIN#(0:149)_EF_READ_C@60)

Address: 7720

property ain60_ef_read_d: float

Function dependent on selected feature index.

Register: AIN60_EF_READ_D (AIN#(0:149)_EF_READ_D@60)

Address: 8020

property ain60_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN60_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@60)

Address: 41060

property ain60_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN60_RANGE (AIN#(48:127)_RANGE@60)

Address: 40120

property ain60_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN60_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@60)

Address: 41560

property ain60_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN60_SETTLING_US (AIN#(48:127)_SETTLING_US@60)

Address: 42120

property ain61: float

Returns the voltage of the specified analog input.

Register: AIN61 (AIN#(48:127)@61)

Address: 122

property ain61_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN61_BINARY (AIN#(48:127)_BINARY@61)

Address: 50122

property ain61_ef_config_a: int

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@61)

Address: 9422

property ain61_ef_config_b: int

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@61)

Address: 9722

property ain61_ef_config_c: int

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@61)

Address: 10022

property ain61_ef_config_d: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@61)

Address: 10322

property ain61_ef_config_e: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@61)

Address: 10622

property ain61_ef_config_f: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@61)

Address: 10922

property ain61_ef_config_g: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@61)

Address: 11222

property ain61_ef_config_h: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@61)

Address: 11522

property ain61_ef_config_i: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@61)

Address: 11822

property ain61_ef_config_j: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@61)

Address: 12122

property ain61_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN61_EF_INDEX (AIN#(0:149)_EF_INDEX@61)

Address: 9122

property ain61_ef_read_a: float

Function dependent on selected feature index.

Register: AIN61_EF_READ_A (AIN#(0:149)_EF_READ_A@61)

Address: 7122

property ain61_ef_read_b: float

Function dependent on selected feature index.

Register: AIN61_EF_READ_B (AIN#(0:149)_EF_READ_B@61)

Address: 7422

property ain61_ef_read_c: float

Function dependent on selected feature index.

Register: AIN61_EF_READ_C (AIN#(0:149)_EF_READ_C@61)

Address: 7722

property ain61_ef_read_d: float

Function dependent on selected feature index.

Register: AIN61_EF_READ_D (AIN#(0:149)_EF_READ_D@61)

Address: 8022

property ain61_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN61_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@61)

Address: 41061

property ain61_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN61_RANGE (AIN#(48:127)_RANGE@61)

Address: 40122

property ain61_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN61_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@61)

Address: 41561

property ain61_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN61_SETTLING_US (AIN#(48:127)_SETTLING_US@61)

Address: 42122

property ain62: float

Returns the voltage of the specified analog input.

Register: AIN62 (AIN#(48:127)@62)

Address: 124

property ain62_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN62_BINARY (AIN#(48:127)_BINARY@62)

Address: 50124

property ain62_ef_config_a: int

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@62)

Address: 9424

property ain62_ef_config_b: int

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@62)

Address: 9724

property ain62_ef_config_c: int

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@62)

Address: 10024

property ain62_ef_config_d: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@62)

Address: 10324

property ain62_ef_config_e: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@62)

Address: 10624

property ain62_ef_config_f: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@62)

Address: 10924

property ain62_ef_config_g: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@62)

Address: 11224

property ain62_ef_config_h: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@62)

Address: 11524

property ain62_ef_config_i: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@62)

Address: 11824

property ain62_ef_config_j: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@62)

Address: 12124

property ain62_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN62_EF_INDEX (AIN#(0:149)_EF_INDEX@62)

Address: 9124

property ain62_ef_read_a: float

Function dependent on selected feature index.

Register: AIN62_EF_READ_A (AIN#(0:149)_EF_READ_A@62)

Address: 7124

property ain62_ef_read_b: float

Function dependent on selected feature index.

Register: AIN62_EF_READ_B (AIN#(0:149)_EF_READ_B@62)

Address: 7424

property ain62_ef_read_c: float

Function dependent on selected feature index.

Register: AIN62_EF_READ_C (AIN#(0:149)_EF_READ_C@62)

Address: 7724

property ain62_ef_read_d: float

Function dependent on selected feature index.

Register: AIN62_EF_READ_D (AIN#(0:149)_EF_READ_D@62)

Address: 8024

property ain62_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN62_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@62)

Address: 41062

property ain62_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN62_RANGE (AIN#(48:127)_RANGE@62)

Address: 40124

property ain62_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN62_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@62)

Address: 41562

property ain62_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN62_SETTLING_US (AIN#(48:127)_SETTLING_US@62)

Address: 42124

property ain63: float

Returns the voltage of the specified analog input.

Register: AIN63 (AIN#(48:127)@63)

Address: 126

property ain63_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN63_BINARY (AIN#(48:127)_BINARY@63)

Address: 50126

property ain63_ef_config_a: int

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@63)

Address: 9426

property ain63_ef_config_b: int

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@63)

Address: 9726

property ain63_ef_config_c: int

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@63)

Address: 10026

property ain63_ef_config_d: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@63)

Address: 10326

property ain63_ef_config_e: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@63)

Address: 10626

property ain63_ef_config_f: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@63)

Address: 10926

property ain63_ef_config_g: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@63)

Address: 11226

property ain63_ef_config_h: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@63)

Address: 11526

property ain63_ef_config_i: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@63)

Address: 11826

property ain63_ef_config_j: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@63)

Address: 12126

property ain63_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN63_EF_INDEX (AIN#(0:149)_EF_INDEX@63)

Address: 9126

property ain63_ef_read_a: float

Function dependent on selected feature index.

Register: AIN63_EF_READ_A (AIN#(0:149)_EF_READ_A@63)

Address: 7126

property ain63_ef_read_b: float

Function dependent on selected feature index.

Register: AIN63_EF_READ_B (AIN#(0:149)_EF_READ_B@63)

Address: 7426

property ain63_ef_read_c: float

Function dependent on selected feature index.

Register: AIN63_EF_READ_C (AIN#(0:149)_EF_READ_C@63)

Address: 7726

property ain63_ef_read_d: float

Function dependent on selected feature index.

Register: AIN63_EF_READ_D (AIN#(0:149)_EF_READ_D@63)

Address: 8026

property ain63_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN63_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@63)

Address: 41063

property ain63_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN63_RANGE (AIN#(48:127)_RANGE@63)

Address: 40126

property ain63_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN63_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@63)

Address: 41563

property ain63_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN63_SETTLING_US (AIN#(48:127)_SETTLING_US@63)

Address: 42126

property ain64: float

Returns the voltage of the specified analog input.

Register: AIN64 (AIN#(48:127)@64)

Address: 128

property ain64_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN64_BINARY (AIN#(48:127)_BINARY@64)

Address: 50128

property ain64_ef_config_a: int

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@64)

Address: 9428

property ain64_ef_config_b: int

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@64)

Address: 9728

property ain64_ef_config_c: int

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@64)

Address: 10028

property ain64_ef_config_d: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@64)

Address: 10328

property ain64_ef_config_e: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@64)

Address: 10628

property ain64_ef_config_f: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@64)

Address: 10928

property ain64_ef_config_g: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@64)

Address: 11228

property ain64_ef_config_h: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@64)

Address: 11528

property ain64_ef_config_i: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@64)

Address: 11828

property ain64_ef_config_j: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@64)

Address: 12128

property ain64_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN64_EF_INDEX (AIN#(0:149)_EF_INDEX@64)

Address: 9128

property ain64_ef_read_a: float

Function dependent on selected feature index.

Register: AIN64_EF_READ_A (AIN#(0:149)_EF_READ_A@64)

Address: 7128

property ain64_ef_read_b: float

Function dependent on selected feature index.

Register: AIN64_EF_READ_B (AIN#(0:149)_EF_READ_B@64)

Address: 7428

property ain64_ef_read_c: float

Function dependent on selected feature index.

Register: AIN64_EF_READ_C (AIN#(0:149)_EF_READ_C@64)

Address: 7728

property ain64_ef_read_d: float

Function dependent on selected feature index.

Register: AIN64_EF_READ_D (AIN#(0:149)_EF_READ_D@64)

Address: 8028

property ain64_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN64_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@64)

Address: 41064

property ain64_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN64_RANGE (AIN#(48:127)_RANGE@64)

Address: 40128

property ain64_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN64_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@64)

Address: 41564

property ain64_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN64_SETTLING_US (AIN#(48:127)_SETTLING_US@64)

Address: 42128

property ain65: float

Returns the voltage of the specified analog input.

Register: AIN65 (AIN#(48:127)@65)

Address: 130

property ain65_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN65_BINARY (AIN#(48:127)_BINARY@65)

Address: 50130

property ain65_ef_config_a: int

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@65)

Address: 9430

property ain65_ef_config_b: int

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@65)

Address: 9730

property ain65_ef_config_c: int

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@65)

Address: 10030

property ain65_ef_config_d: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@65)

Address: 10330

property ain65_ef_config_e: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@65)

Address: 10630

property ain65_ef_config_f: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@65)

Address: 10930

property ain65_ef_config_g: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@65)

Address: 11230

property ain65_ef_config_h: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@65)

Address: 11530

property ain65_ef_config_i: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@65)

Address: 11830

property ain65_ef_config_j: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@65)

Address: 12130

property ain65_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN65_EF_INDEX (AIN#(0:149)_EF_INDEX@65)

Address: 9130

property ain65_ef_read_a: float

Function dependent on selected feature index.

Register: AIN65_EF_READ_A (AIN#(0:149)_EF_READ_A@65)

Address: 7130

property ain65_ef_read_b: float

Function dependent on selected feature index.

Register: AIN65_EF_READ_B (AIN#(0:149)_EF_READ_B@65)

Address: 7430

property ain65_ef_read_c: float

Function dependent on selected feature index.

Register: AIN65_EF_READ_C (AIN#(0:149)_EF_READ_C@65)

Address: 7730

property ain65_ef_read_d: float

Function dependent on selected feature index.

Register: AIN65_EF_READ_D (AIN#(0:149)_EF_READ_D@65)

Address: 8030

property ain65_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN65_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@65)

Address: 41065

property ain65_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN65_RANGE (AIN#(48:127)_RANGE@65)

Address: 40130

property ain65_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN65_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@65)

Address: 41565

property ain65_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN65_SETTLING_US (AIN#(48:127)_SETTLING_US@65)

Address: 42130

property ain66: float

Returns the voltage of the specified analog input.

Register: AIN66 (AIN#(48:127)@66)

Address: 132

property ain66_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN66_BINARY (AIN#(48:127)_BINARY@66)

Address: 50132

property ain66_ef_config_a: int

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@66)

Address: 9432

property ain66_ef_config_b: int

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@66)

Address: 9732

property ain66_ef_config_c: int

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@66)

Address: 10032

property ain66_ef_config_d: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@66)

Address: 10332

property ain66_ef_config_e: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@66)

Address: 10632

property ain66_ef_config_f: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@66)

Address: 10932

property ain66_ef_config_g: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@66)

Address: 11232

property ain66_ef_config_h: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@66)

Address: 11532

property ain66_ef_config_i: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@66)

Address: 11832

property ain66_ef_config_j: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@66)

Address: 12132

property ain66_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN66_EF_INDEX (AIN#(0:149)_EF_INDEX@66)

Address: 9132

property ain66_ef_read_a: float

Function dependent on selected feature index.

Register: AIN66_EF_READ_A (AIN#(0:149)_EF_READ_A@66)

Address: 7132

property ain66_ef_read_b: float

Function dependent on selected feature index.

Register: AIN66_EF_READ_B (AIN#(0:149)_EF_READ_B@66)

Address: 7432

property ain66_ef_read_c: float

Function dependent on selected feature index.

Register: AIN66_EF_READ_C (AIN#(0:149)_EF_READ_C@66)

Address: 7732

property ain66_ef_read_d: float

Function dependent on selected feature index.

Register: AIN66_EF_READ_D (AIN#(0:149)_EF_READ_D@66)

Address: 8032

property ain66_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN66_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@66)

Address: 41066

property ain66_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN66_RANGE (AIN#(48:127)_RANGE@66)

Address: 40132

property ain66_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN66_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@66)

Address: 41566

property ain66_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN66_SETTLING_US (AIN#(48:127)_SETTLING_US@66)

Address: 42132

property ain67: float

Returns the voltage of the specified analog input.

Register: AIN67 (AIN#(48:127)@67)

Address: 134

property ain67_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN67_BINARY (AIN#(48:127)_BINARY@67)

Address: 50134

property ain67_ef_config_a: int

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@67)

Address: 9434

property ain67_ef_config_b: int

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@67)

Address: 9734

property ain67_ef_config_c: int

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@67)

Address: 10034

property ain67_ef_config_d: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@67)

Address: 10334

property ain67_ef_config_e: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@67)

Address: 10634

property ain67_ef_config_f: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@67)

Address: 10934

property ain67_ef_config_g: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@67)

Address: 11234

property ain67_ef_config_h: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@67)

Address: 11534

property ain67_ef_config_i: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@67)

Address: 11834

property ain67_ef_config_j: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@67)

Address: 12134

property ain67_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN67_EF_INDEX (AIN#(0:149)_EF_INDEX@67)

Address: 9134

property ain67_ef_read_a: float

Function dependent on selected feature index.

Register: AIN67_EF_READ_A (AIN#(0:149)_EF_READ_A@67)

Address: 7134

property ain67_ef_read_b: float

Function dependent on selected feature index.

Register: AIN67_EF_READ_B (AIN#(0:149)_EF_READ_B@67)

Address: 7434

property ain67_ef_read_c: float

Function dependent on selected feature index.

Register: AIN67_EF_READ_C (AIN#(0:149)_EF_READ_C@67)

Address: 7734

property ain67_ef_read_d: float

Function dependent on selected feature index.

Register: AIN67_EF_READ_D (AIN#(0:149)_EF_READ_D@67)

Address: 8034

property ain67_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN67_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@67)

Address: 41067

property ain67_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN67_RANGE (AIN#(48:127)_RANGE@67)

Address: 40134

property ain67_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN67_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@67)

Address: 41567

property ain67_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN67_SETTLING_US (AIN#(48:127)_SETTLING_US@67)

Address: 42134

property ain68: float

Returns the voltage of the specified analog input.

Register: AIN68 (AIN#(48:127)@68)

Address: 136

property ain68_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN68_BINARY (AIN#(48:127)_BINARY@68)

Address: 50136

property ain68_ef_config_a: int

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@68)

Address: 9436

property ain68_ef_config_b: int

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@68)

Address: 9736

property ain68_ef_config_c: int

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@68)

Address: 10036

property ain68_ef_config_d: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@68)

Address: 10336

property ain68_ef_config_e: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@68)

Address: 10636

property ain68_ef_config_f: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@68)

Address: 10936

property ain68_ef_config_g: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@68)

Address: 11236

property ain68_ef_config_h: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@68)

Address: 11536

property ain68_ef_config_i: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@68)

Address: 11836

property ain68_ef_config_j: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@68)

Address: 12136

property ain68_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN68_EF_INDEX (AIN#(0:149)_EF_INDEX@68)

Address: 9136

property ain68_ef_read_a: float

Function dependent on selected feature index.

Register: AIN68_EF_READ_A (AIN#(0:149)_EF_READ_A@68)

Address: 7136

property ain68_ef_read_b: float

Function dependent on selected feature index.

Register: AIN68_EF_READ_B (AIN#(0:149)_EF_READ_B@68)

Address: 7436

property ain68_ef_read_c: float

Function dependent on selected feature index.

Register: AIN68_EF_READ_C (AIN#(0:149)_EF_READ_C@68)

Address: 7736

property ain68_ef_read_d: float

Function dependent on selected feature index.

Register: AIN68_EF_READ_D (AIN#(0:149)_EF_READ_D@68)

Address: 8036

property ain68_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN68_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@68)

Address: 41068

property ain68_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN68_RANGE (AIN#(48:127)_RANGE@68)

Address: 40136

property ain68_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN68_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@68)

Address: 41568

property ain68_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN68_SETTLING_US (AIN#(48:127)_SETTLING_US@68)

Address: 42136

property ain69: float

Returns the voltage of the specified analog input.

Register: AIN69 (AIN#(48:127)@69)

Address: 138

property ain69_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN69_BINARY (AIN#(48:127)_BINARY@69)

Address: 50138

property ain69_ef_config_a: int

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@69)

Address: 9438

property ain69_ef_config_b: int

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@69)

Address: 9738

property ain69_ef_config_c: int

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@69)

Address: 10038

property ain69_ef_config_d: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@69)

Address: 10338

property ain69_ef_config_e: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@69)

Address: 10638

property ain69_ef_config_f: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@69)

Address: 10938

property ain69_ef_config_g: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@69)

Address: 11238

property ain69_ef_config_h: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@69)

Address: 11538

property ain69_ef_config_i: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@69)

Address: 11838

property ain69_ef_config_j: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@69)

Address: 12138

property ain69_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN69_EF_INDEX (AIN#(0:149)_EF_INDEX@69)

Address: 9138

property ain69_ef_read_a: float

Function dependent on selected feature index.

Register: AIN69_EF_READ_A (AIN#(0:149)_EF_READ_A@69)

Address: 7138

property ain69_ef_read_b: float

Function dependent on selected feature index.

Register: AIN69_EF_READ_B (AIN#(0:149)_EF_READ_B@69)

Address: 7438

property ain69_ef_read_c: float

Function dependent on selected feature index.

Register: AIN69_EF_READ_C (AIN#(0:149)_EF_READ_C@69)

Address: 7738

property ain69_ef_read_d: float

Function dependent on selected feature index.

Register: AIN69_EF_READ_D (AIN#(0:149)_EF_READ_D@69)

Address: 8038

property ain69_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN69_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@69)

Address: 41069

property ain69_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN69_RANGE (AIN#(48:127)_RANGE@69)

Address: 40138

property ain69_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN69_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@69)

Address: 41569

property ain69_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN69_SETTLING_US (AIN#(48:127)_SETTLING_US@69)

Address: 42138

property ain6_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN6_BINARY (AIN#(0:13)_BINARY@6)

Address: 50012

property ain6_ef_config_a: int

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@6)

Address: 9312

property ain6_ef_config_b: int

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@6)

Address: 9612

property ain6_ef_config_c: int

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@6)

Address: 9912

property ain6_ef_config_d: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@6)

Address: 10212

property ain6_ef_config_e: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@6)

Address: 10512

property ain6_ef_config_f: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@6)

Address: 10812

property ain6_ef_config_g: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@6)

Address: 11112

property ain6_ef_config_h: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@6)

Address: 11412

property ain6_ef_config_i: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@6)

Address: 11712

property ain6_ef_config_j: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@6)

Address: 12012

property ain6_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN6_EF_INDEX (AIN#(0:149)_EF_INDEX@6)

Address: 9012

property ain6_ef_read_a: float

Function dependent on selected feature index.

Register: AIN6_EF_READ_A (AIN#(0:149)_EF_READ_A@6)

Address: 7012

property ain6_ef_read_b: float

Function dependent on selected feature index.

Register: AIN6_EF_READ_B (AIN#(0:149)_EF_READ_B@6)

Address: 7312

property ain6_ef_read_c: float

Function dependent on selected feature index.

Register: AIN6_EF_READ_C (AIN#(0:149)_EF_READ_C@6)

Address: 7612

property ain6_ef_read_d: float

Function dependent on selected feature index.

Register: AIN6_EF_READ_D (AIN#(0:149)_EF_READ_D@6)

Address: 7912

property ain6_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN6_NEGATIVE_CH (AIN#(0:13)_NEGATIVE_CH@6)

Address: 41006

property ain6_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN6_RANGE (AIN#(0:13)_RANGE@6)

Address: 40012

property ain6_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN6_RESOLUTION_INDEX (AIN#(0:13)_RESOLUTION_INDEX@6)

Address: 41506

property ain6_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN6_SETTLING_US (AIN#(0:13)_SETTLING_US@6)

Address: 42012

property ain7: float

Returns the voltage of the specified analog input.

Register: AIN7 (AIN#(0:13)@7)

Address: 14

property ain70: float

Returns the voltage of the specified analog input.

Register: AIN70 (AIN#(48:127)@70)

Address: 140

property ain70_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN70_BINARY (AIN#(48:127)_BINARY@70)

Address: 50140

property ain70_ef_config_a: int

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@70)

Address: 9440

property ain70_ef_config_b: int

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@70)

Address: 9740

property ain70_ef_config_c: int

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@70)

Address: 10040

property ain70_ef_config_d: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@70)

Address: 10340

property ain70_ef_config_e: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@70)

Address: 10640

property ain70_ef_config_f: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@70)

Address: 10940

property ain70_ef_config_g: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@70)

Address: 11240

property ain70_ef_config_h: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@70)

Address: 11540

property ain70_ef_config_i: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@70)

Address: 11840

property ain70_ef_config_j: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@70)

Address: 12140

property ain70_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN70_EF_INDEX (AIN#(0:149)_EF_INDEX@70)

Address: 9140

property ain70_ef_read_a: float

Function dependent on selected feature index.

Register: AIN70_EF_READ_A (AIN#(0:149)_EF_READ_A@70)

Address: 7140

property ain70_ef_read_b: float

Function dependent on selected feature index.

Register: AIN70_EF_READ_B (AIN#(0:149)_EF_READ_B@70)

Address: 7440

property ain70_ef_read_c: float

Function dependent on selected feature index.

Register: AIN70_EF_READ_C (AIN#(0:149)_EF_READ_C@70)

Address: 7740

property ain70_ef_read_d: float

Function dependent on selected feature index.

Register: AIN70_EF_READ_D (AIN#(0:149)_EF_READ_D@70)

Address: 8040

property ain70_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN70_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@70)

Address: 41070

property ain70_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN70_RANGE (AIN#(48:127)_RANGE@70)

Address: 40140

property ain70_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN70_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@70)

Address: 41570

property ain70_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN70_SETTLING_US (AIN#(48:127)_SETTLING_US@70)

Address: 42140

property ain71: float

Returns the voltage of the specified analog input.

Register: AIN71 (AIN#(48:127)@71)

Address: 142

property ain71_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN71_BINARY (AIN#(48:127)_BINARY@71)

Address: 50142

property ain71_ef_config_a: int

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@71)

Address: 9442

property ain71_ef_config_b: int

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@71)

Address: 9742

property ain71_ef_config_c: int

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@71)

Address: 10042

property ain71_ef_config_d: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@71)

Address: 10342

property ain71_ef_config_e: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@71)

Address: 10642

property ain71_ef_config_f: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@71)

Address: 10942

property ain71_ef_config_g: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@71)

Address: 11242

property ain71_ef_config_h: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@71)

Address: 11542

property ain71_ef_config_i: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@71)

Address: 11842

property ain71_ef_config_j: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@71)

Address: 12142

property ain71_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN71_EF_INDEX (AIN#(0:149)_EF_INDEX@71)

Address: 9142

property ain71_ef_read_a: float

Function dependent on selected feature index.

Register: AIN71_EF_READ_A (AIN#(0:149)_EF_READ_A@71)

Address: 7142

property ain71_ef_read_b: float

Function dependent on selected feature index.

Register: AIN71_EF_READ_B (AIN#(0:149)_EF_READ_B@71)

Address: 7442

property ain71_ef_read_c: float

Function dependent on selected feature index.

Register: AIN71_EF_READ_C (AIN#(0:149)_EF_READ_C@71)

Address: 7742

property ain71_ef_read_d: float

Function dependent on selected feature index.

Register: AIN71_EF_READ_D (AIN#(0:149)_EF_READ_D@71)

Address: 8042

property ain71_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN71_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@71)

Address: 41071

property ain71_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN71_RANGE (AIN#(48:127)_RANGE@71)

Address: 40142

property ain71_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN71_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@71)

Address: 41571

property ain71_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN71_SETTLING_US (AIN#(48:127)_SETTLING_US@71)

Address: 42142

property ain72: float

Returns the voltage of the specified analog input.

Register: AIN72 (AIN#(48:127)@72)

Address: 144

property ain72_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN72_BINARY (AIN#(48:127)_BINARY@72)

Address: 50144

property ain72_ef_config_a: int

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@72)

Address: 9444

property ain72_ef_config_b: int

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@72)

Address: 9744

property ain72_ef_config_c: int

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@72)

Address: 10044

property ain72_ef_config_d: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@72)

Address: 10344

property ain72_ef_config_e: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@72)

Address: 10644

property ain72_ef_config_f: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@72)

Address: 10944

property ain72_ef_config_g: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@72)

Address: 11244

property ain72_ef_config_h: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@72)

Address: 11544

property ain72_ef_config_i: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@72)

Address: 11844

property ain72_ef_config_j: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@72)

Address: 12144

property ain72_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN72_EF_INDEX (AIN#(0:149)_EF_INDEX@72)

Address: 9144

property ain72_ef_read_a: float

Function dependent on selected feature index.

Register: AIN72_EF_READ_A (AIN#(0:149)_EF_READ_A@72)

Address: 7144

property ain72_ef_read_b: float

Function dependent on selected feature index.

Register: AIN72_EF_READ_B (AIN#(0:149)_EF_READ_B@72)

Address: 7444

property ain72_ef_read_c: float

Function dependent on selected feature index.

Register: AIN72_EF_READ_C (AIN#(0:149)_EF_READ_C@72)

Address: 7744

property ain72_ef_read_d: float

Function dependent on selected feature index.

Register: AIN72_EF_READ_D (AIN#(0:149)_EF_READ_D@72)

Address: 8044

property ain72_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN72_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@72)

Address: 41072

property ain72_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN72_RANGE (AIN#(48:127)_RANGE@72)

Address: 40144

property ain72_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN72_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@72)

Address: 41572

property ain72_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN72_SETTLING_US (AIN#(48:127)_SETTLING_US@72)

Address: 42144

property ain73: float

Returns the voltage of the specified analog input.

Register: AIN73 (AIN#(48:127)@73)

Address: 146

property ain73_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN73_BINARY (AIN#(48:127)_BINARY@73)

Address: 50146

property ain73_ef_config_a: int

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@73)

Address: 9446

property ain73_ef_config_b: int

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@73)

Address: 9746

property ain73_ef_config_c: int

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@73)

Address: 10046

property ain73_ef_config_d: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@73)

Address: 10346

property ain73_ef_config_e: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@73)

Address: 10646

property ain73_ef_config_f: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@73)

Address: 10946

property ain73_ef_config_g: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@73)

Address: 11246

property ain73_ef_config_h: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@73)

Address: 11546

property ain73_ef_config_i: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@73)

Address: 11846

property ain73_ef_config_j: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@73)

Address: 12146

property ain73_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN73_EF_INDEX (AIN#(0:149)_EF_INDEX@73)

Address: 9146

property ain73_ef_read_a: float

Function dependent on selected feature index.

Register: AIN73_EF_READ_A (AIN#(0:149)_EF_READ_A@73)

Address: 7146

property ain73_ef_read_b: float

Function dependent on selected feature index.

Register: AIN73_EF_READ_B (AIN#(0:149)_EF_READ_B@73)

Address: 7446

property ain73_ef_read_c: float

Function dependent on selected feature index.

Register: AIN73_EF_READ_C (AIN#(0:149)_EF_READ_C@73)

Address: 7746

property ain73_ef_read_d: float

Function dependent on selected feature index.

Register: AIN73_EF_READ_D (AIN#(0:149)_EF_READ_D@73)

Address: 8046

property ain73_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN73_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@73)

Address: 41073

property ain73_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN73_RANGE (AIN#(48:127)_RANGE@73)

Address: 40146

property ain73_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN73_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@73)

Address: 41573

property ain73_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN73_SETTLING_US (AIN#(48:127)_SETTLING_US@73)

Address: 42146

property ain74: float

Returns the voltage of the specified analog input.

Register: AIN74 (AIN#(48:127)@74)

Address: 148

property ain74_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN74_BINARY (AIN#(48:127)_BINARY@74)

Address: 50148

property ain74_ef_config_a: int

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@74)

Address: 9448

property ain74_ef_config_b: int

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@74)

Address: 9748

property ain74_ef_config_c: int

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@74)

Address: 10048

property ain74_ef_config_d: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@74)

Address: 10348

property ain74_ef_config_e: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@74)

Address: 10648

property ain74_ef_config_f: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@74)

Address: 10948

property ain74_ef_config_g: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@74)

Address: 11248

property ain74_ef_config_h: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@74)

Address: 11548

property ain74_ef_config_i: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@74)

Address: 11848

property ain74_ef_config_j: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@74)

Address: 12148

property ain74_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN74_EF_INDEX (AIN#(0:149)_EF_INDEX@74)

Address: 9148

property ain74_ef_read_a: float

Function dependent on selected feature index.

Register: AIN74_EF_READ_A (AIN#(0:149)_EF_READ_A@74)

Address: 7148

property ain74_ef_read_b: float

Function dependent on selected feature index.

Register: AIN74_EF_READ_B (AIN#(0:149)_EF_READ_B@74)

Address: 7448

property ain74_ef_read_c: float

Function dependent on selected feature index.

Register: AIN74_EF_READ_C (AIN#(0:149)_EF_READ_C@74)

Address: 7748

property ain74_ef_read_d: float

Function dependent on selected feature index.

Register: AIN74_EF_READ_D (AIN#(0:149)_EF_READ_D@74)

Address: 8048

property ain74_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN74_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@74)

Address: 41074

property ain74_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN74_RANGE (AIN#(48:127)_RANGE@74)

Address: 40148

property ain74_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN74_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@74)

Address: 41574

property ain74_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN74_SETTLING_US (AIN#(48:127)_SETTLING_US@74)

Address: 42148

property ain75: float

Returns the voltage of the specified analog input.

Register: AIN75 (AIN#(48:127)@75)

Address: 150

property ain75_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN75_BINARY (AIN#(48:127)_BINARY@75)

Address: 50150

property ain75_ef_config_a: int

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@75)

Address: 9450

property ain75_ef_config_b: int

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@75)

Address: 9750

property ain75_ef_config_c: int

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@75)

Address: 10050

property ain75_ef_config_d: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@75)

Address: 10350

property ain75_ef_config_e: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@75)

Address: 10650

property ain75_ef_config_f: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@75)

Address: 10950

property ain75_ef_config_g: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@75)

Address: 11250

property ain75_ef_config_h: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@75)

Address: 11550

property ain75_ef_config_i: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@75)

Address: 11850

property ain75_ef_config_j: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@75)

Address: 12150

property ain75_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN75_EF_INDEX (AIN#(0:149)_EF_INDEX@75)

Address: 9150

property ain75_ef_read_a: float

Function dependent on selected feature index.

Register: AIN75_EF_READ_A (AIN#(0:149)_EF_READ_A@75)

Address: 7150

property ain75_ef_read_b: float

Function dependent on selected feature index.

Register: AIN75_EF_READ_B (AIN#(0:149)_EF_READ_B@75)

Address: 7450

property ain75_ef_read_c: float

Function dependent on selected feature index.

Register: AIN75_EF_READ_C (AIN#(0:149)_EF_READ_C@75)

Address: 7750

property ain75_ef_read_d: float

Function dependent on selected feature index.

Register: AIN75_EF_READ_D (AIN#(0:149)_EF_READ_D@75)

Address: 8050

property ain75_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN75_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@75)

Address: 41075

property ain75_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN75_RANGE (AIN#(48:127)_RANGE@75)

Address: 40150

property ain75_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN75_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@75)

Address: 41575

property ain75_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN75_SETTLING_US (AIN#(48:127)_SETTLING_US@75)

Address: 42150

property ain76: float

Returns the voltage of the specified analog input.

Register: AIN76 (AIN#(48:127)@76)

Address: 152

property ain76_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN76_BINARY (AIN#(48:127)_BINARY@76)

Address: 50152

property ain76_ef_config_a: int

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@76)

Address: 9452

property ain76_ef_config_b: int

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@76)

Address: 9752

property ain76_ef_config_c: int

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@76)

Address: 10052

property ain76_ef_config_d: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@76)

Address: 10352

property ain76_ef_config_e: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@76)

Address: 10652

property ain76_ef_config_f: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@76)

Address: 10952

property ain76_ef_config_g: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@76)

Address: 11252

property ain76_ef_config_h: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@76)

Address: 11552

property ain76_ef_config_i: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@76)

Address: 11852

property ain76_ef_config_j: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@76)

Address: 12152

property ain76_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN76_EF_INDEX (AIN#(0:149)_EF_INDEX@76)

Address: 9152

property ain76_ef_read_a: float

Function dependent on selected feature index.

Register: AIN76_EF_READ_A (AIN#(0:149)_EF_READ_A@76)

Address: 7152

property ain76_ef_read_b: float

Function dependent on selected feature index.

Register: AIN76_EF_READ_B (AIN#(0:149)_EF_READ_B@76)

Address: 7452

property ain76_ef_read_c: float

Function dependent on selected feature index.

Register: AIN76_EF_READ_C (AIN#(0:149)_EF_READ_C@76)

Address: 7752

property ain76_ef_read_d: float

Function dependent on selected feature index.

Register: AIN76_EF_READ_D (AIN#(0:149)_EF_READ_D@76)

Address: 8052

property ain76_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN76_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@76)

Address: 41076

property ain76_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN76_RANGE (AIN#(48:127)_RANGE@76)

Address: 40152

property ain76_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN76_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@76)

Address: 41576

property ain76_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN76_SETTLING_US (AIN#(48:127)_SETTLING_US@76)

Address: 42152

property ain77: float

Returns the voltage of the specified analog input.

Register: AIN77 (AIN#(48:127)@77)

Address: 154

property ain77_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN77_BINARY (AIN#(48:127)_BINARY@77)

Address: 50154

property ain77_ef_config_a: int

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@77)

Address: 9454

property ain77_ef_config_b: int

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@77)

Address: 9754

property ain77_ef_config_c: int

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@77)

Address: 10054

property ain77_ef_config_d: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@77)

Address: 10354

property ain77_ef_config_e: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@77)

Address: 10654

property ain77_ef_config_f: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@77)

Address: 10954

property ain77_ef_config_g: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@77)

Address: 11254

property ain77_ef_config_h: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@77)

Address: 11554

property ain77_ef_config_i: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@77)

Address: 11854

property ain77_ef_config_j: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@77)

Address: 12154

property ain77_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN77_EF_INDEX (AIN#(0:149)_EF_INDEX@77)

Address: 9154

property ain77_ef_read_a: float

Function dependent on selected feature index.

Register: AIN77_EF_READ_A (AIN#(0:149)_EF_READ_A@77)

Address: 7154

property ain77_ef_read_b: float

Function dependent on selected feature index.

Register: AIN77_EF_READ_B (AIN#(0:149)_EF_READ_B@77)

Address: 7454

property ain77_ef_read_c: float

Function dependent on selected feature index.

Register: AIN77_EF_READ_C (AIN#(0:149)_EF_READ_C@77)

Address: 7754

property ain77_ef_read_d: float

Function dependent on selected feature index.

Register: AIN77_EF_READ_D (AIN#(0:149)_EF_READ_D@77)

Address: 8054

property ain77_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN77_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@77)

Address: 41077

property ain77_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN77_RANGE (AIN#(48:127)_RANGE@77)

Address: 40154

property ain77_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN77_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@77)

Address: 41577

property ain77_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN77_SETTLING_US (AIN#(48:127)_SETTLING_US@77)

Address: 42154

property ain78: float

Returns the voltage of the specified analog input.

Register: AIN78 (AIN#(48:127)@78)

Address: 156

property ain78_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN78_BINARY (AIN#(48:127)_BINARY@78)

Address: 50156

property ain78_ef_config_a: int

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@78)

Address: 9456

property ain78_ef_config_b: int

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@78)

Address: 9756

property ain78_ef_config_c: int

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@78)

Address: 10056

property ain78_ef_config_d: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@78)

Address: 10356

property ain78_ef_config_e: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@78)

Address: 10656

property ain78_ef_config_f: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@78)

Address: 10956

property ain78_ef_config_g: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@78)

Address: 11256

property ain78_ef_config_h: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@78)

Address: 11556

property ain78_ef_config_i: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@78)

Address: 11856

property ain78_ef_config_j: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@78)

Address: 12156

property ain78_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN78_EF_INDEX (AIN#(0:149)_EF_INDEX@78)

Address: 9156

property ain78_ef_read_a: float

Function dependent on selected feature index.

Register: AIN78_EF_READ_A (AIN#(0:149)_EF_READ_A@78)

Address: 7156

property ain78_ef_read_b: float

Function dependent on selected feature index.

Register: AIN78_EF_READ_B (AIN#(0:149)_EF_READ_B@78)

Address: 7456

property ain78_ef_read_c: float

Function dependent on selected feature index.

Register: AIN78_EF_READ_C (AIN#(0:149)_EF_READ_C@78)

Address: 7756

property ain78_ef_read_d: float

Function dependent on selected feature index.

Register: AIN78_EF_READ_D (AIN#(0:149)_EF_READ_D@78)

Address: 8056

property ain78_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN78_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@78)

Address: 41078

property ain78_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN78_RANGE (AIN#(48:127)_RANGE@78)

Address: 40156

property ain78_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN78_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@78)

Address: 41578

property ain78_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN78_SETTLING_US (AIN#(48:127)_SETTLING_US@78)

Address: 42156

property ain79: float

Returns the voltage of the specified analog input.

Register: AIN79 (AIN#(48:127)@79)

Address: 158

property ain79_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN79_BINARY (AIN#(48:127)_BINARY@79)

Address: 50158

property ain79_ef_config_a: int

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@79)

Address: 9458

property ain79_ef_config_b: int

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@79)

Address: 9758

property ain79_ef_config_c: int

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@79)

Address: 10058

property ain79_ef_config_d: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@79)

Address: 10358

property ain79_ef_config_e: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@79)

Address: 10658

property ain79_ef_config_f: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@79)

Address: 10958

property ain79_ef_config_g: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@79)

Address: 11258

property ain79_ef_config_h: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@79)

Address: 11558

property ain79_ef_config_i: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@79)

Address: 11858

property ain79_ef_config_j: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@79)

Address: 12158

property ain79_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN79_EF_INDEX (AIN#(0:149)_EF_INDEX@79)

Address: 9158

property ain79_ef_read_a: float

Function dependent on selected feature index.

Register: AIN79_EF_READ_A (AIN#(0:149)_EF_READ_A@79)

Address: 7158

property ain79_ef_read_b: float

Function dependent on selected feature index.

Register: AIN79_EF_READ_B (AIN#(0:149)_EF_READ_B@79)

Address: 7458

property ain79_ef_read_c: float

Function dependent on selected feature index.

Register: AIN79_EF_READ_C (AIN#(0:149)_EF_READ_C@79)

Address: 7758

property ain79_ef_read_d: float

Function dependent on selected feature index.

Register: AIN79_EF_READ_D (AIN#(0:149)_EF_READ_D@79)

Address: 8058

property ain79_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN79_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@79)

Address: 41079

property ain79_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN79_RANGE (AIN#(48:127)_RANGE@79)

Address: 40158

property ain79_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN79_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@79)

Address: 41579

property ain79_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN79_SETTLING_US (AIN#(48:127)_SETTLING_US@79)

Address: 42158

property ain7_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN7_BINARY (AIN#(0:13)_BINARY@7)

Address: 50014

property ain7_ef_config_a: int

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@7)

Address: 9314

property ain7_ef_config_b: int

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@7)

Address: 9614

property ain7_ef_config_c: int

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@7)

Address: 9914

property ain7_ef_config_d: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@7)

Address: 10214

property ain7_ef_config_e: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@7)

Address: 10514

property ain7_ef_config_f: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@7)

Address: 10814

property ain7_ef_config_g: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@7)

Address: 11114

property ain7_ef_config_h: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@7)

Address: 11414

property ain7_ef_config_i: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@7)

Address: 11714

property ain7_ef_config_j: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@7)

Address: 12014

property ain7_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN7_EF_INDEX (AIN#(0:149)_EF_INDEX@7)

Address: 9014

property ain7_ef_read_a: float

Function dependent on selected feature index.

Register: AIN7_EF_READ_A (AIN#(0:149)_EF_READ_A@7)

Address: 7014

property ain7_ef_read_b: float

Function dependent on selected feature index.

Register: AIN7_EF_READ_B (AIN#(0:149)_EF_READ_B@7)

Address: 7314

property ain7_ef_read_c: float

Function dependent on selected feature index.

Register: AIN7_EF_READ_C (AIN#(0:149)_EF_READ_C@7)

Address: 7614

property ain7_ef_read_d: float

Function dependent on selected feature index.

Register: AIN7_EF_READ_D (AIN#(0:149)_EF_READ_D@7)

Address: 7914

property ain7_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN7_NEGATIVE_CH (AIN#(0:13)_NEGATIVE_CH@7)

Address: 41007

property ain7_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN7_RANGE (AIN#(0:13)_RANGE@7)

Address: 40014

property ain7_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN7_RESOLUTION_INDEX (AIN#(0:13)_RESOLUTION_INDEX@7)

Address: 41507

property ain7_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN7_SETTLING_US (AIN#(0:13)_SETTLING_US@7)

Address: 42014

property ain8: float

Returns the voltage of the specified analog input.

Register: AIN8 (AIN#(0:13)@8)

Address: 16

property ain80: float

Returns the voltage of the specified analog input.

Register: AIN80 (AIN#(48:127)@80)

Address: 160

property ain80_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN80_BINARY (AIN#(48:127)_BINARY@80)

Address: 50160

property ain80_ef_config_a: int

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@80)

Address: 9460

property ain80_ef_config_b: int

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@80)

Address: 9760

property ain80_ef_config_c: int

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@80)

Address: 10060

property ain80_ef_config_d: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@80)

Address: 10360

property ain80_ef_config_e: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@80)

Address: 10660

property ain80_ef_config_f: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@80)

Address: 10960

property ain80_ef_config_g: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@80)

Address: 11260

property ain80_ef_config_h: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@80)

Address: 11560

property ain80_ef_config_i: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@80)

Address: 11860

property ain80_ef_config_j: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@80)

Address: 12160

property ain80_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN80_EF_INDEX (AIN#(0:149)_EF_INDEX@80)

Address: 9160

property ain80_ef_read_a: float

Function dependent on selected feature index.

Register: AIN80_EF_READ_A (AIN#(0:149)_EF_READ_A@80)

Address: 7160

property ain80_ef_read_b: float

Function dependent on selected feature index.

Register: AIN80_EF_READ_B (AIN#(0:149)_EF_READ_B@80)

Address: 7460

property ain80_ef_read_c: float

Function dependent on selected feature index.

Register: AIN80_EF_READ_C (AIN#(0:149)_EF_READ_C@80)

Address: 7760

property ain80_ef_read_d: float

Function dependent on selected feature index.

Register: AIN80_EF_READ_D (AIN#(0:149)_EF_READ_D@80)

Address: 8060

property ain80_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN80_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@80)

Address: 41080

property ain80_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN80_RANGE (AIN#(48:127)_RANGE@80)

Address: 40160

property ain80_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN80_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@80)

Address: 41580

property ain80_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN80_SETTLING_US (AIN#(48:127)_SETTLING_US@80)

Address: 42160

property ain81: float

Returns the voltage of the specified analog input.

Register: AIN81 (AIN#(48:127)@81)

Address: 162

property ain81_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN81_BINARY (AIN#(48:127)_BINARY@81)

Address: 50162

property ain81_ef_config_a: int

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@81)

Address: 9462

property ain81_ef_config_b: int

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@81)

Address: 9762

property ain81_ef_config_c: int

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@81)

Address: 10062

property ain81_ef_config_d: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@81)

Address: 10362

property ain81_ef_config_e: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@81)

Address: 10662

property ain81_ef_config_f: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@81)

Address: 10962

property ain81_ef_config_g: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@81)

Address: 11262

property ain81_ef_config_h: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@81)

Address: 11562

property ain81_ef_config_i: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@81)

Address: 11862

property ain81_ef_config_j: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@81)

Address: 12162

property ain81_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN81_EF_INDEX (AIN#(0:149)_EF_INDEX@81)

Address: 9162

property ain81_ef_read_a: float

Function dependent on selected feature index.

Register: AIN81_EF_READ_A (AIN#(0:149)_EF_READ_A@81)

Address: 7162

property ain81_ef_read_b: float

Function dependent on selected feature index.

Register: AIN81_EF_READ_B (AIN#(0:149)_EF_READ_B@81)

Address: 7462

property ain81_ef_read_c: float

Function dependent on selected feature index.

Register: AIN81_EF_READ_C (AIN#(0:149)_EF_READ_C@81)

Address: 7762

property ain81_ef_read_d: float

Function dependent on selected feature index.

Register: AIN81_EF_READ_D (AIN#(0:149)_EF_READ_D@81)

Address: 8062

property ain81_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN81_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@81)

Address: 41081

property ain81_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN81_RANGE (AIN#(48:127)_RANGE@81)

Address: 40162

property ain81_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN81_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@81)

Address: 41581

property ain81_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN81_SETTLING_US (AIN#(48:127)_SETTLING_US@81)

Address: 42162

property ain82: float

Returns the voltage of the specified analog input.

Register: AIN82 (AIN#(48:127)@82)

Address: 164

property ain82_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN82_BINARY (AIN#(48:127)_BINARY@82)

Address: 50164

property ain82_ef_config_a: int

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@82)

Address: 9464

property ain82_ef_config_b: int

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@82)

Address: 9764

property ain82_ef_config_c: int

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@82)

Address: 10064

property ain82_ef_config_d: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@82)

Address: 10364

property ain82_ef_config_e: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@82)

Address: 10664

property ain82_ef_config_f: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@82)

Address: 10964

property ain82_ef_config_g: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@82)

Address: 11264

property ain82_ef_config_h: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@82)

Address: 11564

property ain82_ef_config_i: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@82)

Address: 11864

property ain82_ef_config_j: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@82)

Address: 12164

property ain82_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN82_EF_INDEX (AIN#(0:149)_EF_INDEX@82)

Address: 9164

property ain82_ef_read_a: float

Function dependent on selected feature index.

Register: AIN82_EF_READ_A (AIN#(0:149)_EF_READ_A@82)

Address: 7164

property ain82_ef_read_b: float

Function dependent on selected feature index.

Register: AIN82_EF_READ_B (AIN#(0:149)_EF_READ_B@82)

Address: 7464

property ain82_ef_read_c: float

Function dependent on selected feature index.

Register: AIN82_EF_READ_C (AIN#(0:149)_EF_READ_C@82)

Address: 7764

property ain82_ef_read_d: float

Function dependent on selected feature index.

Register: AIN82_EF_READ_D (AIN#(0:149)_EF_READ_D@82)

Address: 8064

property ain82_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN82_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@82)

Address: 41082

property ain82_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN82_RANGE (AIN#(48:127)_RANGE@82)

Address: 40164

property ain82_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN82_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@82)

Address: 41582

property ain82_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN82_SETTLING_US (AIN#(48:127)_SETTLING_US@82)

Address: 42164

property ain83: float

Returns the voltage of the specified analog input.

Register: AIN83 (AIN#(48:127)@83)

Address: 166

property ain83_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN83_BINARY (AIN#(48:127)_BINARY@83)

Address: 50166

property ain83_ef_config_a: int

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@83)

Address: 9466

property ain83_ef_config_b: int

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@83)

Address: 9766

property ain83_ef_config_c: int

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@83)

Address: 10066

property ain83_ef_config_d: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@83)

Address: 10366

property ain83_ef_config_e: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@83)

Address: 10666

property ain83_ef_config_f: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@83)

Address: 10966

property ain83_ef_config_g: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@83)

Address: 11266

property ain83_ef_config_h: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@83)

Address: 11566

property ain83_ef_config_i: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@83)

Address: 11866

property ain83_ef_config_j: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@83)

Address: 12166

property ain83_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN83_EF_INDEX (AIN#(0:149)_EF_INDEX@83)

Address: 9166

property ain83_ef_read_a: float

Function dependent on selected feature index.

Register: AIN83_EF_READ_A (AIN#(0:149)_EF_READ_A@83)

Address: 7166

property ain83_ef_read_b: float

Function dependent on selected feature index.

Register: AIN83_EF_READ_B (AIN#(0:149)_EF_READ_B@83)

Address: 7466

property ain83_ef_read_c: float

Function dependent on selected feature index.

Register: AIN83_EF_READ_C (AIN#(0:149)_EF_READ_C@83)

Address: 7766

property ain83_ef_read_d: float

Function dependent on selected feature index.

Register: AIN83_EF_READ_D (AIN#(0:149)_EF_READ_D@83)

Address: 8066

property ain83_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN83_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@83)

Address: 41083

property ain83_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN83_RANGE (AIN#(48:127)_RANGE@83)

Address: 40166

property ain83_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN83_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@83)

Address: 41583

property ain83_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN83_SETTLING_US (AIN#(48:127)_SETTLING_US@83)

Address: 42166

property ain84: float

Returns the voltage of the specified analog input.

Register: AIN84 (AIN#(48:127)@84)

Address: 168

property ain84_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN84_BINARY (AIN#(48:127)_BINARY@84)

Address: 50168

property ain84_ef_config_a: int

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@84)

Address: 9468

property ain84_ef_config_b: int

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@84)

Address: 9768

property ain84_ef_config_c: int

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@84)

Address: 10068

property ain84_ef_config_d: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@84)

Address: 10368

property ain84_ef_config_e: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@84)

Address: 10668

property ain84_ef_config_f: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@84)

Address: 10968

property ain84_ef_config_g: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@84)

Address: 11268

property ain84_ef_config_h: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@84)

Address: 11568

property ain84_ef_config_i: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@84)

Address: 11868

property ain84_ef_config_j: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@84)

Address: 12168

property ain84_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN84_EF_INDEX (AIN#(0:149)_EF_INDEX@84)

Address: 9168

property ain84_ef_read_a: float

Function dependent on selected feature index.

Register: AIN84_EF_READ_A (AIN#(0:149)_EF_READ_A@84)

Address: 7168

property ain84_ef_read_b: float

Function dependent on selected feature index.

Register: AIN84_EF_READ_B (AIN#(0:149)_EF_READ_B@84)

Address: 7468

property ain84_ef_read_c: float

Function dependent on selected feature index.

Register: AIN84_EF_READ_C (AIN#(0:149)_EF_READ_C@84)

Address: 7768

property ain84_ef_read_d: float

Function dependent on selected feature index.

Register: AIN84_EF_READ_D (AIN#(0:149)_EF_READ_D@84)

Address: 8068

property ain84_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN84_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@84)

Address: 41084

property ain84_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN84_RANGE (AIN#(48:127)_RANGE@84)

Address: 40168

property ain84_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN84_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@84)

Address: 41584

property ain84_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN84_SETTLING_US (AIN#(48:127)_SETTLING_US@84)

Address: 42168

property ain85: float

Returns the voltage of the specified analog input.

Register: AIN85 (AIN#(48:127)@85)

Address: 170

property ain85_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN85_BINARY (AIN#(48:127)_BINARY@85)

Address: 50170

property ain85_ef_config_a: int

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@85)

Address: 9470

property ain85_ef_config_b: int

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@85)

Address: 9770

property ain85_ef_config_c: int

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@85)

Address: 10070

property ain85_ef_config_d: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@85)

Address: 10370

property ain85_ef_config_e: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@85)

Address: 10670

property ain85_ef_config_f: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@85)

Address: 10970

property ain85_ef_config_g: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@85)

Address: 11270

property ain85_ef_config_h: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@85)

Address: 11570

property ain85_ef_config_i: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@85)

Address: 11870

property ain85_ef_config_j: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@85)

Address: 12170

property ain85_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN85_EF_INDEX (AIN#(0:149)_EF_INDEX@85)

Address: 9170

property ain85_ef_read_a: float

Function dependent on selected feature index.

Register: AIN85_EF_READ_A (AIN#(0:149)_EF_READ_A@85)

Address: 7170

property ain85_ef_read_b: float

Function dependent on selected feature index.

Register: AIN85_EF_READ_B (AIN#(0:149)_EF_READ_B@85)

Address: 7470

property ain85_ef_read_c: float

Function dependent on selected feature index.

Register: AIN85_EF_READ_C (AIN#(0:149)_EF_READ_C@85)

Address: 7770

property ain85_ef_read_d: float

Function dependent on selected feature index.

Register: AIN85_EF_READ_D (AIN#(0:149)_EF_READ_D@85)

Address: 8070

property ain85_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN85_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@85)

Address: 41085

property ain85_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN85_RANGE (AIN#(48:127)_RANGE@85)

Address: 40170

property ain85_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN85_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@85)

Address: 41585

property ain85_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN85_SETTLING_US (AIN#(48:127)_SETTLING_US@85)

Address: 42170

property ain86: float

Returns the voltage of the specified analog input.

Register: AIN86 (AIN#(48:127)@86)

Address: 172

property ain86_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN86_BINARY (AIN#(48:127)_BINARY@86)

Address: 50172

property ain86_ef_config_a: int

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@86)

Address: 9472

property ain86_ef_config_b: int

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@86)

Address: 9772

property ain86_ef_config_c: int

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@86)

Address: 10072

property ain86_ef_config_d: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@86)

Address: 10372

property ain86_ef_config_e: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@86)

Address: 10672

property ain86_ef_config_f: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@86)

Address: 10972

property ain86_ef_config_g: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@86)

Address: 11272

property ain86_ef_config_h: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@86)

Address: 11572

property ain86_ef_config_i: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@86)

Address: 11872

property ain86_ef_config_j: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@86)

Address: 12172

property ain86_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN86_EF_INDEX (AIN#(0:149)_EF_INDEX@86)

Address: 9172

property ain86_ef_read_a: float

Function dependent on selected feature index.

Register: AIN86_EF_READ_A (AIN#(0:149)_EF_READ_A@86)

Address: 7172

property ain86_ef_read_b: float

Function dependent on selected feature index.

Register: AIN86_EF_READ_B (AIN#(0:149)_EF_READ_B@86)

Address: 7472

property ain86_ef_read_c: float

Function dependent on selected feature index.

Register: AIN86_EF_READ_C (AIN#(0:149)_EF_READ_C@86)

Address: 7772

property ain86_ef_read_d: float

Function dependent on selected feature index.

Register: AIN86_EF_READ_D (AIN#(0:149)_EF_READ_D@86)

Address: 8072

property ain86_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN86_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@86)

Address: 41086

property ain86_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN86_RANGE (AIN#(48:127)_RANGE@86)

Address: 40172

property ain86_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN86_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@86)

Address: 41586

property ain86_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN86_SETTLING_US (AIN#(48:127)_SETTLING_US@86)

Address: 42172

property ain87: float

Returns the voltage of the specified analog input.

Register: AIN87 (AIN#(48:127)@87)

Address: 174

property ain87_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN87_BINARY (AIN#(48:127)_BINARY@87)

Address: 50174

property ain87_ef_config_a: int

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@87)

Address: 9474

property ain87_ef_config_b: int

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@87)

Address: 9774

property ain87_ef_config_c: int

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@87)

Address: 10074

property ain87_ef_config_d: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@87)

Address: 10374

property ain87_ef_config_e: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@87)

Address: 10674

property ain87_ef_config_f: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@87)

Address: 10974

property ain87_ef_config_g: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@87)

Address: 11274

property ain87_ef_config_h: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@87)

Address: 11574

property ain87_ef_config_i: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@87)

Address: 11874

property ain87_ef_config_j: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@87)

Address: 12174

property ain87_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN87_EF_INDEX (AIN#(0:149)_EF_INDEX@87)

Address: 9174

property ain87_ef_read_a: float

Function dependent on selected feature index.

Register: AIN87_EF_READ_A (AIN#(0:149)_EF_READ_A@87)

Address: 7174

property ain87_ef_read_b: float

Function dependent on selected feature index.

Register: AIN87_EF_READ_B (AIN#(0:149)_EF_READ_B@87)

Address: 7474

property ain87_ef_read_c: float

Function dependent on selected feature index.

Register: AIN87_EF_READ_C (AIN#(0:149)_EF_READ_C@87)

Address: 7774

property ain87_ef_read_d: float

Function dependent on selected feature index.

Register: AIN87_EF_READ_D (AIN#(0:149)_EF_READ_D@87)

Address: 8074

property ain87_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN87_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@87)

Address: 41087

property ain87_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN87_RANGE (AIN#(48:127)_RANGE@87)

Address: 40174

property ain87_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN87_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@87)

Address: 41587

property ain87_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN87_SETTLING_US (AIN#(48:127)_SETTLING_US@87)

Address: 42174

property ain88: float

Returns the voltage of the specified analog input.

Register: AIN88 (AIN#(48:127)@88)

Address: 176

property ain88_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN88_BINARY (AIN#(48:127)_BINARY@88)

Address: 50176

property ain88_ef_config_a: int

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@88)

Address: 9476

property ain88_ef_config_b: int

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@88)

Address: 9776

property ain88_ef_config_c: int

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@88)

Address: 10076

property ain88_ef_config_d: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@88)

Address: 10376

property ain88_ef_config_e: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@88)

Address: 10676

property ain88_ef_config_f: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@88)

Address: 10976

property ain88_ef_config_g: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@88)

Address: 11276

property ain88_ef_config_h: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@88)

Address: 11576

property ain88_ef_config_i: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@88)

Address: 11876

property ain88_ef_config_j: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@88)

Address: 12176

property ain88_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN88_EF_INDEX (AIN#(0:149)_EF_INDEX@88)

Address: 9176

property ain88_ef_read_a: float

Function dependent on selected feature index.

Register: AIN88_EF_READ_A (AIN#(0:149)_EF_READ_A@88)

Address: 7176

property ain88_ef_read_b: float

Function dependent on selected feature index.

Register: AIN88_EF_READ_B (AIN#(0:149)_EF_READ_B@88)

Address: 7476

property ain88_ef_read_c: float

Function dependent on selected feature index.

Register: AIN88_EF_READ_C (AIN#(0:149)_EF_READ_C@88)

Address: 7776

property ain88_ef_read_d: float

Function dependent on selected feature index.

Register: AIN88_EF_READ_D (AIN#(0:149)_EF_READ_D@88)

Address: 8076

property ain88_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN88_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@88)

Address: 41088

property ain88_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN88_RANGE (AIN#(48:127)_RANGE@88)

Address: 40176

property ain88_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN88_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@88)

Address: 41588

property ain88_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN88_SETTLING_US (AIN#(48:127)_SETTLING_US@88)

Address: 42176

property ain89: float

Returns the voltage of the specified analog input.

Register: AIN89 (AIN#(48:127)@89)

Address: 178

property ain89_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN89_BINARY (AIN#(48:127)_BINARY@89)

Address: 50178

property ain89_ef_config_a: int

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@89)

Address: 9478

property ain89_ef_config_b: int

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@89)

Address: 9778

property ain89_ef_config_c: int

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@89)

Address: 10078

property ain89_ef_config_d: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@89)

Address: 10378

property ain89_ef_config_e: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@89)

Address: 10678

property ain89_ef_config_f: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@89)

Address: 10978

property ain89_ef_config_g: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@89)

Address: 11278

property ain89_ef_config_h: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@89)

Address: 11578

property ain89_ef_config_i: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@89)

Address: 11878

property ain89_ef_config_j: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@89)

Address: 12178

property ain89_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN89_EF_INDEX (AIN#(0:149)_EF_INDEX@89)

Address: 9178

property ain89_ef_read_a: float

Function dependent on selected feature index.

Register: AIN89_EF_READ_A (AIN#(0:149)_EF_READ_A@89)

Address: 7178

property ain89_ef_read_b: float

Function dependent on selected feature index.

Register: AIN89_EF_READ_B (AIN#(0:149)_EF_READ_B@89)

Address: 7478

property ain89_ef_read_c: float

Function dependent on selected feature index.

Register: AIN89_EF_READ_C (AIN#(0:149)_EF_READ_C@89)

Address: 7778

property ain89_ef_read_d: float

Function dependent on selected feature index.

Register: AIN89_EF_READ_D (AIN#(0:149)_EF_READ_D@89)

Address: 8078

property ain89_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN89_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@89)

Address: 41089

property ain89_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN89_RANGE (AIN#(48:127)_RANGE@89)

Address: 40178

property ain89_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN89_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@89)

Address: 41589

property ain89_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN89_SETTLING_US (AIN#(48:127)_SETTLING_US@89)

Address: 42178

property ain8_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN8_BINARY (AIN#(0:13)_BINARY@8)

Address: 50016

property ain8_ef_config_a: int

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@8)

Address: 9316

property ain8_ef_config_b: int

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@8)

Address: 9616

property ain8_ef_config_c: int

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@8)

Address: 9916

property ain8_ef_config_d: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@8)

Address: 10216

property ain8_ef_config_e: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@8)

Address: 10516

property ain8_ef_config_f: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@8)

Address: 10816

property ain8_ef_config_g: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@8)

Address: 11116

property ain8_ef_config_h: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@8)

Address: 11416

property ain8_ef_config_i: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@8)

Address: 11716

property ain8_ef_config_j: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@8)

Address: 12016

property ain8_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN8_EF_INDEX (AIN#(0:149)_EF_INDEX@8)

Address: 9016

property ain8_ef_read_a: float

Function dependent on selected feature index.

Register: AIN8_EF_READ_A (AIN#(0:149)_EF_READ_A@8)

Address: 7016

property ain8_ef_read_b: float

Function dependent on selected feature index.

Register: AIN8_EF_READ_B (AIN#(0:149)_EF_READ_B@8)

Address: 7316

property ain8_ef_read_c: float

Function dependent on selected feature index.

Register: AIN8_EF_READ_C (AIN#(0:149)_EF_READ_C@8)

Address: 7616

property ain8_ef_read_d: float

Function dependent on selected feature index.

Register: AIN8_EF_READ_D (AIN#(0:149)_EF_READ_D@8)

Address: 7916

property ain8_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN8_NEGATIVE_CH (AIN#(0:13)_NEGATIVE_CH@8)

Address: 41008

property ain8_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN8_RANGE (AIN#(0:13)_RANGE@8)

Address: 40016

property ain8_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN8_RESOLUTION_INDEX (AIN#(0:13)_RESOLUTION_INDEX@8)

Address: 41508

property ain8_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN8_SETTLING_US (AIN#(0:13)_SETTLING_US@8)

Address: 42016

property ain9: float

Returns the voltage of the specified analog input.

Register: AIN9 (AIN#(0:13)@9)

Address: 18

property ain90: float

Returns the voltage of the specified analog input.

Register: AIN90 (AIN#(48:127)@90)

Address: 180

property ain90_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN90_BINARY (AIN#(48:127)_BINARY@90)

Address: 50180

property ain90_ef_config_a: int

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@90)

Address: 9480

property ain90_ef_config_b: int

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@90)

Address: 9780

property ain90_ef_config_c: int

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@90)

Address: 10080

property ain90_ef_config_d: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@90)

Address: 10380

property ain90_ef_config_e: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@90)

Address: 10680

property ain90_ef_config_f: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@90)

Address: 10980

property ain90_ef_config_g: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@90)

Address: 11280

property ain90_ef_config_h: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@90)

Address: 11580

property ain90_ef_config_i: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@90)

Address: 11880

property ain90_ef_config_j: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@90)

Address: 12180

property ain90_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN90_EF_INDEX (AIN#(0:149)_EF_INDEX@90)

Address: 9180

property ain90_ef_read_a: float

Function dependent on selected feature index.

Register: AIN90_EF_READ_A (AIN#(0:149)_EF_READ_A@90)

Address: 7180

property ain90_ef_read_b: float

Function dependent on selected feature index.

Register: AIN90_EF_READ_B (AIN#(0:149)_EF_READ_B@90)

Address: 7480

property ain90_ef_read_c: float

Function dependent on selected feature index.

Register: AIN90_EF_READ_C (AIN#(0:149)_EF_READ_C@90)

Address: 7780

property ain90_ef_read_d: float

Function dependent on selected feature index.

Register: AIN90_EF_READ_D (AIN#(0:149)_EF_READ_D@90)

Address: 8080

property ain90_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN90_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@90)

Address: 41090

property ain90_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN90_RANGE (AIN#(48:127)_RANGE@90)

Address: 40180

property ain90_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN90_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@90)

Address: 41590

property ain90_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN90_SETTLING_US (AIN#(48:127)_SETTLING_US@90)

Address: 42180

property ain91: float

Returns the voltage of the specified analog input.

Register: AIN91 (AIN#(48:127)@91)

Address: 182

property ain91_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN91_BINARY (AIN#(48:127)_BINARY@91)

Address: 50182

property ain91_ef_config_a: int

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@91)

Address: 9482

property ain91_ef_config_b: int

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@91)

Address: 9782

property ain91_ef_config_c: int

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@91)

Address: 10082

property ain91_ef_config_d: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@91)

Address: 10382

property ain91_ef_config_e: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@91)

Address: 10682

property ain91_ef_config_f: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@91)

Address: 10982

property ain91_ef_config_g: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@91)

Address: 11282

property ain91_ef_config_h: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@91)

Address: 11582

property ain91_ef_config_i: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@91)

Address: 11882

property ain91_ef_config_j: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@91)

Address: 12182

property ain91_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN91_EF_INDEX (AIN#(0:149)_EF_INDEX@91)

Address: 9182

property ain91_ef_read_a: float

Function dependent on selected feature index.

Register: AIN91_EF_READ_A (AIN#(0:149)_EF_READ_A@91)

Address: 7182

property ain91_ef_read_b: float

Function dependent on selected feature index.

Register: AIN91_EF_READ_B (AIN#(0:149)_EF_READ_B@91)

Address: 7482

property ain91_ef_read_c: float

Function dependent on selected feature index.

Register: AIN91_EF_READ_C (AIN#(0:149)_EF_READ_C@91)

Address: 7782

property ain91_ef_read_d: float

Function dependent on selected feature index.

Register: AIN91_EF_READ_D (AIN#(0:149)_EF_READ_D@91)

Address: 8082

property ain91_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN91_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@91)

Address: 41091

property ain91_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN91_RANGE (AIN#(48:127)_RANGE@91)

Address: 40182

property ain91_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN91_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@91)

Address: 41591

property ain91_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN91_SETTLING_US (AIN#(48:127)_SETTLING_US@91)

Address: 42182

property ain92: float

Returns the voltage of the specified analog input.

Register: AIN92 (AIN#(48:127)@92)

Address: 184

property ain92_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN92_BINARY (AIN#(48:127)_BINARY@92)

Address: 50184

property ain92_ef_config_a: int

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@92)

Address: 9484

property ain92_ef_config_b: int

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@92)

Address: 9784

property ain92_ef_config_c: int

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@92)

Address: 10084

property ain92_ef_config_d: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@92)

Address: 10384

property ain92_ef_config_e: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@92)

Address: 10684

property ain92_ef_config_f: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@92)

Address: 10984

property ain92_ef_config_g: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@92)

Address: 11284

property ain92_ef_config_h: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@92)

Address: 11584

property ain92_ef_config_i: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@92)

Address: 11884

property ain92_ef_config_j: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@92)

Address: 12184

property ain92_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN92_EF_INDEX (AIN#(0:149)_EF_INDEX@92)

Address: 9184

property ain92_ef_read_a: float

Function dependent on selected feature index.

Register: AIN92_EF_READ_A (AIN#(0:149)_EF_READ_A@92)

Address: 7184

property ain92_ef_read_b: float

Function dependent on selected feature index.

Register: AIN92_EF_READ_B (AIN#(0:149)_EF_READ_B@92)

Address: 7484

property ain92_ef_read_c: float

Function dependent on selected feature index.

Register: AIN92_EF_READ_C (AIN#(0:149)_EF_READ_C@92)

Address: 7784

property ain92_ef_read_d: float

Function dependent on selected feature index.

Register: AIN92_EF_READ_D (AIN#(0:149)_EF_READ_D@92)

Address: 8084

property ain92_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN92_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@92)

Address: 41092

property ain92_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN92_RANGE (AIN#(48:127)_RANGE@92)

Address: 40184

property ain92_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN92_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@92)

Address: 41592

property ain92_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN92_SETTLING_US (AIN#(48:127)_SETTLING_US@92)

Address: 42184

property ain93: float

Returns the voltage of the specified analog input.

Register: AIN93 (AIN#(48:127)@93)

Address: 186

property ain93_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN93_BINARY (AIN#(48:127)_BINARY@93)

Address: 50186

property ain93_ef_config_a: int

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@93)

Address: 9486

property ain93_ef_config_b: int

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@93)

Address: 9786

property ain93_ef_config_c: int

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@93)

Address: 10086

property ain93_ef_config_d: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@93)

Address: 10386

property ain93_ef_config_e: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@93)

Address: 10686

property ain93_ef_config_f: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@93)

Address: 10986

property ain93_ef_config_g: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@93)

Address: 11286

property ain93_ef_config_h: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@93)

Address: 11586

property ain93_ef_config_i: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@93)

Address: 11886

property ain93_ef_config_j: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@93)

Address: 12186

property ain93_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN93_EF_INDEX (AIN#(0:149)_EF_INDEX@93)

Address: 9186

property ain93_ef_read_a: float

Function dependent on selected feature index.

Register: AIN93_EF_READ_A (AIN#(0:149)_EF_READ_A@93)

Address: 7186

property ain93_ef_read_b: float

Function dependent on selected feature index.

Register: AIN93_EF_READ_B (AIN#(0:149)_EF_READ_B@93)

Address: 7486

property ain93_ef_read_c: float

Function dependent on selected feature index.

Register: AIN93_EF_READ_C (AIN#(0:149)_EF_READ_C@93)

Address: 7786

property ain93_ef_read_d: float

Function dependent on selected feature index.

Register: AIN93_EF_READ_D (AIN#(0:149)_EF_READ_D@93)

Address: 8086

property ain93_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN93_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@93)

Address: 41093

property ain93_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN93_RANGE (AIN#(48:127)_RANGE@93)

Address: 40186

property ain93_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN93_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@93)

Address: 41593

property ain93_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN93_SETTLING_US (AIN#(48:127)_SETTLING_US@93)

Address: 42186

property ain94: float

Returns the voltage of the specified analog input.

Register: AIN94 (AIN#(48:127)@94)

Address: 188

property ain94_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN94_BINARY (AIN#(48:127)_BINARY@94)

Address: 50188

property ain94_ef_config_a: int

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@94)

Address: 9488

property ain94_ef_config_b: int

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@94)

Address: 9788

property ain94_ef_config_c: int

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@94)

Address: 10088

property ain94_ef_config_d: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@94)

Address: 10388

property ain94_ef_config_e: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@94)

Address: 10688

property ain94_ef_config_f: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@94)

Address: 10988

property ain94_ef_config_g: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@94)

Address: 11288

property ain94_ef_config_h: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@94)

Address: 11588

property ain94_ef_config_i: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@94)

Address: 11888

property ain94_ef_config_j: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@94)

Address: 12188

property ain94_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN94_EF_INDEX (AIN#(0:149)_EF_INDEX@94)

Address: 9188

property ain94_ef_read_a: float

Function dependent on selected feature index.

Register: AIN94_EF_READ_A (AIN#(0:149)_EF_READ_A@94)

Address: 7188

property ain94_ef_read_b: float

Function dependent on selected feature index.

Register: AIN94_EF_READ_B (AIN#(0:149)_EF_READ_B@94)

Address: 7488

property ain94_ef_read_c: float

Function dependent on selected feature index.

Register: AIN94_EF_READ_C (AIN#(0:149)_EF_READ_C@94)

Address: 7788

property ain94_ef_read_d: float

Function dependent on selected feature index.

Register: AIN94_EF_READ_D (AIN#(0:149)_EF_READ_D@94)

Address: 8088

property ain94_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN94_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@94)

Address: 41094

property ain94_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN94_RANGE (AIN#(48:127)_RANGE@94)

Address: 40188

property ain94_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN94_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@94)

Address: 41594

property ain94_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN94_SETTLING_US (AIN#(48:127)_SETTLING_US@94)

Address: 42188

property ain95: float

Returns the voltage of the specified analog input.

Register: AIN95 (AIN#(48:127)@95)

Address: 190

property ain95_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN95_BINARY (AIN#(48:127)_BINARY@95)

Address: 50190

property ain95_ef_config_a: int

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@95)

Address: 9490

property ain95_ef_config_b: int

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@95)

Address: 9790

property ain95_ef_config_c: int

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@95)

Address: 10090

property ain95_ef_config_d: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@95)

Address: 10390

property ain95_ef_config_e: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@95)

Address: 10690

property ain95_ef_config_f: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@95)

Address: 10990

property ain95_ef_config_g: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@95)

Address: 11290

property ain95_ef_config_h: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@95)

Address: 11590

property ain95_ef_config_i: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@95)

Address: 11890

property ain95_ef_config_j: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@95)

Address: 12190

property ain95_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN95_EF_INDEX (AIN#(0:149)_EF_INDEX@95)

Address: 9190

property ain95_ef_read_a: float

Function dependent on selected feature index.

Register: AIN95_EF_READ_A (AIN#(0:149)_EF_READ_A@95)

Address: 7190

property ain95_ef_read_b: float

Function dependent on selected feature index.

Register: AIN95_EF_READ_B (AIN#(0:149)_EF_READ_B@95)

Address: 7490

property ain95_ef_read_c: float

Function dependent on selected feature index.

Register: AIN95_EF_READ_C (AIN#(0:149)_EF_READ_C@95)

Address: 7790

property ain95_ef_read_d: float

Function dependent on selected feature index.

Register: AIN95_EF_READ_D (AIN#(0:149)_EF_READ_D@95)

Address: 8090

property ain95_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN95_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@95)

Address: 41095

property ain95_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN95_RANGE (AIN#(48:127)_RANGE@95)

Address: 40190

property ain95_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN95_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@95)

Address: 41595

property ain95_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN95_SETTLING_US (AIN#(48:127)_SETTLING_US@95)

Address: 42190

property ain96: float

Returns the voltage of the specified analog input.

Register: AIN96 (AIN#(48:127)@96)

Address: 192

property ain96_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN96_BINARY (AIN#(48:127)_BINARY@96)

Address: 50192

property ain96_ef_config_a: int

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@96)

Address: 9492

property ain96_ef_config_b: int

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@96)

Address: 9792

property ain96_ef_config_c: int

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@96)

Address: 10092

property ain96_ef_config_d: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@96)

Address: 10392

property ain96_ef_config_e: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@96)

Address: 10692

property ain96_ef_config_f: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@96)

Address: 10992

property ain96_ef_config_g: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@96)

Address: 11292

property ain96_ef_config_h: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@96)

Address: 11592

property ain96_ef_config_i: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@96)

Address: 11892

property ain96_ef_config_j: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@96)

Address: 12192

property ain96_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN96_EF_INDEX (AIN#(0:149)_EF_INDEX@96)

Address: 9192

property ain96_ef_read_a: float

Function dependent on selected feature index.

Register: AIN96_EF_READ_A (AIN#(0:149)_EF_READ_A@96)

Address: 7192

property ain96_ef_read_b: float

Function dependent on selected feature index.

Register: AIN96_EF_READ_B (AIN#(0:149)_EF_READ_B@96)

Address: 7492

property ain96_ef_read_c: float

Function dependent on selected feature index.

Register: AIN96_EF_READ_C (AIN#(0:149)_EF_READ_C@96)

Address: 7792

property ain96_ef_read_d: float

Function dependent on selected feature index.

Register: AIN96_EF_READ_D (AIN#(0:149)_EF_READ_D@96)

Address: 8092

property ain96_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN96_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@96)

Address: 41096

property ain96_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN96_RANGE (AIN#(48:127)_RANGE@96)

Address: 40192

property ain96_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN96_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@96)

Address: 41596

property ain96_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN96_SETTLING_US (AIN#(48:127)_SETTLING_US@96)

Address: 42192

property ain97: float

Returns the voltage of the specified analog input.

Register: AIN97 (AIN#(48:127)@97)

Address: 194

property ain97_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN97_BINARY (AIN#(48:127)_BINARY@97)

Address: 50194

property ain97_ef_config_a: int

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@97)

Address: 9494

property ain97_ef_config_b: int

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@97)

Address: 9794

property ain97_ef_config_c: int

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@97)

Address: 10094

property ain97_ef_config_d: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@97)

Address: 10394

property ain97_ef_config_e: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@97)

Address: 10694

property ain97_ef_config_f: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@97)

Address: 10994

property ain97_ef_config_g: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@97)

Address: 11294

property ain97_ef_config_h: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@97)

Address: 11594

property ain97_ef_config_i: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@97)

Address: 11894

property ain97_ef_config_j: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@97)

Address: 12194

property ain97_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN97_EF_INDEX (AIN#(0:149)_EF_INDEX@97)

Address: 9194

property ain97_ef_read_a: float

Function dependent on selected feature index.

Register: AIN97_EF_READ_A (AIN#(0:149)_EF_READ_A@97)

Address: 7194

property ain97_ef_read_b: float

Function dependent on selected feature index.

Register: AIN97_EF_READ_B (AIN#(0:149)_EF_READ_B@97)

Address: 7494

property ain97_ef_read_c: float

Function dependent on selected feature index.

Register: AIN97_EF_READ_C (AIN#(0:149)_EF_READ_C@97)

Address: 7794

property ain97_ef_read_d: float

Function dependent on selected feature index.

Register: AIN97_EF_READ_D (AIN#(0:149)_EF_READ_D@97)

Address: 8094

property ain97_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN97_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@97)

Address: 41097

property ain97_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN97_RANGE (AIN#(48:127)_RANGE@97)

Address: 40194

property ain97_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN97_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@97)

Address: 41597

property ain97_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN97_SETTLING_US (AIN#(48:127)_SETTLING_US@97)

Address: 42194

property ain98: float

Returns the voltage of the specified analog input.

Register: AIN98 (AIN#(48:127)@98)

Address: 196

property ain98_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN98_BINARY (AIN#(48:127)_BINARY@98)

Address: 50196

property ain98_ef_config_a: int

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@98)

Address: 9496

property ain98_ef_config_b: int

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@98)

Address: 9796

property ain98_ef_config_c: int

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@98)

Address: 10096

property ain98_ef_config_d: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@98)

Address: 10396

property ain98_ef_config_e: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@98)

Address: 10696

property ain98_ef_config_f: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@98)

Address: 10996

property ain98_ef_config_g: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@98)

Address: 11296

property ain98_ef_config_h: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@98)

Address: 11596

property ain98_ef_config_i: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@98)

Address: 11896

property ain98_ef_config_j: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@98)

Address: 12196

property ain98_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN98_EF_INDEX (AIN#(0:149)_EF_INDEX@98)

Address: 9196

property ain98_ef_read_a: float

Function dependent on selected feature index.

Register: AIN98_EF_READ_A (AIN#(0:149)_EF_READ_A@98)

Address: 7196

property ain98_ef_read_b: float

Function dependent on selected feature index.

Register: AIN98_EF_READ_B (AIN#(0:149)_EF_READ_B@98)

Address: 7496

property ain98_ef_read_c: float

Function dependent on selected feature index.

Register: AIN98_EF_READ_C (AIN#(0:149)_EF_READ_C@98)

Address: 7796

property ain98_ef_read_d: float

Function dependent on selected feature index.

Register: AIN98_EF_READ_D (AIN#(0:149)_EF_READ_D@98)

Address: 8096

property ain98_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN98_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@98)

Address: 41098

property ain98_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN98_RANGE (AIN#(48:127)_RANGE@98)

Address: 40196

property ain98_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN98_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@98)

Address: 41598

property ain98_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN98_SETTLING_US (AIN#(48:127)_SETTLING_US@98)

Address: 42196

property ain99: float

Returns the voltage of the specified analog input.

Register: AIN99 (AIN#(48:127)@99)

Address: 198

property ain99_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN99_BINARY (AIN#(48:127)_BINARY@99)

Address: 50198

property ain99_ef_config_a: int

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@99)

Address: 9498

property ain99_ef_config_b: int

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@99)

Address: 9798

property ain99_ef_config_c: int

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@99)

Address: 10098

property ain99_ef_config_d: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@99)

Address: 10398

property ain99_ef_config_e: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@99)

Address: 10698

property ain99_ef_config_f: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@99)

Address: 10998

property ain99_ef_config_g: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@99)

Address: 11298

property ain99_ef_config_h: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@99)

Address: 11598

property ain99_ef_config_i: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@99)

Address: 11898

property ain99_ef_config_j: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@99)

Address: 12198

property ain99_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN99_EF_INDEX (AIN#(0:149)_EF_INDEX@99)

Address: 9198

property ain99_ef_read_a: float

Function dependent on selected feature index.

Register: AIN99_EF_READ_A (AIN#(0:149)_EF_READ_A@99)

Address: 7198

property ain99_ef_read_b: float

Function dependent on selected feature index.

Register: AIN99_EF_READ_B (AIN#(0:149)_EF_READ_B@99)

Address: 7498

property ain99_ef_read_c: float

Function dependent on selected feature index.

Register: AIN99_EF_READ_C (AIN#(0:149)_EF_READ_C@99)

Address: 7798

property ain99_ef_read_d: float

Function dependent on selected feature index.

Register: AIN99_EF_READ_D (AIN#(0:149)_EF_READ_D@99)

Address: 8098

property ain99_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN99_NEGATIVE_CH (AIN#(48:127)_NEGATIVE_CH@99)

Address: 41099

property ain99_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN99_RANGE (AIN#(48:127)_RANGE@99)

Address: 40198

property ain99_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN99_RESOLUTION_INDEX (AIN#(48:127)_RESOLUTION_INDEX@99)

Address: 41599

property ain99_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN99_SETTLING_US (AIN#(48:127)_SETTLING_US@99)

Address: 42198

property ain9_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN9_BINARY (AIN#(0:13)_BINARY@9)

Address: 50018

property ain9_ef_config_a: int

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@9)

Address: 9318

property ain9_ef_config_b: int

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@9)

Address: 9618

property ain9_ef_config_c: int

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@9)

Address: 9918

property ain9_ef_config_d: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@9)

Address: 10218

property ain9_ef_config_e: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@9)

Address: 10518

property ain9_ef_config_f: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@9)

Address: 10818

property ain9_ef_config_g: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@9)

Address: 11118

property ain9_ef_config_h: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@9)

Address: 11418

property ain9_ef_config_i: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@9)

Address: 11718

property ain9_ef_config_j: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@9)

Address: 12018

property ain9_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN9_EF_INDEX (AIN#(0:149)_EF_INDEX@9)

Address: 9018

property ain9_ef_read_a: float

Function dependent on selected feature index.

Register: AIN9_EF_READ_A (AIN#(0:149)_EF_READ_A@9)

Address: 7018

property ain9_ef_read_b: float

Function dependent on selected feature index.

Register: AIN9_EF_READ_B (AIN#(0:149)_EF_READ_B@9)

Address: 7318

property ain9_ef_read_c: float

Function dependent on selected feature index.

Register: AIN9_EF_READ_C (AIN#(0:149)_EF_READ_C@9)

Address: 7618

property ain9_ef_read_d: float

Function dependent on selected feature index.

Register: AIN9_EF_READ_D (AIN#(0:149)_EF_READ_D@9)

Address: 7918

property ain9_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN9_NEGATIVE_CH (AIN#(0:13)_NEGATIVE_CH@9)

Address: 41009

property ain9_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN9_RANGE (AIN#(0:13)_RANGE@9)

Address: 40018

property ain9_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN9_RESOLUTION_INDEX (AIN#(0:13)_RESOLUTION_INDEX@9)

Address: 41509

property ain9_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN9_SETTLING_US (AIN#(0:13)_SETTLING_US@9)

Address: 42018

property ain_all_ef_index: int

Write 0 to deactivate AIN_EF on all AINs. No other values may be written to this register. Reads will return the AIN_EF index if all 128 AINs are set to the same value. If values are not the same returns 0xFFFF (65535).

Register: AIN_ALL_EF_INDEX

Address: 43906

property ain_all_negative_ch: int

A write to this global parameter affects all AIN. Writing 1 will set all AINs to differential. Writing 199 will set all AINs to single-ended. A read will return 1 if all AINs are set to differential and 199 if all AINs are set to single-ended. If AIN configurations are not consistent 0xFFFF will be returned.

Register: AIN_ALL_NEGATIVE_CH

Address: 43902

property ain_all_range: float

A write to this global parameter affects all AIN. A read will return the correct setting if all channels are set the same, but otherwise will return -9999.

Register: AIN_ALL_RANGE

Address: 43900

property ain_all_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times. A write to this global parameter affects all AIN. A read will return the correct setting if all channels are set the same, but otherwise will return 0xFFFF.

Register: AIN_ALL_RESOLUTION_INDEX

Address: 43903

property ain_all_settling_us: float

Settling time for command-response and AIN-EF readings. A write to this global parameter affects all AIN. A read will return the correct setting if all channels are set the same, but otherwise will return -9999. Max is 50,000 us.

Register: AIN_ALL_SETTLING_US

Address: 43904

property asynch_baud: int

The symbol rate that will be used for communication. 9600 is typical. Up to 38400 works, but heavily loads the T7’s processor.

Register: ASYNCH_BAUD

Address: 5420

property asynch_data_rx: int

Read received data from here.

This register is a buffer. Underrun behavior - fill with zeros.

Register: ASYNCH_DATA_RX

Address: 5495

property asynch_data_tx: int

Write data to be transmitted here. This register is a buffer.

Register: ASYNCH_DATA_TX

Address: 5490

property asynch_enable: int

1 = Turn on Asynch. Configures timing hardware, DIO lines and allocates the receiving buffer.

Register: ASYNCH_ENABLE

Address: 5400

property asynch_num_bytes_rx: int

The number of data bytes that have been received.

Register: ASYNCH_NUM_BYTES_RX

Address: 5435

property asynch_num_bytes_tx: int

The number of bytes to be transmitted after writing to GO. Max is 256.

Register: ASYNCH_NUM_BYTES_TX

Address: 5440

property asynch_num_data_bits: int

The number of data bits per frame. 0-8, 0=8.

Register: ASYNCH_NUM_DATA_BITS

Address: 5415

property asynch_num_parity_errors: int

The number of parity errors that have been detected. Cleared when UART is enabled. Can also be cleared by writing 0.

Register: ASYNCH_NUM_PARITY_ERRORS

Address: 5465

property asynch_num_stop_bits: int

The number of stop bits. Values: 0 = zero stop bits, 1 = one stop bit, 2 = two stop bits.

Register: ASYNCH_NUM_STOP_BITS

Address: 5455

property asynch_parity: int

Parity setting: 0=none, 1=odd, 2=even.

Register: ASYNCH_PARITY

Address: 5460

property asynch_rx_buffer_size_bytes: int

Number of bytes to use for the receiving buffer. Max is 2048. 0 = 200.

Register: ASYNCH_RX_BUFFER_SIZE_BYTES

Address: 5430

property asynch_rx_dionum: int

The DIO line that will receive data. (RX)

Register: ASYNCH_RX_DIONUM

Address: 5405

property asynch_tx_dionum: int

The DIO line that will transmit data. (TX)

Register: ASYNCH_TX_DIONUM

Address: 5410

property asynch_tx_go: int

Write a 1 to this register to initiate a transmission.

Register: ASYNCH_TX_GO

Address: 5450

property bootloader_version: float

The bootloader version installed on the main processor.

Register: BOOTLOADER_VERSION

Address: 60006

property cio0: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: CIO0 (CIO#(0:3)@0)

Address: 2016

property cio1: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: CIO1 (CIO#(0:3)@1)

Address: 2017

property cio2: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: CIO2 (CIO#(0:3)@2)

Address: 2018

property cio3: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: CIO3 (CIO#(0:3)@3)

Address: 2019

property cio_direction: int

Read or write the direction of the 4 bits of CIO in a single binary-encoded value. 0=Input and 1=Output. The upper 8-bits of this value are inhibits.

Register: CIO_DIRECTION

Address: 2602

property cio_mio_state: int

Read or write the state of the 12 bits of CIO-MIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written.

Register: CIO_MIO_STATE

Address: 2582

property cio_state: int

Read or write the state of the 4 bits of CIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. The upper 8-bits of this value are inhibits.

Register: CIO_STATE

Address: 2502

property cleanse: int

Writing 0x5317052E to this register will trigger a system cleanse.

Register: CLEANSE

Address: 49090

property core_timer: int

Internal 32-bit system timer running at 1/2 core speed, thus normally 80M/2 => 40 MHz.

Register: CORE_TIMER

Address: 61520

property current_source_10ua_cal_value: float

Fixed current source value in Amps for the 10UA terminal. This value is stored during factory calibration, it is not a current reading. Using the equation V=IR, with a known current and voltage, it is possible to calculate resistance of RTDs.

Register: CURRENT_SOURCE_10UA_CAL_VALUE

Address: 1900

property current_source_200ua_cal_value: float

Fixed current source value in Amps for the 200UA terminal. This value is stored during factory calibration, it is not a current reading. Using the equation V=IR, with a known current and voltage, it is possible to calculate resistance of RTDs.

Register: CURRENT_SOURCE_200UA_CAL_VALUE

Address: 1902

property dac0: float

Pass a voltage for the specified analog output.

Register: DAC0 (DAC#(0:1)@0)

Address: 1000

property dac0_binary: int

Writes binary values to the DACs. Binary values are 16-bit. If the DAC’s resolution is less than 16 then the lower bits are ignored. 0 = lowest output, 65535 = highest output.

Register: DAC0_BINARY (DAC#(0:1)_BINARY@0)

Address: 51000

property dac1: float

Pass a voltage for the specified analog output.

Register: DAC1 (DAC#(0:1)@1)

Address: 1002

property dac1_binary: int

Writes binary values to the DACs. Binary values are 16-bit. If the DAC’s resolution is less than 16 then the lower bits are ignored. 0 = lowest output, 65535 = highest output.

Register: DAC1_BINARY (DAC#(0:1)_BINARY@1)

Address: 51002

property dac1_frequency_out_enable: int

0 = off, 1 = output 10 Hz signal on DAC1. The signal will be a square wave with peaks of 0 and 3.3V. Note that writing to DAC1 or enabling a stream out which is targeting DAC1 will disable this feature.

Register: DAC1_FREQUENCY_OUT_ENABLE

Address: 61532

property device_name_default: str

Reads return the current device name. Writes update the default and current device name. A reboot is necessary to update the name reported by NBNS. Up to 49 characters, cannot contain periods.

Register: DEVICE_NAME_DEFAULT

Address: 60500

property device_reset_dbg_reg: int

Bitmask register that indicates why a device was last re-set. bit0: Power-on reset, bit1: Brown-out, bit2: Wake from idle, bit3: Wake from sleep, bit4: watchdog timer time-out, bit5: reserved, bit6: Software reset, bit7: external reset (MCLR), bit8: Voltage regulator standby, bit9: Configuration mismatch.

Register: DEVICE_RESET_DBG_REG

Address: 60014

property dio0_ef_config_a: int

Function dependent on selected feature index.

Register: DIO0_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@0)

Address: 44300

property dio0_ef_config_b: int

Function dependent on selected feature index.

Register: DIO0_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@0)

Address: 44400

property dio0_ef_config_c: int

Function dependent on selected feature index.

Register: DIO0_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@0)

Address: 44500

property dio0_ef_config_d: int

Function dependent on selected feature index.

Register: DIO0_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@0)

Address: 44600

property dio0_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO0_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@0)

Address: 45000

property dio0_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO0_EF_ENABLE (DIO#(0:22)_EF_ENABLE@0)

Address: 44000

property dio0_ef_index: int

An index to specify the feature you want.

Register: DIO0_EF_INDEX (DIO#(0:22)_EF_INDEX@0)

Address: 44100

property dio0_ef_options: int

Function dependent on selected feature index.

Register: DIO0_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@0)

Address: 44200

property dio0_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO0_EF_READ_A (DIO#(0:22)_EF_READ_A@0)

Address: 3000

property dio0_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO0_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@0)

Address: 3100

Type:

Reads the same value as DIO#(0

property dio0_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO0_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@0)

Address: 3500

property dio0_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO0_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@0)

Address: 3600

property dio0_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO0_EF_READ_B (DIO#(0:22)_EF_READ_B@0)

Address: 3200

property dio0_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO0_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@0)

Address: 3700

property dio10_ef_config_a: int

Function dependent on selected feature index.

Register: DIO10_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@10)

Address: 44320

property dio10_ef_config_b: int

Function dependent on selected feature index.

Register: DIO10_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@10)

Address: 44420

property dio10_ef_config_c: int

Function dependent on selected feature index.

Register: DIO10_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@10)

Address: 44520

property dio10_ef_config_d: int

Function dependent on selected feature index.

Register: DIO10_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@10)

Address: 44620

property dio10_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO10_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@10)

Address: 45020

property dio10_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO10_EF_ENABLE (DIO#(0:22)_EF_ENABLE@10)

Address: 44020

property dio10_ef_index: int

An index to specify the feature you want.

Register: DIO10_EF_INDEX (DIO#(0:22)_EF_INDEX@10)

Address: 44120

property dio10_ef_options: int

Function dependent on selected feature index.

Register: DIO10_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@10)

Address: 44220

property dio10_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO10_EF_READ_A (DIO#(0:22)_EF_READ_A@10)

Address: 3020

property dio10_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO10_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@10)

Address: 3120

Type:

Reads the same value as DIO#(0

property dio10_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO10_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@10)

Address: 3520

property dio10_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO10_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@10)

Address: 3620

property dio10_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO10_EF_READ_B (DIO#(0:22)_EF_READ_B@10)

Address: 3220

property dio10_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO10_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@10)

Address: 3720

property dio11_ef_config_a: int

Function dependent on selected feature index.

Register: DIO11_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@11)

Address: 44322

property dio11_ef_config_b: int

Function dependent on selected feature index.

Register: DIO11_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@11)

Address: 44422

property dio11_ef_config_c: int

Function dependent on selected feature index.

Register: DIO11_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@11)

Address: 44522

property dio11_ef_config_d: int

Function dependent on selected feature index.

Register: DIO11_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@11)

Address: 44622

property dio11_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO11_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@11)

Address: 45022

property dio11_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO11_EF_ENABLE (DIO#(0:22)_EF_ENABLE@11)

Address: 44022

property dio11_ef_index: int

An index to specify the feature you want.

Register: DIO11_EF_INDEX (DIO#(0:22)_EF_INDEX@11)

Address: 44122

property dio11_ef_options: int

Function dependent on selected feature index.

Register: DIO11_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@11)

Address: 44222

property dio11_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO11_EF_READ_A (DIO#(0:22)_EF_READ_A@11)

Address: 3022

property dio11_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO11_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@11)

Address: 3122

Type:

Reads the same value as DIO#(0

property dio11_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO11_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@11)

Address: 3522

property dio11_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO11_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@11)

Address: 3622

property dio11_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO11_EF_READ_B (DIO#(0:22)_EF_READ_B@11)

Address: 3222

property dio11_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO11_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@11)

Address: 3722

property dio12_ef_config_a: int

Function dependent on selected feature index.

Register: DIO12_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@12)

Address: 44324

property dio12_ef_config_b: int

Function dependent on selected feature index.

Register: DIO12_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@12)

Address: 44424

property dio12_ef_config_c: int

Function dependent on selected feature index.

Register: DIO12_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@12)

Address: 44524

property dio12_ef_config_d: int

Function dependent on selected feature index.

Register: DIO12_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@12)

Address: 44624

property dio12_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO12_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@12)

Address: 45024

property dio12_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO12_EF_ENABLE (DIO#(0:22)_EF_ENABLE@12)

Address: 44024

property dio12_ef_index: int

An index to specify the feature you want.

Register: DIO12_EF_INDEX (DIO#(0:22)_EF_INDEX@12)

Address: 44124

property dio12_ef_options: int

Function dependent on selected feature index.

Register: DIO12_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@12)

Address: 44224

property dio12_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO12_EF_READ_A (DIO#(0:22)_EF_READ_A@12)

Address: 3024

property dio12_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO12_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@12)

Address: 3124

Type:

Reads the same value as DIO#(0

property dio12_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO12_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@12)

Address: 3524

property dio12_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO12_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@12)

Address: 3624

property dio12_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO12_EF_READ_B (DIO#(0:22)_EF_READ_B@12)

Address: 3224

property dio12_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO12_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@12)

Address: 3724

property dio13_ef_config_a: int

Function dependent on selected feature index.

Register: DIO13_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@13)

Address: 44326

property dio13_ef_config_b: int

Function dependent on selected feature index.

Register: DIO13_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@13)

Address: 44426

property dio13_ef_config_c: int

Function dependent on selected feature index.

Register: DIO13_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@13)

Address: 44526

property dio13_ef_config_d: int

Function dependent on selected feature index.

Register: DIO13_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@13)

Address: 44626

property dio13_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO13_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@13)

Address: 45026

property dio13_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO13_EF_ENABLE (DIO#(0:22)_EF_ENABLE@13)

Address: 44026

property dio13_ef_index: int

An index to specify the feature you want.

Register: DIO13_EF_INDEX (DIO#(0:22)_EF_INDEX@13)

Address: 44126

property dio13_ef_options: int

Function dependent on selected feature index.

Register: DIO13_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@13)

Address: 44226

property dio13_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO13_EF_READ_A (DIO#(0:22)_EF_READ_A@13)

Address: 3026

property dio13_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO13_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@13)

Address: 3126

Type:

Reads the same value as DIO#(0

property dio13_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO13_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@13)

Address: 3526

property dio13_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO13_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@13)

Address: 3626

property dio13_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO13_EF_READ_B (DIO#(0:22)_EF_READ_B@13)

Address: 3226

property dio13_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO13_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@13)

Address: 3726

property dio14_ef_config_a: int

Function dependent on selected feature index.

Register: DIO14_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@14)

Address: 44328

property dio14_ef_config_b: int

Function dependent on selected feature index.

Register: DIO14_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@14)

Address: 44428

property dio14_ef_config_c: int

Function dependent on selected feature index.

Register: DIO14_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@14)

Address: 44528

property dio14_ef_config_d: int

Function dependent on selected feature index.

Register: DIO14_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@14)

Address: 44628

property dio14_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO14_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@14)

Address: 45028

property dio14_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO14_EF_ENABLE (DIO#(0:22)_EF_ENABLE@14)

Address: 44028

property dio14_ef_index: int

An index to specify the feature you want.

Register: DIO14_EF_INDEX (DIO#(0:22)_EF_INDEX@14)

Address: 44128

property dio14_ef_options: int

Function dependent on selected feature index.

Register: DIO14_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@14)

Address: 44228

property dio14_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO14_EF_READ_A (DIO#(0:22)_EF_READ_A@14)

Address: 3028

property dio14_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO14_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@14)

Address: 3128

Type:

Reads the same value as DIO#(0

property dio14_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO14_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@14)

Address: 3528

property dio14_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO14_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@14)

Address: 3628

property dio14_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO14_EF_READ_B (DIO#(0:22)_EF_READ_B@14)

Address: 3228

property dio14_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO14_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@14)

Address: 3728

property dio15_ef_config_a: int

Function dependent on selected feature index.

Register: DIO15_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@15)

Address: 44330

property dio15_ef_config_b: int

Function dependent on selected feature index.

Register: DIO15_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@15)

Address: 44430

property dio15_ef_config_c: int

Function dependent on selected feature index.

Register: DIO15_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@15)

Address: 44530

property dio15_ef_config_d: int

Function dependent on selected feature index.

Register: DIO15_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@15)

Address: 44630

property dio15_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO15_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@15)

Address: 45030

property dio15_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO15_EF_ENABLE (DIO#(0:22)_EF_ENABLE@15)

Address: 44030

property dio15_ef_index: int

An index to specify the feature you want.

Register: DIO15_EF_INDEX (DIO#(0:22)_EF_INDEX@15)

Address: 44130

property dio15_ef_options: int

Function dependent on selected feature index.

Register: DIO15_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@15)

Address: 44230

property dio15_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO15_EF_READ_A (DIO#(0:22)_EF_READ_A@15)

Address: 3030

property dio15_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO15_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@15)

Address: 3130

Type:

Reads the same value as DIO#(0

property dio15_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO15_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@15)

Address: 3530

property dio15_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO15_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@15)

Address: 3630

property dio15_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO15_EF_READ_B (DIO#(0:22)_EF_READ_B@15)

Address: 3230

property dio15_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO15_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@15)

Address: 3730

property dio16_ef_config_a: int

Function dependent on selected feature index.

Register: DIO16_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@16)

Address: 44332

property dio16_ef_config_b: int

Function dependent on selected feature index.

Register: DIO16_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@16)

Address: 44432

property dio16_ef_config_c: int

Function dependent on selected feature index.

Register: DIO16_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@16)

Address: 44532

property dio16_ef_config_d: int

Function dependent on selected feature index.

Register: DIO16_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@16)

Address: 44632

property dio16_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO16_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@16)

Address: 45032

property dio16_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO16_EF_ENABLE (DIO#(0:22)_EF_ENABLE@16)

Address: 44032

property dio16_ef_index: int

An index to specify the feature you want.

Register: DIO16_EF_INDEX (DIO#(0:22)_EF_INDEX@16)

Address: 44132

property dio16_ef_options: int

Function dependent on selected feature index.

Register: DIO16_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@16)

Address: 44232

property dio16_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO16_EF_READ_A (DIO#(0:22)_EF_READ_A@16)

Address: 3032

property dio16_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO16_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@16)

Address: 3132

Type:

Reads the same value as DIO#(0

property dio16_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO16_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@16)

Address: 3532

property dio16_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO16_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@16)

Address: 3632

property dio16_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO16_EF_READ_B (DIO#(0:22)_EF_READ_B@16)

Address: 3232

property dio16_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO16_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@16)

Address: 3732

property dio17_ef_config_a: int

Function dependent on selected feature index.

Register: DIO17_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@17)

Address: 44334

property dio17_ef_config_b: int

Function dependent on selected feature index.

Register: DIO17_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@17)

Address: 44434

property dio17_ef_config_c: int

Function dependent on selected feature index.

Register: DIO17_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@17)

Address: 44534

property dio17_ef_config_d: int

Function dependent on selected feature index.

Register: DIO17_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@17)

Address: 44634

property dio17_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO17_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@17)

Address: 45034

property dio17_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO17_EF_ENABLE (DIO#(0:22)_EF_ENABLE@17)

Address: 44034

property dio17_ef_index: int

An index to specify the feature you want.

Register: DIO17_EF_INDEX (DIO#(0:22)_EF_INDEX@17)

Address: 44134

property dio17_ef_options: int

Function dependent on selected feature index.

Register: DIO17_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@17)

Address: 44234

property dio17_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO17_EF_READ_A (DIO#(0:22)_EF_READ_A@17)

Address: 3034

property dio17_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO17_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@17)

Address: 3134

Type:

Reads the same value as DIO#(0

property dio17_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO17_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@17)

Address: 3534

property dio17_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO17_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@17)

Address: 3634

property dio17_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO17_EF_READ_B (DIO#(0:22)_EF_READ_B@17)

Address: 3234

property dio17_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO17_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@17)

Address: 3734

property dio18_ef_config_a: int

Function dependent on selected feature index.

Register: DIO18_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@18)

Address: 44336

property dio18_ef_config_b: int

Function dependent on selected feature index.

Register: DIO18_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@18)

Address: 44436

property dio18_ef_config_c: int

Function dependent on selected feature index.

Register: DIO18_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@18)

Address: 44536

property dio18_ef_config_d: int

Function dependent on selected feature index.

Register: DIO18_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@18)

Address: 44636

property dio18_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO18_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@18)

Address: 45036

property dio18_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO18_EF_ENABLE (DIO#(0:22)_EF_ENABLE@18)

Address: 44036

property dio18_ef_index: int

An index to specify the feature you want.

Register: DIO18_EF_INDEX (DIO#(0:22)_EF_INDEX@18)

Address: 44136

property dio18_ef_options: int

Function dependent on selected feature index.

Register: DIO18_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@18)

Address: 44236

property dio18_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO18_EF_READ_A (DIO#(0:22)_EF_READ_A@18)

Address: 3036

property dio18_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO18_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@18)

Address: 3136

Type:

Reads the same value as DIO#(0

property dio18_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO18_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@18)

Address: 3536

property dio18_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO18_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@18)

Address: 3636

property dio18_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO18_EF_READ_B (DIO#(0:22)_EF_READ_B@18)

Address: 3236

property dio18_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO18_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@18)

Address: 3736

property dio19_ef_config_a: int

Function dependent on selected feature index.

Register: DIO19_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@19)

Address: 44338

property dio19_ef_config_b: int

Function dependent on selected feature index.

Register: DIO19_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@19)

Address: 44438

property dio19_ef_config_c: int

Function dependent on selected feature index.

Register: DIO19_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@19)

Address: 44538

property dio19_ef_config_d: int

Function dependent on selected feature index.

Register: DIO19_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@19)

Address: 44638

property dio19_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO19_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@19)

Address: 45038

property dio19_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO19_EF_ENABLE (DIO#(0:22)_EF_ENABLE@19)

Address: 44038

property dio19_ef_index: int

An index to specify the feature you want.

Register: DIO19_EF_INDEX (DIO#(0:22)_EF_INDEX@19)

Address: 44138

property dio19_ef_options: int

Function dependent on selected feature index.

Register: DIO19_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@19)

Address: 44238

property dio19_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO19_EF_READ_A (DIO#(0:22)_EF_READ_A@19)

Address: 3038

property dio19_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO19_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@19)

Address: 3138

Type:

Reads the same value as DIO#(0

property dio19_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO19_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@19)

Address: 3538

property dio19_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO19_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@19)

Address: 3638

property dio19_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO19_EF_READ_B (DIO#(0:22)_EF_READ_B@19)

Address: 3238

property dio19_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO19_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@19)

Address: 3738

property dio1_ef_config_a: int

Function dependent on selected feature index.

Register: DIO1_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@1)

Address: 44302

property dio1_ef_config_b: int

Function dependent on selected feature index.

Register: DIO1_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@1)

Address: 44402

property dio1_ef_config_c: int

Function dependent on selected feature index.

Register: DIO1_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@1)

Address: 44502

property dio1_ef_config_d: int

Function dependent on selected feature index.

Register: DIO1_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@1)

Address: 44602

property dio1_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO1_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@1)

Address: 45002

property dio1_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO1_EF_ENABLE (DIO#(0:22)_EF_ENABLE@1)

Address: 44002

property dio1_ef_index: int

An index to specify the feature you want.

Register: DIO1_EF_INDEX (DIO#(0:22)_EF_INDEX@1)

Address: 44102

property dio1_ef_options: int

Function dependent on selected feature index.

Register: DIO1_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@1)

Address: 44202

property dio1_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO1_EF_READ_A (DIO#(0:22)_EF_READ_A@1)

Address: 3002

property dio1_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO1_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@1)

Address: 3102

Type:

Reads the same value as DIO#(0

property dio1_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO1_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@1)

Address: 3502

property dio1_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO1_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@1)

Address: 3602

property dio1_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO1_EF_READ_B (DIO#(0:22)_EF_READ_B@1)

Address: 3202

property dio1_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO1_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@1)

Address: 3702

property dio20_ef_config_a: int

Function dependent on selected feature index.

Register: DIO20_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@20)

Address: 44340

property dio20_ef_config_b: int

Function dependent on selected feature index.

Register: DIO20_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@20)

Address: 44440

property dio20_ef_config_c: int

Function dependent on selected feature index.

Register: DIO20_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@20)

Address: 44540

property dio20_ef_config_d: int

Function dependent on selected feature index.

Register: DIO20_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@20)

Address: 44640

property dio20_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO20_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@20)

Address: 45040

property dio20_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO20_EF_ENABLE (DIO#(0:22)_EF_ENABLE@20)

Address: 44040

property dio20_ef_index: int

An index to specify the feature you want.

Register: DIO20_EF_INDEX (DIO#(0:22)_EF_INDEX@20)

Address: 44140

property dio20_ef_options: int

Function dependent on selected feature index.

Register: DIO20_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@20)

Address: 44240

property dio20_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO20_EF_READ_A (DIO#(0:22)_EF_READ_A@20)

Address: 3040

property dio20_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO20_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@20)

Address: 3140

Type:

Reads the same value as DIO#(0

property dio20_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO20_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@20)

Address: 3540

property dio20_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO20_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@20)

Address: 3640

property dio20_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO20_EF_READ_B (DIO#(0:22)_EF_READ_B@20)

Address: 3240

property dio20_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO20_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@20)

Address: 3740

property dio21_ef_config_a: int

Function dependent on selected feature index.

Register: DIO21_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@21)

Address: 44342

property dio21_ef_config_b: int

Function dependent on selected feature index.

Register: DIO21_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@21)

Address: 44442

property dio21_ef_config_c: int

Function dependent on selected feature index.

Register: DIO21_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@21)

Address: 44542

property dio21_ef_config_d: int

Function dependent on selected feature index.

Register: DIO21_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@21)

Address: 44642

property dio21_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO21_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@21)

Address: 45042

property dio21_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO21_EF_ENABLE (DIO#(0:22)_EF_ENABLE@21)

Address: 44042

property dio21_ef_index: int

An index to specify the feature you want.

Register: DIO21_EF_INDEX (DIO#(0:22)_EF_INDEX@21)

Address: 44142

property dio21_ef_options: int

Function dependent on selected feature index.

Register: DIO21_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@21)

Address: 44242

property dio21_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO21_EF_READ_A (DIO#(0:22)_EF_READ_A@21)

Address: 3042

property dio21_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO21_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@21)

Address: 3142

Type:

Reads the same value as DIO#(0

property dio21_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO21_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@21)

Address: 3542

property dio21_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO21_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@21)

Address: 3642

property dio21_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO21_EF_READ_B (DIO#(0:22)_EF_READ_B@21)

Address: 3242

property dio21_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO21_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@21)

Address: 3742

property dio22_ef_config_a: int

Function dependent on selected feature index.

Register: DIO22_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@22)

Address: 44344

property dio22_ef_config_b: int

Function dependent on selected feature index.

Register: DIO22_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@22)

Address: 44444

property dio22_ef_config_c: int

Function dependent on selected feature index.

Register: DIO22_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@22)

Address: 44544

property dio22_ef_config_d: int

Function dependent on selected feature index.

Register: DIO22_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@22)

Address: 44644

property dio22_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO22_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@22)

Address: 45044

property dio22_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO22_EF_ENABLE (DIO#(0:22)_EF_ENABLE@22)

Address: 44044

property dio22_ef_index: int

An index to specify the feature you want.

Register: DIO22_EF_INDEX (DIO#(0:22)_EF_INDEX@22)

Address: 44144

property dio22_ef_options: int

Function dependent on selected feature index.

Register: DIO22_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@22)

Address: 44244

property dio22_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO22_EF_READ_A (DIO#(0:22)_EF_READ_A@22)

Address: 3044

property dio22_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO22_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@22)

Address: 3144

Type:

Reads the same value as DIO#(0

property dio22_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO22_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@22)

Address: 3544

property dio22_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO22_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@22)

Address: 3644

property dio22_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO22_EF_READ_B (DIO#(0:22)_EF_READ_B@22)

Address: 3244

property dio22_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO22_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@22)

Address: 3744

property dio2_ef_config_a: int

Function dependent on selected feature index.

Register: DIO2_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@2)

Address: 44304

property dio2_ef_config_b: int

Function dependent on selected feature index.

Register: DIO2_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@2)

Address: 44404

property dio2_ef_config_c: int

Function dependent on selected feature index.

Register: DIO2_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@2)

Address: 44504

property dio2_ef_config_d: int

Function dependent on selected feature index.

Register: DIO2_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@2)

Address: 44604

property dio2_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO2_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@2)

Address: 45004

property dio2_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO2_EF_ENABLE (DIO#(0:22)_EF_ENABLE@2)

Address: 44004

property dio2_ef_index: int

An index to specify the feature you want.

Register: DIO2_EF_INDEX (DIO#(0:22)_EF_INDEX@2)

Address: 44104

property dio2_ef_options: int

Function dependent on selected feature index.

Register: DIO2_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@2)

Address: 44204

property dio2_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO2_EF_READ_A (DIO#(0:22)_EF_READ_A@2)

Address: 3004

property dio2_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO2_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@2)

Address: 3104

Type:

Reads the same value as DIO#(0

property dio2_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO2_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@2)

Address: 3504

property dio2_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO2_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@2)

Address: 3604

property dio2_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO2_EF_READ_B (DIO#(0:22)_EF_READ_B@2)

Address: 3204

property dio2_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO2_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@2)

Address: 3704

property dio3_ef_config_a: int

Function dependent on selected feature index.

Register: DIO3_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@3)

Address: 44306

property dio3_ef_config_b: int

Function dependent on selected feature index.

Register: DIO3_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@3)

Address: 44406

property dio3_ef_config_c: int

Function dependent on selected feature index.

Register: DIO3_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@3)

Address: 44506

property dio3_ef_config_d: int

Function dependent on selected feature index.

Register: DIO3_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@3)

Address: 44606

property dio3_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO3_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@3)

Address: 45006

property dio3_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO3_EF_ENABLE (DIO#(0:22)_EF_ENABLE@3)

Address: 44006

property dio3_ef_index: int

An index to specify the feature you want.

Register: DIO3_EF_INDEX (DIO#(0:22)_EF_INDEX@3)

Address: 44106

property dio3_ef_options: int

Function dependent on selected feature index.

Register: DIO3_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@3)

Address: 44206

property dio3_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO3_EF_READ_A (DIO#(0:22)_EF_READ_A@3)

Address: 3006

property dio3_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO3_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@3)

Address: 3106

Type:

Reads the same value as DIO#(0

property dio3_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO3_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@3)

Address: 3506

property dio3_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO3_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@3)

Address: 3606

property dio3_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO3_EF_READ_B (DIO#(0:22)_EF_READ_B@3)

Address: 3206

property dio3_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO3_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@3)

Address: 3706

property dio4_ef_config_a: int

Function dependent on selected feature index.

Register: DIO4_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@4)

Address: 44308

property dio4_ef_config_b: int

Function dependent on selected feature index.

Register: DIO4_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@4)

Address: 44408

property dio4_ef_config_c: int

Function dependent on selected feature index.

Register: DIO4_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@4)

Address: 44508

property dio4_ef_config_d: int

Function dependent on selected feature index.

Register: DIO4_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@4)

Address: 44608

property dio4_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO4_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@4)

Address: 45008

property dio4_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO4_EF_ENABLE (DIO#(0:22)_EF_ENABLE@4)

Address: 44008

property dio4_ef_index: int

An index to specify the feature you want.

Register: DIO4_EF_INDEX (DIO#(0:22)_EF_INDEX@4)

Address: 44108

property dio4_ef_options: int

Function dependent on selected feature index.

Register: DIO4_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@4)

Address: 44208

property dio4_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO4_EF_READ_A (DIO#(0:22)_EF_READ_A@4)

Address: 3008

property dio4_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO4_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@4)

Address: 3108

Type:

Reads the same value as DIO#(0

property dio4_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO4_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@4)

Address: 3508

property dio4_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO4_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@4)

Address: 3608

property dio4_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO4_EF_READ_B (DIO#(0:22)_EF_READ_B@4)

Address: 3208

property dio4_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO4_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@4)

Address: 3708

property dio5_ef_config_a: int

Function dependent on selected feature index.

Register: DIO5_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@5)

Address: 44310

property dio5_ef_config_b: int

Function dependent on selected feature index.

Register: DIO5_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@5)

Address: 44410

property dio5_ef_config_c: int

Function dependent on selected feature index.

Register: DIO5_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@5)

Address: 44510

property dio5_ef_config_d: int

Function dependent on selected feature index.

Register: DIO5_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@5)

Address: 44610

property dio5_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO5_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@5)

Address: 45010

property dio5_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO5_EF_ENABLE (DIO#(0:22)_EF_ENABLE@5)

Address: 44010

property dio5_ef_index: int

An index to specify the feature you want.

Register: DIO5_EF_INDEX (DIO#(0:22)_EF_INDEX@5)

Address: 44110

property dio5_ef_options: int

Function dependent on selected feature index.

Register: DIO5_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@5)

Address: 44210

property dio5_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO5_EF_READ_A (DIO#(0:22)_EF_READ_A@5)

Address: 3010

property dio5_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO5_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@5)

Address: 3110

Type:

Reads the same value as DIO#(0

property dio5_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO5_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@5)

Address: 3510

property dio5_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO5_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@5)

Address: 3610

property dio5_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO5_EF_READ_B (DIO#(0:22)_EF_READ_B@5)

Address: 3210

property dio5_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO5_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@5)

Address: 3710

property dio6_ef_config_a: int

Function dependent on selected feature index.

Register: DIO6_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@6)

Address: 44312

property dio6_ef_config_b: int

Function dependent on selected feature index.

Register: DIO6_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@6)

Address: 44412

property dio6_ef_config_c: int

Function dependent on selected feature index.

Register: DIO6_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@6)

Address: 44512

property dio6_ef_config_d: int

Function dependent on selected feature index.

Register: DIO6_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@6)

Address: 44612

property dio6_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO6_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@6)

Address: 45012

property dio6_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO6_EF_ENABLE (DIO#(0:22)_EF_ENABLE@6)

Address: 44012

property dio6_ef_index: int

An index to specify the feature you want.

Register: DIO6_EF_INDEX (DIO#(0:22)_EF_INDEX@6)

Address: 44112

property dio6_ef_options: int

Function dependent on selected feature index.

Register: DIO6_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@6)

Address: 44212

property dio6_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO6_EF_READ_A (DIO#(0:22)_EF_READ_A@6)

Address: 3012

property dio6_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO6_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@6)

Address: 3112

Type:

Reads the same value as DIO#(0

property dio6_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO6_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@6)

Address: 3512

property dio6_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO6_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@6)

Address: 3612

property dio6_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO6_EF_READ_B (DIO#(0:22)_EF_READ_B@6)

Address: 3212

property dio6_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO6_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@6)

Address: 3712

property dio7_ef_config_a: int

Function dependent on selected feature index.

Register: DIO7_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@7)

Address: 44314

property dio7_ef_config_b: int

Function dependent on selected feature index.

Register: DIO7_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@7)

Address: 44414

property dio7_ef_config_c: int

Function dependent on selected feature index.

Register: DIO7_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@7)

Address: 44514

property dio7_ef_config_d: int

Function dependent on selected feature index.

Register: DIO7_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@7)

Address: 44614

property dio7_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO7_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@7)

Address: 45014

property dio7_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO7_EF_ENABLE (DIO#(0:22)_EF_ENABLE@7)

Address: 44014

property dio7_ef_index: int

An index to specify the feature you want.

Register: DIO7_EF_INDEX (DIO#(0:22)_EF_INDEX@7)

Address: 44114

property dio7_ef_options: int

Function dependent on selected feature index.

Register: DIO7_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@7)

Address: 44214

property dio7_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO7_EF_READ_A (DIO#(0:22)_EF_READ_A@7)

Address: 3014

property dio7_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO7_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@7)

Address: 3114

Type:

Reads the same value as DIO#(0

property dio7_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO7_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@7)

Address: 3514

property dio7_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO7_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@7)

Address: 3614

property dio7_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO7_EF_READ_B (DIO#(0:22)_EF_READ_B@7)

Address: 3214

property dio7_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO7_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@7)

Address: 3714

property dio8_ef_config_a: int

Function dependent on selected feature index.

Register: DIO8_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@8)

Address: 44316

property dio8_ef_config_b: int

Function dependent on selected feature index.

Register: DIO8_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@8)

Address: 44416

property dio8_ef_config_c: int

Function dependent on selected feature index.

Register: DIO8_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@8)

Address: 44516

property dio8_ef_config_d: int

Function dependent on selected feature index.

Register: DIO8_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@8)

Address: 44616

property dio8_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO8_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@8)

Address: 45016

property dio8_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO8_EF_ENABLE (DIO#(0:22)_EF_ENABLE@8)

Address: 44016

property dio8_ef_index: int

An index to specify the feature you want.

Register: DIO8_EF_INDEX (DIO#(0:22)_EF_INDEX@8)

Address: 44116

property dio8_ef_options: int

Function dependent on selected feature index.

Register: DIO8_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@8)

Address: 44216

property dio8_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO8_EF_READ_A (DIO#(0:22)_EF_READ_A@8)

Address: 3016

property dio8_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO8_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@8)

Address: 3116

Type:

Reads the same value as DIO#(0

property dio8_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO8_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@8)

Address: 3516

property dio8_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO8_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@8)

Address: 3616

property dio8_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO8_EF_READ_B (DIO#(0:22)_EF_READ_B@8)

Address: 3216

property dio8_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO8_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@8)

Address: 3716

property dio9_ef_config_a: int

Function dependent on selected feature index.

Register: DIO9_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@9)

Address: 44318

property dio9_ef_config_b: int

Function dependent on selected feature index.

Register: DIO9_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@9)

Address: 44418

property dio9_ef_config_c: int

Function dependent on selected feature index.

Register: DIO9_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@9)

Address: 44518

property dio9_ef_config_d: int

Function dependent on selected feature index.

Register: DIO9_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@9)

Address: 44618

property dio9_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO9_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@9)

Address: 45018

property dio9_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO9_EF_ENABLE (DIO#(0:22)_EF_ENABLE@9)

Address: 44018

property dio9_ef_index: int

An index to specify the feature you want.

Register: DIO9_EF_INDEX (DIO#(0:22)_EF_INDEX@9)

Address: 44118

property dio9_ef_options: int

Function dependent on selected feature index.

Register: DIO9_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@9)

Address: 44218

property dio9_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO9_EF_READ_A (DIO#(0:22)_EF_READ_A@9)

Address: 3018

property dio9_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO9_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@9)

Address: 3118

Type:

Reads the same value as DIO#(0

property dio9_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO9_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@9)

Address: 3518

property dio9_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO9_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@9)

Address: 3618

property dio9_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO9_EF_READ_B (DIO#(0:22)_EF_READ_B@9)

Address: 3218

property dio9_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO9_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@9)

Address: 3718

property dio_direction: int

Read or write the direction of all digital I/O in a single binary-encoded value. 0=Input and 1=Output. Writes are filtered by the value in DIO_INHIBIT.

Register: DIO_DIRECTION

Address: 2850

property dio_ef_clock0_count: int

Current tick count of this clock. Will read between 0 and ROLL_VALUE-1.

Register: DIO_EF_CLOCK0_COUNT

Address: 44908

property dio_ef_clock0_divisor: int

Divides the core clock. Valid options: 1,2,4,8,16,32,64,256.

Register: DIO_EF_CLOCK0_DIVISOR

Address: 44901

property dio_ef_clock0_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration.

Register: DIO_EF_CLOCK0_ENABLE

Address: 44900

property dio_ef_clock0_options: int

Bitmask: bit0: 1 = use external clock. All other bits reserved.

Register: DIO_EF_CLOCK0_OPTIONS

Address: 44902

property dio_ef_clock0_roll_value: int

The clock will count to this value and then start over at zero. The clock pulses counted are those after the divisor. 0 results in the max roll value possible. This is a 32-bit value (0-4294967295) if using a 32-bit clock, and a 16-bit value (0-65535) if using a 16-bit clock.

Register: DIO_EF_CLOCK0_ROLL_VALUE

Address: 44904

property dio_ef_clock1_count: int

Current tick count of this clock. Will read between 0 and ROLL_VALUE-1.

Register: DIO_EF_CLOCK1_COUNT

Address: 44918

property dio_ef_clock1_divisor: int

Divides the core clock. Valid options: 1,2,4,8,16,32,64,256.

Register: DIO_EF_CLOCK1_DIVISOR

Address: 44911

property dio_ef_clock1_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration.

Register: DIO_EF_CLOCK1_ENABLE

Address: 44910

property dio_ef_clock1_options: int

Bitmask: bit0: 1 = use external clock. All other bits reserved.

Register: DIO_EF_CLOCK1_OPTIONS

Address: 44912

property dio_ef_clock1_roll_value: int

The clock will count to this value and then start over at zero. The clock pulses counted are those after the divisor. 0 results in the max roll value possible. This is a 32-bit value (0-4294967295) if using a 32-bit clock, and a 16-bit value (0-65535) if using a 16-bit clock.

Register: DIO_EF_CLOCK1_ROLL_VALUE

Address: 44914

property dio_ef_clock2_count: int

Current tick count of this clock. Will read between 0 and ROLL_VALUE-1.

Register: DIO_EF_CLOCK2_COUNT

Address: 44928

property dio_ef_clock2_divisor: int

Divides the core clock. Valid options: 1,2,4,8,16,32,64,256.

Register: DIO_EF_CLOCK2_DIVISOR

Address: 44921

property dio_ef_clock2_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration.

Register: DIO_EF_CLOCK2_ENABLE

Address: 44920

property dio_ef_clock2_options: int

Bitmask: bit0: 1 = use external clock. All other bits reserved.

Register: DIO_EF_CLOCK2_OPTIONS

Address: 44922

property dio_ef_clock2_roll_value: int

The clock will count to this value and then start over at zero. The clock pulses counted are those after the divisor. 0 results in the max roll value possible. This is a 32-bit value (0-4294967295) if using a 32-bit clock, and a 16-bit value (0-65535) if using a 16-bit clock.

Register: DIO_EF_CLOCK2_ROLL_VALUE

Address: 44924

property dio_inhibit: int

A single binary-encoded value where each bit determines whether _STATE, _DIRECTION or _ANALOG_ENABLE writes affect that bit of digital I/O. 0=Default=Affected, 1=Ignored.

Register: DIO_INHIBIT

Address: 2900

property dio_state: int

Read or write the state of all digital I/O in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. A read of an output returns the current logic level on the terminal, not necessarily the output state written. Writes are filtered by the value in DIO_INHIBIT.

Register: DIO_STATE

Address: 2800

property eio0: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO0 (EIO#(0:7)@0)

Address: 2008

property eio1: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO1 (EIO#(0:7)@1)

Address: 2009

property eio2: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO2 (EIO#(0:7)@2)

Address: 2010

property eio3: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO3 (EIO#(0:7)@3)

Address: 2011

property eio4: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO4 (EIO#(0:7)@4)

Address: 2012

property eio5: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO5 (EIO#(0:7)@5)

Address: 2013

property eio6: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO6 (EIO#(0:7)@6)

Address: 2014

property eio7: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO7 (EIO#(0:7)@7)

Address: 2015

property eio_cio_state: int

Read or write the state of the 12 bits of EIO-CIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. As of firmware 1.0172, MIO states are included in the upper nibble of the CIO byte.

Register: EIO_CIO_STATE

Address: 2581

property eio_direction: int

Read or write the direction of the 8 bits of EIO in a single binary-encoded value. 0=Input and 1=Output. The upper 8-bits of this value are inhibits.

Register: EIO_DIRECTION

Address: 2601

property eio_state: int

Read or write the state of the 8 bits of EIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. The upper 8-bits of this value are inhibits.

Register: EIO_STATE

Address: 2501

property ethernet_altdns: str

Read the current Alt DNS of wired Ethernet.

Register: ETHERNET_ALTDNS

Address: 49108

property ethernet_altdns_default: str

The Alt DNS of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_ALTDNS_DEFAULT

Address: 49158

property ethernet_apply_settings: int

Writing 1 to this register power-cycles Ethernet. It tells the device to waits 1s before turning off Ethernet and then 500ms before turning it back on.

Register: ETHERNET_APPLY_SETTINGS

Address: 49190

property ethernet_dhcp_enable: int

Read the current Enabled/Disabled state of Ethernet DHCP.

Register: ETHERNET_DHCP_ENABLE

Address: 49110

property ethernet_dhcp_enable_default: int

The Enabled/Disabled state of Ethernet DHCP after a power-cycle to the device.

Register: ETHERNET_DHCP_ENABLE_DEFAULT

Address: 49160

property ethernet_dns: str

Read the current DNS of wired Ethernet.

Register: ETHERNET_DNS

Address: 49106

property ethernet_dns_default: str

The DNS of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_DNS_DEFAULT

Address: 49156

property ethernet_gateway: str

Read the current gateway of wired Ethernet.

Register: ETHERNET_GATEWAY

Address: 49104

property ethernet_gateway_default: str

The gateway of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_GATEWAY_DEFAULT

Address: 49154

property ethernet_ip: str

Read the current IP address of wired Ethernet.

Register: ETHERNET_IP

Address: 49100

property ethernet_ip_default: str

The IP address of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_IP_DEFAULT

Address: 49150

property ethernet_mac: str

The MAC address of the wired Ethernet module.

Register: ETHERNET_MAC

Address: 60020

property ethernet_subnet: str

Read the current subnet of wired Ethernet.

Register: ETHERNET_SUBNET

Address: 49102

property ethernet_subnet_default: str

The subnet of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_SUBNET_DEFAULT

Address: 49152

property ethernet_udp_discovery_only: int

Restricts which Modbus operations are allowed over UDP. When set to 1, only the registers needed for discovering units can be read and any other operation will throw an error.

Register: ETHERNET_UDP_DISCOVERY_ONLY

Address: 49115

property ethernet_udp_discovery_only_default: int

The Enabled/Disabled state of ETHERNET_UDP_DISCOVERY_ONLY after a power-cycle to the device.

Register: ETHERNET_UDP_DISCOVERY_ONLY_DEFAULT

Address: 49165

property file_io_attributes: int

Used to differentiate files from directories/folders. Bitmask: Bit0: Reserved, Bit1: Reserved, Bit2: Reserved, Bit3: Reserved, Bit4: 1=Directory, Bit5: 1=File.

Register: FILE_IO_ATTRIBUTES

Address: 60623

property file_io_close: int

Write any value to this register to close the open file.

Register: FILE_IO_CLOSE

Address: 60621

property file_io_delete: int

Write any value to this register to delete the active file. Must first designate which file to delete by writing to FILE_IO_PATH_WRITE_LEN_BYTES then FILE_IO_PATH_WRITE.

Register: FILE_IO_DELETE

Address: 60622

property file_io_dir_change: int

Write any value to this register to change the current working directory (CWD). Must first designate which directory to open by writing to FILE_IO_PATH_WRITE_LEN_BYTES then FILE_IO_PATH_WRITE.

Register: FILE_IO_DIR_CHANGE

Address: 60600

property file_io_dir_current: int

Write any value to this register to load the current working directory into FILE_IO_PATH_READ, and its length into FILE_IO_PATH_READ_LEN_BYTES. Can be used to identify current position in a file tree.

Register: FILE_IO_DIR_CURRENT

Address: 60601

property file_io_dir_first: int

Write any value to this register to initiate iteration through files and directories in the CWD. Typical sequence: FILE_IO_DIR_FIRST(W), then loop through: [FILE_IO_NAME_READ_LEN(R), FILE_IO_NAME_READ(R), FILE_IO_ATTRIBUTES(R), FILE_IO_SIZE_BYTES(R), FILE_IO_DIR_NEXT(W)] ..until any of the following errors: FILE_IO_END_OF_CWD (2966), FILE_IO_INVALID_OBJECT (2809), or FILE_IO_NOT_FOUND (2960).

Register: FILE_IO_DIR_FIRST

Address: 60610

property file_io_dir_make: int

Unimplemented.

Register: FILE_IO_DIR_MAKE

Address: 60602

property file_io_dir_next: int

Write any value to this register to continue iteration through files and directories in the CWD.

Register: FILE_IO_DIR_NEXT

Address: 60611

property file_io_dir_remove: int

Unimplemented.

Register: FILE_IO_DIR_REMOVE

Address: 60603

property file_io_disk_format_index: int

Used to determine the format of the SD card. 0=None or Unknown, 1=FAT12, 2=FAT16(Windows FAT), 3=FAT32.

Register: FILE_IO_DISK_FORMAT_INDEX

Address: 60638

property file_io_disk_free_clusters: int

Free (available) clusters in the SD card. Used to determine free space. Captured on read of FILE_IO_DISK_SECTOR_SIZE_BYTES.

Register: FILE_IO_DISK_FREE_CLUSTERS

Address: 60636

property file_io_disk_sector_size_bytes: int

The size of each sector in the SD card in bytes. In Windows this is called the Allocation Size.

Register: FILE_IO_DISK_SECTOR_SIZE_BYTES

Address: 60630

property file_io_disk_sectors_per_cluster: int

The number of sectors in each cluster. Captured on read of FILE_IO_DISK_SECTOR_SIZE_BYTES.

Register: FILE_IO_DISK_SECTORS_PER_CLUSTER

Address: 60632

property file_io_disk_total_clusters: int

The total number of clusters in the SD card. Captured on read of FILE_IO_DISK_SECTOR_SIZE_BYTES.

Register: FILE_IO_DISK_TOTAL_CLUSTERS

Address: 60634

property file_io_open: int

Write any value to this register to open a file. Must first designate which file to open by writing to FILE_IO_PATH_WRITE_LEN_BYTES then FILE_IO_PATH_WRITE.

Register: FILE_IO_OPEN

Address: 60620

property file_io_path_read: int

Read the next file path in the CWD. Length of the string (in bytes) determined by FILE_IO_PATH_READ_LEN_BYTES. File paths will be null terminated.

This register is a buffer. Underrun behavior - fill with zeros.

Register: FILE_IO_PATH_READ

Address: 60652

property file_io_path_read_len_bytes: int

Read the length (in bytes) of the next file path or directory to access.

Register: FILE_IO_PATH_READ_LEN_BYTES

Address: 60642

property file_io_path_write: int

Write the desired file path. Must first write the length of the file path string (in bytes) to FILE_IO_PATH_WRITE_LEN_BYTES. File paths should be null terminated. This register is a buffer.

Register: FILE_IO_PATH_WRITE

Address: 60650

property file_io_path_write_len_bytes: int

Write the length (in bytes) of the file path or directory to access.

Register: FILE_IO_PATH_WRITE_LEN_BYTES

Address: 60640

property file_io_read: int

Read the contents of a file. Must first write to FILE_IO_OPEN. Size of the file (in bytes) determined by FILE_IO_SIZE_BYTES.

This register is a buffer. Underrun behavior - throws an error.

Register: FILE_IO_READ

Address: 60656

property file_io_size_bytes: int

The size of the file in bytes. Directories have 0 size.

Register: FILE_IO_SIZE_BYTES

Address: 60628

property file_io_write: int

Unimplemented. This register is a buffer.

Register: FILE_IO_WRITE

Address: 60654

property fio0: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO0 (FIO#(0:7)@0)

Address: 2000

property fio1: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO1 (FIO#(0:7)@1)

Address: 2001

property fio2: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO2 (FIO#(0:7)@2)

Address: 2002

property fio3: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO3 (FIO#(0:7)@3)

Address: 2003

property fio4: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO4 (FIO#(0:7)@4)

Address: 2004

property fio5: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO5 (FIO#(0:7)@5)

Address: 2005

property fio6: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO6 (FIO#(0:7)@6)

Address: 2006

property fio7: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO7 (FIO#(0:7)@7)

Address: 2007

property fio_direction: int

Read or write the direction of the 8 bits of FIO in a single binary-encoded value. 0=Input and 1=Output. The upper 8-bits of this value are inhibits.

Register: FIO_DIRECTION

Address: 2600

property fio_eio_state: int

Read or write the state of the 16 bits of FIO-EIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written.

Register: FIO_EIO_STATE

Address: 2580

property fio_state: int

Read or write the state of the 8 bits of FIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. The upper 8-bits of this value are inhibits.

Register: FIO_STATE

Address: 2500

property firmware_version: float

The current firmware version installed on the main processor.

Register: FIRMWARE_VERSION

Address: 60004

property hardware_installed: int

Bitmask indicating installed hardware options. bit0: High Resolution ADC, bit1: WiFi, bit2: RTC, bit3: microSD.

Register: HARDWARE_INSTALLED

Address: 60010

property hardware_version: float

The hardware version of the device.

Register: HARDWARE_VERSION

Address: 60002

property i2c_acks: int

A binary encoded value (array of bits) used to observe ACKs from the slave device.

Register: I2C_ACKS

Address: 5114

property i2c_data_rx: int

Data that has been read from the I2C bus.

This register is a buffer. Underrun behavior - fill with zeros.

Register: I2C_DATA_RX

Address: 5160

property i2c_data_tx: int

Data that will be written to the I2C bus. This register is a buffer.

Register: I2C_DATA_TX

Address: 5120

property i2c_go: int

Writing to this register will instruct the LabJack to perform an I2C transaction.

Register: I2C_GO

Address: 5110

property i2c_num_bytes_rx: int

The number of data bytes to read. Zero is valid and will result in a write-only I2C operation.

Register: I2C_NUM_BYTES_RX

Address: 5109

property i2c_num_bytes_tx: int

The number of data bytes to transmit. Zero is valid and will result in a read-only I2C operation.

Register: I2C_NUM_BYTES_TX

Address: 5108

property i2c_options: int

Advanced. Controls details of the I2C protocol to improve device compatibility. bit 0: 1 = Reset the I2C bus before attempting communication. bit 1: 0 = Restarts will use a stop and a start, 1 = Restarts will not use a stop. bit 2: 1 = disable clock stretching.

Register: I2C_OPTIONS

Address: 5103

property i2c_scl_dionum: int

The number of the DIO line to be used as the I2C clock line. Ex: Writing 1 will force FIO1 to become the I2C-SCL line.

Register: I2C_SCL_DIONUM

Address: 5101

property i2c_sda_dionum: int

The number of the DIO line to be used as the I2C data line. Ex: Writing 0 will force FIO0 to become the I2C-SDA line.

Register: I2C_SDA_DIONUM

Address: 5100

property i2c_slave_address: int

The 7-bit address of the slave device. Value is shifted left by firmware to allow room for the I2C R/W bit.

Register: I2C_SLAVE_ADDRESS

Address: 5104

property i2c_speed_throttle: int

This value controls the I2C clock frequency. Pass 0-65535. Default=0 corresponds to 65536 internally which results in ~450 kHz. 1 results in ~40 Hz, 65516 is ~100 kHz.

Register: I2C_SPEED_THROTTLE

Address: 5102

property internal_flash_calculate_crc: int

Calculates the checksum of a 4096 byte flash page.

Register: INTERNAL_FLASH_CALCULATE_CRC

Address: 61842

property internal_flash_erase: int

Erases a 4k section of internal flash starting at the specified address. This register is a buffer.

Register: INTERNAL_FLASH_ERASE

Address: 61820

property internal_flash_key: int

Sets the region of internal flash to which access is allowed.

Register: INTERNAL_FLASH_KEY

Address: 61800

property internal_flash_read: int

Data read from internal flash. Read size must be an even number of registers.

Register: INTERNAL_FLASH_READ

Address: 61812

property internal_flash_read_pointer: int

The address in internal flash that reads will start from.

Register: INTERNAL_FLASH_READ_POINTER

Address: 61810

property internal_flash_write: int

Data written here will be written to internal flash. Write size must be an even number of registers. This register is a buffer.

Register: INTERNAL_FLASH_WRITE

Address: 61832

property internal_flash_write_pointer: int

Address in internal flash where writes will begin.

Register: INTERNAL_FLASH_WRITE_POINTER

Address: 61830

property io_config_check_for_default: int

Returns 1 if the current configuration matches the default configuration.

Register: IO_CONFIG_CHECK_FOR_DEFAULT

Address: 49018

property io_config_check_for_factory: int

Returns 1 if default settings are the same as factory settings.

Register: IO_CONFIG_CHECK_FOR_FACTORY

Address: 49000

property io_config_current_crc32: int

Collects the current IO configuration and calculates of a CRC32.

Register: IO_CONFIG_CURRENT_CRC32

Address: 49020

property io_config_current_pread: int

The address in the current configuration data which reads will start from.

Register: IO_CONFIG_CURRENT_pREAD

Address: 49014

property io_config_current_read: int

Data read from the current configuration.

Register: IO_CONFIG_CURRENT_READ

Address: 49016

property io_config_default_pread: int

The address in the configuration data which reads will start from.

Register: IO_CONFIG_DEFAULT_pREAD

Address: 49010

property io_config_default_read: int

Data read from the startup configuration.

Register: IO_CONFIG_DEFAULT_READ

Address: 49012

property io_config_factory_pread: int

The address in the factory configuration data which reads will start from.

Register: IO_CONFIG_FACTORY_pREAD

Address: 49006

property io_config_factory_read: int

Data read from factory configuration.

Register: IO_CONFIG_FACTORY_READ

Address: 49008

property io_config_set_current_to_default: int

Write a 1 to set current values to default configuration. The default values are retrieved from flash and written to the current configuration registers, thus this behaves similar to reboot/power-up. Systems affected: AIN, DIO, DAC, AIN_EF, DIO_EF.

Register: IO_CONFIG_SET_CURRENT_TO_DEFAULT

Address: 61991

property io_config_set_current_to_factory: int

Write a 1 to set current values to factory configuration. The factory values are retrieved from flash and written to the current configuration registers. Systems affected: AIN, DIO, DAC, AIN_EF, DIO_EF.

Register: IO_CONFIG_SET_CURRENT_TO_FACTORY

Address: 61990

property io_config_set_default_to_current: int

Write a 1 to cause new default (reboot/power-up) values to be saved to flash. Current values are retrieved and saved as the new defaults. Systems affected: AIN, DIO, DAC, AIN_EF, DIO_EF.

Register: IO_CONFIG_SET_DEFAULT_TO_CURRENT

Address: 49002

property io_config_set_default_to_factory: int

Write a 1 to cause new default (reboot/power-up) values to be saved to flash. Factory values are retrieved and saved as the new defaults. Systems affected: AIN, DIO, DAC, AIN_EF, DIO_EF.

Register: IO_CONFIG_SET_DEFAULT_TO_FACTORY

Address: 49004

property last_err_detail: int

Returns the last LabJack error code seen on the device.

Register: LAST_ERR_DETAIL

Address: 55000

property last_err_frame: int

Returns the frame number that caused the last error.

Register: LAST_ERR_FRAME

Address: 55002

property last_err_transaction_id: int

Returns the transaction ID of the Modbus TCP packet that caused the last error.

Register: LAST_ERR_TRANSACTION_ID

Address: 55003

property last_mb_err: int

Returns the last Modbus TCP error code seen on the device.

Register: LAST_MB_ERR

Address: 55001

property led_comm: int

Sets the state of the COMM LED when the LEDs are set to manual, see the POWER_LED register.

Register: LED_COMM

Address: 2990

property led_status: int

Sets the state of the STATUS LED when the LEDs are set to manual, see the POWER_LED register.

Register: LED_STATUS

Address: 2991

property lua_debug_data: int

Read debug data from here. This register is a buffer.

Register: LUA_DEBUG_DATA

Address: 6024

property lua_debug_enable: int

Write 1 to this register to enable debugging.

Register: LUA_DEBUG_ENABLE

Address: 6020

property lua_debug_enable_default: int

This is the value that will be loaded into LUA_DEBUG_ENABLE when the LabJack boots up.

Register: LUA_DEBUG_ENABLE_DEFAULT

Address: 6120

property lua_debug_num_bytes: int

The number of data bytes in the debug buffer waiting to be read.

Register: LUA_DEBUG_NUM_BYTES

Address: 6022

property lua_debug_num_bytes_default: int

This is the number of bytes that will be used for the lua debug buffer.

Register: LUA_DEBUG_NUM_BYTES_DEFAULT

Address: 6122

property lua_load_saved: int

Writing any value reads the script from Flash and loads it into RAM. The script can now be compiled and run.

Register: LUA_LOAD_SAVED

Address: 6034

property lua_no_warn_truncation: int

Writing a 1 to this register will prevent truncation warnings from being displayed. This register will be cleared every time Lua is started.

Register: LUA_NO_WARN_TRUNCATION

Address: 6050

property lua_run: int

Writing 1 compiles and runs the Lua script that is loaded in RAM. Writing zero stops the script and begins cleaning up memory. Users may poll the register after writing a value of 0 to verify that the VM is unloaded, and garbage collection is complete. 0 = VM fully unloaded. 1 = Running/in-progress.

Register: LUA_RUN

Address: 6000

property lua_run_default: int

If set to 1 the script saved in flash will be loaded and run when the LabJack boots up.

Register: LUA_RUN_DEFAULT

Address: 6100

property lua_save_to_flash: int

Write 1 to save the loaded source code to flash.

Register: LUA_SAVE_TO_FLASH

Address: 6032

property lua_saved_read: int

Read script saved to flash from here.

Register: LUA_SAVED_READ

Address: 6038

property lua_saved_read_pointer: int

Address within the saved Lua script in Flash to begin reading from.

Register: LUA_SAVED_READ_POINTER

Address: 6036

property lua_source_size: int

Allocates RAM for the source code.

Register: LUA_SOURCE_SIZE

Address: 6012

property lua_source_write: int

Write the source code here. Source will be saved to the RAM allocated by LUA_SOURCE_SIZE. This register is a buffer.

Register: LUA_SOURCE_WRITE

Address: 6014

property mio0: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: MIO0 (MIO#(0:2)@0)

Address: 2020

property mio1: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: MIO1 (MIO#(0:2)@1)

Address: 2021

property mio2: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: MIO2 (MIO#(0:2)@2)

Address: 2022

property mio_direction: int

Read or write the direction of the 3 bits of MIO in a single binary-encoded value. 0=Input and 1=Output. The upper 8-bits of this value are inhibits.

Register: MIO_DIRECTION

Address: 2603

property mio_state: int

Read or write the state of the 3 bits of MIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. The upper 8-bits of this value are inhibits.

Register: MIO_STATE

Address: 2503

property onewire_data_rx: int

Data received over the 1-wire bus.

This register is a buffer. Underrun behavior - buffer is static, old data will fill the extra locations, firmware 1.0225 changes this to read zeros.

Register: ONEWIRE_DATA_RX

Address: 5370

property onewire_data_tx: int

Data to be transmitted over the 1-wire bus. This register is a buffer.

Register: ONEWIRE_DATA_TX

Address: 5340

property onewire_dpu_dionum: int

The dynamic pullup control DIO number.

Register: ONEWIRE_DPU_DIONUM

Address: 5301

property onewire_dq_dionum: int

The data-line DIO number.

Register: ONEWIRE_DQ_DIONUM

Address: 5300

property onewire_function: int

Set the ROM function to use. 0xF0=Search, 0xCC=Skip, 0x55=Match, 0x33=Read.

Register: ONEWIRE_FUNCTION

Address: 5307

property onewire_go: int

Instructs the device to perform the configured 1-wire transaction.

Register: ONEWIRE_GO

Address: 5310

property onewire_num_bytes_rx: int

Number of data bytes to be received.

Register: ONEWIRE_NUM_BYTES_RX

Address: 5309

property onewire_num_bytes_tx: int

Number of data bytes to be sent.

Register: ONEWIRE_NUM_BYTES_TX

Address: 5308

property onewire_options: int

Controls advanced features. Value is a bitmask. bit 0: reserved, bit 1: reserved, bit 2: 1=DPU Enabled 0=DPU Disabled, bit 3: DPU Polarity 1=Active state is high, 0=Active state is low (Dynamic Pull-Up)

Register: ONEWIRE_OPTIONS

Address: 5302

property onewire_path_h: int

Upper 32-bits of the path to take during a search.

Register: ONEWIRE_PATH_H

Address: 5324

property onewire_path_l: int

Lower 32-bits of the path to take during a search.

Register: ONEWIRE_PATH_L

Address: 5326

property onewire_rom_branchs_found_h: int

Upper 32-bits of the branches detected during a search.

Register: ONEWIRE_ROM_BRANCHS_FOUND_H

Address: 5332

property onewire_rom_branchs_found_l: int

Lower 32-bits of the branches detected during a search.

Register: ONEWIRE_ROM_BRANCHS_FOUND_L

Address: 5334

property onewire_rom_match_h: int

Upper 32-bits of the ROM to match.

Register: ONEWIRE_ROM_MATCH_H

Address: 5320

property onewire_rom_match_l: int

Lower 32-bits of the ROM to match.

Register: ONEWIRE_ROM_MATCH_L

Address: 5322

property onewire_search_result_h: int

Upper 32-bits of the search result.

Register: ONEWIRE_SEARCH_RESULT_H

Address: 5328

property onewire_search_result_l: int

Lower 32-bites of the search result.

Register: ONEWIRE_SEARCH_RESULT_L

Address: 5330

property power_ain: int

The current ON/OFF state of the analog input module.

Register: POWER_AIN

Address: 48005

property power_ain_default: int

The ON/OFF state of the analog input module after a power-cycle to the device. Provided to optionally reduce power consumption.

Register: POWER_AIN_DEFAULT

Address: 48055

property power_core: int

The core processor speed. 0=80MHz, 1=20MHz, 2=2MHz, 3=250kHz.

Register: POWER_CORE

Address: 48001

property power_core_default: int

Controls the core processor speed after a power-cycle to the device. 0=80MHz, 1=20MHz, 2=2MHz, 3=250kHz.

Register: POWER_CORE_DEFAULT

Address: 48051

property power_ethernet: int

The current ON/OFF state of the Ethernet module.

Register: POWER_ETHERNET

Address: 48003

property power_ethernet_default: int

The ON/OFF state of the Ethernet module after a power-cycle to the device. Provided to optionally reduce power consumption.

Register: POWER_ETHERNET_DEFAULT

Address: 48053

property power_led: int

Sets the LED operation: 0 = Off. Useful for lower power applications. 1 = normal. 2 = Lower power, LEDs will still blink but will normally be off. 3 = Reserved. 4 = Manual, in this mode the LEDs can be user controlled.

Register: POWER_LED

Address: 48006

property power_led_default: int

The ON/OFF state of the LEDs after a power-cycle to the device.

Register: POWER_LED_DEFAULT

Address: 48056

property power_mode: int

The current power management state.

Register: POWER_MODE

Address: 48000

property power_mode_default: int

The power management state after a power-cycle to the device.

Register: POWER_MODE_DEFAULT

Address: 48050

property power_usb: int

The current ON/OFF state of the USB module.

Register: POWER_USB

Address: 48002

property power_usb_default: int

The current ON/OFF state of the USB module after a power-cycle to the device.

Register: POWER_USB_DEFAULT

Address: 48052

property power_wifi: int

The current ON/OFF state of the WiFi module.

Register: POWER_WIFI

Address: 48004

property power_wifi_default: int

The ON/OFF state of the WiFi module after a power-cycle to the device. Provided to optionally reduce power consumption.

Register: POWER_WIFI_DEFAULT

Address: 48054

property product_id: float

The numeric identifier of the device. Such as 7 for a T7 / T7-Pro.

Register: PRODUCT_ID

Address: 60000

property rtc_set_time_s: int

Write a new timestamp to the RTC in seconds since Jan, 1970, aka Epoch or Unix timestamp.

Register: RTC_SET_TIME_S

Address: 61504

property rtc_set_time_sntp: int

Write any value to instruct the T7 to update its clock from a SNTP server. Requires that SNTP_UPDATE_INTERVAL is non-zero.

Register: RTC_SET_TIME_SNTP

Address: 61506

property rtc_time_calendar: int

Read six consecutive addresses of type UINT16, starting with this address. The result will be in year, month, day, hour, minute, second calendar format. i.e. [2014, 10, 21, 18, 55, 35]

Register: RTC_TIME_CALENDAR

Address: 61510

property rtc_time_s: int

Read the current time in seconds since Jan, 1970, aka Epoch or Unix time. This value is calculated from the 80 MHz crystal, not the RTC 32 kHz crystal. Non-pro devices do not have a real time clock, so the reported time is either seconds since device startup or the time reported by the network time protocol over Ethernet. Pro devices have a real time clock that will be used to initialize this register at startup, the time can then be updated by NTP.

Register: RTC_TIME_S

Address: 61500

property sbus0_background_enable: int

Currently unsupported.

Register: SBUS0_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@0)

Address: 30250

property sbus0_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS0_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@0)

Address: 30225

property sbus0_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS0_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@0)

Address: 30200

property sbus0_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS0_RH (SBUS#(0:22)_RH@0)

Address: 30150

property sbus0_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS0_TEMP (SBUS#(0:22)_TEMP@0)

Address: 30100

property sbus10_background_enable: int

Currently unsupported.

Register: SBUS10_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@10)

Address: 30260

property sbus10_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS10_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@10)

Address: 30235

property sbus10_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS10_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@10)

Address: 30210

property sbus10_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS10_RH (SBUS#(0:22)_RH@10)

Address: 30170

property sbus10_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS10_TEMP (SBUS#(0:22)_TEMP@10)

Address: 30120

property sbus11_background_enable: int

Currently unsupported.

Register: SBUS11_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@11)

Address: 30261

property sbus11_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS11_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@11)

Address: 30236

property sbus11_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS11_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@11)

Address: 30211

property sbus11_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS11_RH (SBUS#(0:22)_RH@11)

Address: 30172

property sbus11_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS11_TEMP (SBUS#(0:22)_TEMP@11)

Address: 30122

property sbus12_background_enable: int

Currently unsupported.

Register: SBUS12_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@12)

Address: 30262

property sbus12_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS12_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@12)

Address: 30237

property sbus12_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS12_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@12)

Address: 30212

property sbus12_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS12_RH (SBUS#(0:22)_RH@12)

Address: 30174

property sbus12_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS12_TEMP (SBUS#(0:22)_TEMP@12)

Address: 30124

property sbus13_background_enable: int

Currently unsupported.

Register: SBUS13_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@13)

Address: 30263

property sbus13_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS13_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@13)

Address: 30238

property sbus13_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS13_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@13)

Address: 30213

property sbus13_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS13_RH (SBUS#(0:22)_RH@13)

Address: 30176

property sbus13_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS13_TEMP (SBUS#(0:22)_TEMP@13)

Address: 30126

property sbus14_background_enable: int

Currently unsupported.

Register: SBUS14_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@14)

Address: 30264

property sbus14_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS14_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@14)

Address: 30239

property sbus14_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS14_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@14)

Address: 30214

property sbus14_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS14_RH (SBUS#(0:22)_RH@14)

Address: 30178

property sbus14_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS14_TEMP (SBUS#(0:22)_TEMP@14)

Address: 30128

property sbus15_background_enable: int

Currently unsupported.

Register: SBUS15_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@15)

Address: 30265

property sbus15_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS15_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@15)

Address: 30240

property sbus15_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS15_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@15)

Address: 30215

property sbus15_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS15_RH (SBUS#(0:22)_RH@15)

Address: 30180

property sbus15_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS15_TEMP (SBUS#(0:22)_TEMP@15)

Address: 30130

property sbus16_background_enable: int

Currently unsupported.

Register: SBUS16_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@16)

Address: 30266

property sbus16_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS16_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@16)

Address: 30241

property sbus16_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS16_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@16)

Address: 30216

property sbus16_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS16_RH (SBUS#(0:22)_RH@16)

Address: 30182

property sbus16_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS16_TEMP (SBUS#(0:22)_TEMP@16)

Address: 30132

property sbus17_background_enable: int

Currently unsupported.

Register: SBUS17_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@17)

Address: 30267

property sbus17_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS17_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@17)

Address: 30242

property sbus17_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS17_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@17)

Address: 30217

property sbus17_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS17_RH (SBUS#(0:22)_RH@17)

Address: 30184

property sbus17_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS17_TEMP (SBUS#(0:22)_TEMP@17)

Address: 30134

property sbus18_background_enable: int

Currently unsupported.

Register: SBUS18_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@18)

Address: 30268

property sbus18_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS18_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@18)

Address: 30243

property sbus18_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS18_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@18)

Address: 30218

property sbus18_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS18_RH (SBUS#(0:22)_RH@18)

Address: 30186

property sbus18_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS18_TEMP (SBUS#(0:22)_TEMP@18)

Address: 30136

property sbus19_background_enable: int

Currently unsupported.

Register: SBUS19_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@19)

Address: 30269

property sbus19_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS19_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@19)

Address: 30244

property sbus19_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS19_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@19)

Address: 30219

property sbus19_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS19_RH (SBUS#(0:22)_RH@19)

Address: 30188

property sbus19_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS19_TEMP (SBUS#(0:22)_TEMP@19)

Address: 30138

property sbus1_background_enable: int

Currently unsupported.

Register: SBUS1_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@1)

Address: 30251

property sbus1_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS1_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@1)

Address: 30226

property sbus1_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS1_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@1)

Address: 30201

property sbus1_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS1_RH (SBUS#(0:22)_RH@1)

Address: 30152

property sbus1_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS1_TEMP (SBUS#(0:22)_TEMP@1)

Address: 30102

property sbus20_background_enable: int

Currently unsupported.

Register: SBUS20_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@20)

Address: 30270

property sbus20_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS20_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@20)

Address: 30245

property sbus20_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS20_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@20)

Address: 30220

property sbus20_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS20_RH (SBUS#(0:22)_RH@20)

Address: 30190

property sbus20_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS20_TEMP (SBUS#(0:22)_TEMP@20)

Address: 30140

property sbus21_background_enable: int

Currently unsupported.

Register: SBUS21_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@21)

Address: 30271

property sbus21_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS21_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@21)

Address: 30246

property sbus21_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS21_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@21)

Address: 30221

property sbus21_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS21_RH (SBUS#(0:22)_RH@21)

Address: 30192

property sbus21_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS21_TEMP (SBUS#(0:22)_TEMP@21)

Address: 30142

property sbus22_background_enable: int

Currently unsupported.

Register: SBUS22_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@22)

Address: 30272

property sbus22_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS22_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@22)

Address: 30247

property sbus22_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS22_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@22)

Address: 30222

property sbus22_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS22_RH (SBUS#(0:22)_RH@22)

Address: 30194

property sbus22_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS22_TEMP (SBUS#(0:22)_TEMP@22)

Address: 30144

property sbus2_background_enable: int

Currently unsupported.

Register: SBUS2_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@2)

Address: 30252

property sbus2_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS2_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@2)

Address: 30227

property sbus2_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS2_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@2)

Address: 30202

property sbus2_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS2_RH (SBUS#(0:22)_RH@2)

Address: 30154

property sbus2_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS2_TEMP (SBUS#(0:22)_TEMP@2)

Address: 30104

property sbus3_background_enable: int

Currently unsupported.

Register: SBUS3_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@3)

Address: 30253

property sbus3_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS3_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@3)

Address: 30228

property sbus3_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS3_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@3)

Address: 30203

property sbus3_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS3_RH (SBUS#(0:22)_RH@3)

Address: 30156

property sbus3_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS3_TEMP (SBUS#(0:22)_TEMP@3)

Address: 30106

property sbus4_background_enable: int

Currently unsupported.

Register: SBUS4_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@4)

Address: 30254

property sbus4_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS4_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@4)

Address: 30229

property sbus4_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS4_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@4)

Address: 30204

property sbus4_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS4_RH (SBUS#(0:22)_RH@4)

Address: 30158

property sbus4_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS4_TEMP (SBUS#(0:22)_TEMP@4)

Address: 30108

property sbus5_background_enable: int

Currently unsupported.

Register: SBUS5_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@5)

Address: 30255

property sbus5_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS5_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@5)

Address: 30230

property sbus5_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS5_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@5)

Address: 30205

property sbus5_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS5_RH (SBUS#(0:22)_RH@5)

Address: 30160

property sbus5_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS5_TEMP (SBUS#(0:22)_TEMP@5)

Address: 30110

property sbus6_background_enable: int

Currently unsupported.

Register: SBUS6_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@6)

Address: 30256

property sbus6_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS6_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@6)

Address: 30231

property sbus6_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS6_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@6)

Address: 30206

property sbus6_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS6_RH (SBUS#(0:22)_RH@6)

Address: 30162

property sbus6_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS6_TEMP (SBUS#(0:22)_TEMP@6)

Address: 30112

property sbus7_background_enable: int

Currently unsupported.

Register: SBUS7_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@7)

Address: 30257

property sbus7_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS7_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@7)

Address: 30232

property sbus7_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS7_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@7)

Address: 30207

property sbus7_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS7_RH (SBUS#(0:22)_RH@7)

Address: 30164

property sbus7_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS7_TEMP (SBUS#(0:22)_TEMP@7)

Address: 30114

property sbus8_background_enable: int

Currently unsupported.

Register: SBUS8_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@8)

Address: 30258

property sbus8_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS8_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@8)

Address: 30233

property sbus8_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS8_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@8)

Address: 30208

property sbus8_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS8_RH (SBUS#(0:22)_RH@8)

Address: 30166

property sbus8_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS8_TEMP (SBUS#(0:22)_TEMP@8)

Address: 30116

property sbus9_background_enable: int

Currently unsupported.

Register: SBUS9_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@9)

Address: 30259

property sbus9_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS9_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@9)

Address: 30234

property sbus9_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS9_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@9)

Address: 30209

property sbus9_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS9_RH (SBUS#(0:22)_RH@9)

Address: 30168

property sbus9_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS9_TEMP (SBUS#(0:22)_TEMP@9)

Address: 30118

property sbus_all_clock_dionum: int

A write to this global parameter sets all SBUS clock line registers to the same value. A read will return the correct setting if all channels are set the same, but otherwise will return 0xFF.

Register: SBUS_ALL_CLOCK_DIONUM

Address: 30276

property sbus_all_clock_speed: int

Sets the clock speed. The clock is software generated so the resulting frequency is not exact. Valid range is 0-65535. Larger values are faster. 0 is the fastest option and is equivalent to 65536. A value of 0 is ~200 kHz. A value of 65000 is ~9.1 kHz.

Register: SBUS_ALL_CLOCK_SPEED

Address: 30278

property sbus_all_data_dionum: int

A write to this global parameter sets all SBUS data line registers to the same value. A read will return the correct setting if all channels are set the same, but otherwise will return 0xFF.

Register: SBUS_ALL_DATA_DIONUM

Address: 30275

property sbus_all_power_dionum: int

Sets the power line. This DIO is set to output-high upon any read of SBUS#_TEMP or SBUS#_RH. Default is FIO6 for the T4 and FIO2 for the T7. An FIO line can power up to 4 sensors while an EIO/CIO/MIO line or DAC line can power up to 20 sensors. Set to 9999 to disable. To use multiple power lines, use a DAC line for power, or otherwise control power yourself, set this to 9999 and then control power using writes to normal registers such as FIO5, EIO0, or DAC0.

Register: SBUS_ALL_POWER_DIONUM

Address: 30277

property serial_number: int

The serial number of the device.

Register: SERIAL_NUMBER

Address: 60028

setup_ain0(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN0.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain1(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN1.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain10(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN10.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain100(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN100.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain101(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN101.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain102(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN102.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain103(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN103.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain104(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN104.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain105(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN105.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain106(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN106.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain107(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN107.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain108(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN108.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain109(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN109.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain11(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN11.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain110(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN110.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain111(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN111.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain112(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN112.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain113(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN113.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain114(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN114.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain115(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN115.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain116(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN116.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain117(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN117.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain118(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN118.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain119(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN119.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain12(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN12.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain120(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN120.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain121(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN121.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain122(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN122.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain123(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN123.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain124(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN124.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain125(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN125.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain126(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN126.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain127(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN127.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain13(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN13.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain2(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN2.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain3(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN3.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain4(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN4.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain48(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN48.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain49(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN49.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain5(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN5.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain50(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN50.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain51(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN51.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain52(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN52.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain53(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN53.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain54(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN54.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain55(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN55.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain56(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN56.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain57(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN57.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain58(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN58.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain59(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN59.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain6(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN6.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain60(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN60.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain61(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN61.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain62(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN62.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain63(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN63.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain64(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN64.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain65(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN65.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain66(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN66.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain67(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN67.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain68(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN68.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain69(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN69.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain7(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN7.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain70(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN70.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain71(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN71.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain72(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN72.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain73(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN73.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain74(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN74.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain75(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN75.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain76(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN76.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain77(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN77.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain78(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN78.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain79(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN79.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain8(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN8.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain80(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN80.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain81(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN81.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain82(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN82.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain83(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN83.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain84(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN84.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain85(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN85.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain86(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN86.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain87(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN87.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain88(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN88.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain89(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN89.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain9(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN9.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain90(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN90.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain91(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN91.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain92(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN92.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain93(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN93.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain94(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN94.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain95(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN95.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain96(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN96.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain97(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN97.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain98(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN98.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain99(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN99.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain_all(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup all AIN channels.

property sntp_update_interval: int

Sets the SNTP retry time in seconds. A value of zero will disable SNTP(0=default). Values must be 10 or greater.

Register: SNTP_UPDATE_INTERVAL

Address: 49702

property spc_frequency_out_enable_deprecated: int

This has been deprecated in favor of DAC1_FREQUENCY_OUT_ENABLE. 0 = off, 1 = output 10 Hz signal on SPC. Note that stream uses SPC for a timing output, so if you use this while streaming you will get a lot more counts.

Register: SPC_FREQUENCY_OUT_ENABLE_DEPRECATED

Address: 61530

property spi_clk_dionum: int

The DIO line for Clock.

Register: SPI_CLK_DIONUM

Address: 5001

property spi_cs_dionum: int

The DIO line for Chip-Select.

Register: SPI_CS_DIONUM

Address: 5000

property spi_data_rx: int

Read data here.

This register is a buffer. Underrun behavior - fill with zeros.

Register: SPI_DATA_RX

Address: 5050

property spi_data_tx: int

Write data here. This register is a buffer.

Register: SPI_DATA_TX

Address: 5010

property spi_go: int

Write 1 to begin the configured SPI transaction.

Register: SPI_GO

Address: 5007

property spi_miso_dionum: int

The DIO line for Master-In-Slave-Out.

Register: SPI_MISO_DIONUM

Address: 5002

property spi_mode: int

The SPI mode controls the clock idle state and which edge clocks the data. Bit 1 is CPOL and Bit 0 is CPHA, so CPOL/CPHA for different decimal values: 0 = 0/0 = b00, 1 = 0/1 = b01, 2 = 1/0 = b10, 3 = 1/1 = b11. For CPOL and CPHA explanations, see Wikipedia article: https://en.wikipedia.org/wiki/Serial_Peripheral_Interface_Bus.

Register: SPI_MODE

Address: 5004

property spi_mosi_dionum: int

The DIO line for Master-Out-Slave-In.

Register: SPI_MOSI_DIONUM

Address: 5003

property spi_num_bytes: int

The number of bytes to transfer. The maximum transfer size is 100 bytes.

Register: SPI_NUM_BYTES

Address: 5009

property spi_options: int

Bit 0 is Auto-CS-Disable. When bit 0 is 0, CS is enabled. When bit 0 is 1, CS is disabled. Bit 1: 0 = Set DIO directions before starting the SPI operations, 1 = Do not set DIO directions. Bit 2: 0 = Transmit data MSB first, 1 = LSB first. Bits 4-7: This value sets the number of bits that will be transmitted during the last byte of the SPI operation. Default is 8, valid options are 1-8.

Register: SPI_OPTIONS

Address: 5006

property spi_speed_throttle: int

This value controls the SPI clock frequency. Pass 0-65535. Default=0 corresponds to 65536 internally which results in ~800 kHz. 65500 = ~100 kHz, 65100 = ~10 kHz, 61100 = ~1 kHz, 21000 = ~100 Hz, and 1 = ~67 Hz. Avoid setting too low such that the entire transaction lasts longer than the 250 millisecond timeout of the internal watchdog timer.

Register: SPI_SPEED_THROTTLE

Address: 5005

property stream_auto_target: int

Controls where data will be sent. Value is a bitmask. bit 0: 1 = Send to Ethernet 702 sockets, bit 1: 1 = Send to USB, bit 4: 1 = Command-Response mode. All other bits are reserved.

Register: STREAM_AUTO_TARGET

Address: 4016

property stream_autorecover_disable: int

When the stream buffer becomes full the stream will be stopped. Same behavior as if STREAM_ENABLE is set to zero.

Register: STREAM_AUTORECOVER_DISABLE

Address: 4028

property stream_buffer_size_bytes: int

Size of the stream data buffer in bytes. A value of 0 equates to the default value. Must be a power of 2. Size in samples is STREAM_BUFFER_SIZE_BYTES/2. Size in scans is (STREAM_BUFFER_SIZE_BYTES/2)/STREAM_NUM_ADDRESSES. Changes while stream is running do not affect the currently running stream.

Register: STREAM_BUFFER_SIZE_BYTES

Address: 4012

property stream_clock_source: int

Controls which clock source will be used to run the main stream clock. 0 = Internal crystal, 2 = External clock source on CIO3. Rising edges will increment a counter and trigger a stream scan after the number of edges specified in STREAM_EXTERNAL_CLOCK_DIVISOR. T7 will expect external stream clock on CIO3. All other values reserved.

Register: STREAM_CLOCK_SOURCE

Address: 4014

property stream_data_capture_16: int

If a channel produces 32-bits of data the upper 16 will be saved here.

Register: STREAM_DATA_CAPTURE_16

Address: 4899

property stream_data_cr: int

Address to read stream data from when operating in C-R mode.

Register: STREAM_DATA_CR

Address: 4500

property stream_debug_get_self_index: int

Returns the index of the channel. The index is the position in the scan list that the channel occupies.

Register: STREAM_DEBUG_GET_SELF_INDEX

Address: 4898

property stream_enable: int

Write 1 to start stream. Write 0 to stop stream. Reading this register returns 1 when stream is enabled. When using a triggered stream the stream is considered enabled while waiting for the trigger.

Register: STREAM_ENABLE

Address: 4990

property stream_external_clock_divisor: int

The number of pulses per stream scan when using an external clock.

Register: STREAM_EXTERNAL_CLOCK_DIVISOR

Address: 4022

property stream_num_addresses: int

The number of entries in the scanlist.

Register: STREAM_NUM_ADDRESSES

Address: 4004

property stream_num_scans: int

The number of scans to run before automatically stopping (stream-burst). 0 = run continuously. Limit for STREAM_NUM_SCANS is 2^32-1, but if the host is not reading data as fast as it is acquired you also need to consider STREAM_BUFFER_SIZE_BYTES.

Register: STREAM_NUM_SCANS

Address: 4020

property stream_out0: int

127) to trigger stream-out updates. When added to the scan list these do count against the max scan rate just like normal input addresses, but they do not return any data in the stream read.

Register: STREAM_OUT0 (STREAM_OUT#(0:3)@0)

Address: 4800

Type:

Include one or more of these registers in STREAM_SCANLIST_ADDRESS#(0

property stream_out0_buffer_allocate_num_bytes: int

Size of the buffer in bytes as a power of 2. Should be at least twice the size of updates that will be written and no less than 32. The usable buffer size will be equal to the value of this register minus 2 bytes (one 16-bit sample). Before writing data to _BUFFER_###, you must write to _BUFFER_ALLOCATE_NUM_BYTES to allocate RAM for the data. Max is 16384.

Register: STREAM_OUT0_BUFFER_ALLOCATE_NUM_BYTES (STREAM_OUT#(0:3)_BUFFER_ALLOCATE_NUM_BYTES@0)

Address: 4050

property stream_out0_buffer_f32: float

Data destination when sending floating point data. Appropriate cal constants are used to convert F32 values to 16-bit binary data, and thus each of these values uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT0_BUFFER_F32 (STREAM_OUT#(0:3)_BUFFER_F32@0)

Address: 4400

property stream_out0_buffer_status: int

The number of values in the buffer that are not currently being used.

Register: STREAM_OUT0_BUFFER_STATUS (STREAM_OUT#(0:3)_BUFFER_STATUS@0)

Address: 4080

property stream_out0_buffer_u16: int

Data destination when sending 16-bit integer data. Each value uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT0_BUFFER_U16 (STREAM_OUT#(0:3)_BUFFER_U16@0)

Address: 4420

property stream_out0_buffer_u32: int

Not used at this time. There are no U32 registers supported in stream-out. This register is a buffer.

Register: STREAM_OUT0_BUFFER_U32 (STREAM_OUT#(0:3)_BUFFER_U32@0)

Address: 4410

property stream_out0_enable: int

When STREAM_OUT#_ENABLE is enabled, the stream out target is generally updated by one value from the stream out buffer per stream scan. For example, there will generally be one instance of e.g. STREAM_OUT0 in the stream scan list, which will cause one STREAM_OUT0_BUFFER value to be consumed and written to STREAM_OUT0_TARGET for every stream scan. The stream scan list could also contain two instances of STREAM_OUT0, in which case two values from STREAM_OUT0_BUFFER value would be consumed and written for every stream scan.

Register: STREAM_OUT0_ENABLE (STREAM_OUT#(0:3)_ENABLE@0)

Address: 4090

property stream_out0_loop_num_values: int

The number of values, from the end of the array, that will be repeated after reaching the end of supplied data array.

Register: STREAM_OUT0_LOOP_NUM_VALUES (STREAM_OUT#(0:3)_LOOP_NUM_VALUES@0)

Address: 4060

property stream_out0_set_loop: int

Controls when new data and loop size are used. 1=Use new data immediately. 2=Wait for synch. New data will not be used until a different stream-out channel is set to Synch. 3=Synch. This stream-out# as well as any stream-outs set to synch will start using new data immediately.

Register: STREAM_OUT0_SET_LOOP (STREAM_OUT#(0:3)_SET_LOOP@0)

Address: 4070

property stream_out0_target: int

Channel that data will be written to. Before writing data to _BUFFER_###, you must write to _TARGET so the device knows how to interpret and store values.

Register: STREAM_OUT0_TARGET (STREAM_OUT#(0:3)_TARGET@0)

Address: 4040

property stream_out1: int

127) to trigger stream-out updates. When added to the scan list these do count against the max scan rate just like normal input addresses, but they do not return any data in the stream read.

Register: STREAM_OUT1 (STREAM_OUT#(0:3)@1)

Address: 4801

Type:

Include one or more of these registers in STREAM_SCANLIST_ADDRESS#(0

property stream_out1_buffer_allocate_num_bytes: int

Size of the buffer in bytes as a power of 2. Should be at least twice the size of updates that will be written and no less than 32. The usable buffer size will be equal to the value of this register minus 2 bytes (one 16-bit sample). Before writing data to _BUFFER_###, you must write to _BUFFER_ALLOCATE_NUM_BYTES to allocate RAM for the data. Max is 16384.

Register: STREAM_OUT1_BUFFER_ALLOCATE_NUM_BYTES (STREAM_OUT#(0:3)_BUFFER_ALLOCATE_NUM_BYTES@1)

Address: 4052

property stream_out1_buffer_f32: float

Data destination when sending floating point data. Appropriate cal constants are used to convert F32 values to 16-bit binary data, and thus each of these values uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT1_BUFFER_F32 (STREAM_OUT#(0:3)_BUFFER_F32@1)

Address: 4402

property stream_out1_buffer_status: int

The number of values in the buffer that are not currently being used.

Register: STREAM_OUT1_BUFFER_STATUS (STREAM_OUT#(0:3)_BUFFER_STATUS@1)

Address: 4082

property stream_out1_buffer_u16: int

Data destination when sending 16-bit integer data. Each value uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT1_BUFFER_U16 (STREAM_OUT#(0:3)_BUFFER_U16@1)

Address: 4421

property stream_out1_buffer_u32: int

Not used at this time. There are no U32 registers supported in stream-out. This register is a buffer.

Register: STREAM_OUT1_BUFFER_U32 (STREAM_OUT#(0:3)_BUFFER_U32@1)

Address: 4412

property stream_out1_enable: int

When STREAM_OUT#_ENABLE is enabled, the stream out target is generally updated by one value from the stream out buffer per stream scan. For example, there will generally be one instance of e.g. STREAM_OUT0 in the stream scan list, which will cause one STREAM_OUT0_BUFFER value to be consumed and written to STREAM_OUT0_TARGET for every stream scan. The stream scan list could also contain two instances of STREAM_OUT0, in which case two values from STREAM_OUT0_BUFFER value would be consumed and written for every stream scan.

Register: STREAM_OUT1_ENABLE (STREAM_OUT#(0:3)_ENABLE@1)

Address: 4092

property stream_out1_loop_num_values: int

The number of values, from the end of the array, that will be repeated after reaching the end of supplied data array.

Register: STREAM_OUT1_LOOP_NUM_VALUES (STREAM_OUT#(0:3)_LOOP_NUM_VALUES@1)

Address: 4062

property stream_out1_set_loop: int

Controls when new data and loop size are used. 1=Use new data immediately. 2=Wait for synch. New data will not be used until a different stream-out channel is set to Synch. 3=Synch. This stream-out# as well as any stream-outs set to synch will start using new data immediately.

Register: STREAM_OUT1_SET_LOOP (STREAM_OUT#(0:3)_SET_LOOP@1)

Address: 4072

property stream_out1_target: int

Channel that data will be written to. Before writing data to _BUFFER_###, you must write to _TARGET so the device knows how to interpret and store values.

Register: STREAM_OUT1_TARGET (STREAM_OUT#(0:3)_TARGET@1)

Address: 4042

property stream_out2: int

127) to trigger stream-out updates. When added to the scan list these do count against the max scan rate just like normal input addresses, but they do not return any data in the stream read.

Register: STREAM_OUT2 (STREAM_OUT#(0:3)@2)

Address: 4802

Type:

Include one or more of these registers in STREAM_SCANLIST_ADDRESS#(0

property stream_out2_buffer_allocate_num_bytes: int

Size of the buffer in bytes as a power of 2. Should be at least twice the size of updates that will be written and no less than 32. The usable buffer size will be equal to the value of this register minus 2 bytes (one 16-bit sample). Before writing data to _BUFFER_###, you must write to _BUFFER_ALLOCATE_NUM_BYTES to allocate RAM for the data. Max is 16384.

Register: STREAM_OUT2_BUFFER_ALLOCATE_NUM_BYTES (STREAM_OUT#(0:3)_BUFFER_ALLOCATE_NUM_BYTES@2)

Address: 4054

property stream_out2_buffer_f32: float

Data destination when sending floating point data. Appropriate cal constants are used to convert F32 values to 16-bit binary data, and thus each of these values uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT2_BUFFER_F32 (STREAM_OUT#(0:3)_BUFFER_F32@2)

Address: 4404

property stream_out2_buffer_status: int

The number of values in the buffer that are not currently being used.

Register: STREAM_OUT2_BUFFER_STATUS (STREAM_OUT#(0:3)_BUFFER_STATUS@2)

Address: 4084

property stream_out2_buffer_u16: int

Data destination when sending 16-bit integer data. Each value uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT2_BUFFER_U16 (STREAM_OUT#(0:3)_BUFFER_U16@2)

Address: 4422

property stream_out2_buffer_u32: int

Not used at this time. There are no U32 registers supported in stream-out. This register is a buffer.

Register: STREAM_OUT2_BUFFER_U32 (STREAM_OUT#(0:3)_BUFFER_U32@2)

Address: 4414

property stream_out2_enable: int

When STREAM_OUT#_ENABLE is enabled, the stream out target is generally updated by one value from the stream out buffer per stream scan. For example, there will generally be one instance of e.g. STREAM_OUT0 in the stream scan list, which will cause one STREAM_OUT0_BUFFER value to be consumed and written to STREAM_OUT0_TARGET for every stream scan. The stream scan list could also contain two instances of STREAM_OUT0, in which case two values from STREAM_OUT0_BUFFER value would be consumed and written for every stream scan.

Register: STREAM_OUT2_ENABLE (STREAM_OUT#(0:3)_ENABLE@2)

Address: 4094

property stream_out2_loop_num_values: int

The number of values, from the end of the array, that will be repeated after reaching the end of supplied data array.

Register: STREAM_OUT2_LOOP_NUM_VALUES (STREAM_OUT#(0:3)_LOOP_NUM_VALUES@2)

Address: 4064

property stream_out2_set_loop: int

Controls when new data and loop size are used. 1=Use new data immediately. 2=Wait for synch. New data will not be used until a different stream-out channel is set to Synch. 3=Synch. This stream-out# as well as any stream-outs set to synch will start using new data immediately.

Register: STREAM_OUT2_SET_LOOP (STREAM_OUT#(0:3)_SET_LOOP@2)

Address: 4074

property stream_out2_target: int

Channel that data will be written to. Before writing data to _BUFFER_###, you must write to _TARGET so the device knows how to interpret and store values.

Register: STREAM_OUT2_TARGET (STREAM_OUT#(0:3)_TARGET@2)

Address: 4044

property stream_out3: int

127) to trigger stream-out updates. When added to the scan list these do count against the max scan rate just like normal input addresses, but they do not return any data in the stream read.

Register: STREAM_OUT3 (STREAM_OUT#(0:3)@3)

Address: 4803

Type:

Include one or more of these registers in STREAM_SCANLIST_ADDRESS#(0

property stream_out3_buffer_allocate_num_bytes: int

Size of the buffer in bytes as a power of 2. Should be at least twice the size of updates that will be written and no less than 32. The usable buffer size will be equal to the value of this register minus 2 bytes (one 16-bit sample). Before writing data to _BUFFER_###, you must write to _BUFFER_ALLOCATE_NUM_BYTES to allocate RAM for the data. Max is 16384.

Register: STREAM_OUT3_BUFFER_ALLOCATE_NUM_BYTES (STREAM_OUT#(0:3)_BUFFER_ALLOCATE_NUM_BYTES@3)

Address: 4056

property stream_out3_buffer_f32: float

Data destination when sending floating point data. Appropriate cal constants are used to convert F32 values to 16-bit binary data, and thus each of these values uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT3_BUFFER_F32 (STREAM_OUT#(0:3)_BUFFER_F32@3)

Address: 4406

property stream_out3_buffer_status: int

The number of values in the buffer that are not currently being used.

Register: STREAM_OUT3_BUFFER_STATUS (STREAM_OUT#(0:3)_BUFFER_STATUS@3)

Address: 4086

property stream_out3_buffer_u16: int

Data destination when sending 16-bit integer data. Each value uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT3_BUFFER_U16 (STREAM_OUT#(0:3)_BUFFER_U16@3)

Address: 4423

property stream_out3_buffer_u32: int

Not used at this time. There are no U32 registers supported in stream-out. This register is a buffer.

Register: STREAM_OUT3_BUFFER_U32 (STREAM_OUT#(0:3)_BUFFER_U32@3)

Address: 4416

property stream_out3_enable: int

When STREAM_OUT#_ENABLE is enabled, the stream out target is generally updated by one value from the stream out buffer per stream scan. For example, there will generally be one instance of e.g. STREAM_OUT0 in the stream scan list, which will cause one STREAM_OUT0_BUFFER value to be consumed and written to STREAM_OUT0_TARGET for every stream scan. The stream scan list could also contain two instances of STREAM_OUT0, in which case two values from STREAM_OUT0_BUFFER value would be consumed and written for every stream scan.

Register: STREAM_OUT3_ENABLE (STREAM_OUT#(0:3)_ENABLE@3)

Address: 4096

property stream_out3_loop_num_values: int

The number of values, from the end of the array, that will be repeated after reaching the end of supplied data array.

Register: STREAM_OUT3_LOOP_NUM_VALUES (STREAM_OUT#(0:3)_LOOP_NUM_VALUES@3)

Address: 4066

property stream_out3_set_loop: int

Controls when new data and loop size are used. 1=Use new data immediately. 2=Wait for synch. New data will not be used until a different stream-out channel is set to Synch. 3=Synch. This stream-out# as well as any stream-outs set to synch will start using new data immediately.

Register: STREAM_OUT3_SET_LOOP (STREAM_OUT#(0:3)_SET_LOOP@3)

Address: 4076

property stream_out3_target: int

Channel that data will be written to. Before writing data to _BUFFER_###, you must write to _TARGET so the device knows how to interpret and store values.

Register: STREAM_OUT3_TARGET (STREAM_OUT#(0:3)_TARGET@3)

Address: 4046

property stream_resolution_index: int

The resolution index for stream readings. A larger resolution index generally results in lower noise and longer sample times.

Register: STREAM_RESOLUTION_INDEX

Address: 4010

property stream_samples_per_packet: int

Specifies the number of data points to be sent in the data packet. Only applies to spontaneous mode.

Register: STREAM_SAMPLES_PER_PACKET

Address: 4006

property stream_scanlist_address0: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS0 (STREAM_SCANLIST_ADDRESS#(0:127)@0)

Address: 4100

property stream_scanlist_address1: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS1 (STREAM_SCANLIST_ADDRESS#(0:127)@1)

Address: 4102

property stream_scanlist_address10: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS10 (STREAM_SCANLIST_ADDRESS#(0:127)@10)

Address: 4120

property stream_scanlist_address100: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS100 (STREAM_SCANLIST_ADDRESS#(0:127)@100)

Address: 4300

property stream_scanlist_address101: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS101 (STREAM_SCANLIST_ADDRESS#(0:127)@101)

Address: 4302

property stream_scanlist_address102: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS102 (STREAM_SCANLIST_ADDRESS#(0:127)@102)

Address: 4304

property stream_scanlist_address103: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS103 (STREAM_SCANLIST_ADDRESS#(0:127)@103)

Address: 4306

property stream_scanlist_address104: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS104 (STREAM_SCANLIST_ADDRESS#(0:127)@104)

Address: 4308

property stream_scanlist_address105: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS105 (STREAM_SCANLIST_ADDRESS#(0:127)@105)

Address: 4310

property stream_scanlist_address106: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS106 (STREAM_SCANLIST_ADDRESS#(0:127)@106)

Address: 4312

property stream_scanlist_address107: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS107 (STREAM_SCANLIST_ADDRESS#(0:127)@107)

Address: 4314

property stream_scanlist_address108: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS108 (STREAM_SCANLIST_ADDRESS#(0:127)@108)

Address: 4316

property stream_scanlist_address109: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS109 (STREAM_SCANLIST_ADDRESS#(0:127)@109)

Address: 4318

property stream_scanlist_address11: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS11 (STREAM_SCANLIST_ADDRESS#(0:127)@11)

Address: 4122

property stream_scanlist_address110: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS110 (STREAM_SCANLIST_ADDRESS#(0:127)@110)

Address: 4320

property stream_scanlist_address111: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS111 (STREAM_SCANLIST_ADDRESS#(0:127)@111)

Address: 4322

property stream_scanlist_address112: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS112 (STREAM_SCANLIST_ADDRESS#(0:127)@112)

Address: 4324

property stream_scanlist_address113: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS113 (STREAM_SCANLIST_ADDRESS#(0:127)@113)

Address: 4326

property stream_scanlist_address114: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS114 (STREAM_SCANLIST_ADDRESS#(0:127)@114)

Address: 4328

property stream_scanlist_address115: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS115 (STREAM_SCANLIST_ADDRESS#(0:127)@115)

Address: 4330

property stream_scanlist_address116: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS116 (STREAM_SCANLIST_ADDRESS#(0:127)@116)

Address: 4332

property stream_scanlist_address117: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS117 (STREAM_SCANLIST_ADDRESS#(0:127)@117)

Address: 4334

property stream_scanlist_address118: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS118 (STREAM_SCANLIST_ADDRESS#(0:127)@118)

Address: 4336

property stream_scanlist_address119: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS119 (STREAM_SCANLIST_ADDRESS#(0:127)@119)

Address: 4338

property stream_scanlist_address12: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS12 (STREAM_SCANLIST_ADDRESS#(0:127)@12)

Address: 4124

property stream_scanlist_address120: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS120 (STREAM_SCANLIST_ADDRESS#(0:127)@120)

Address: 4340

property stream_scanlist_address121: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS121 (STREAM_SCANLIST_ADDRESS#(0:127)@121)

Address: 4342

property stream_scanlist_address122: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS122 (STREAM_SCANLIST_ADDRESS#(0:127)@122)

Address: 4344

property stream_scanlist_address123: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS123 (STREAM_SCANLIST_ADDRESS#(0:127)@123)

Address: 4346

property stream_scanlist_address124: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS124 (STREAM_SCANLIST_ADDRESS#(0:127)@124)

Address: 4348

property stream_scanlist_address125: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS125 (STREAM_SCANLIST_ADDRESS#(0:127)@125)

Address: 4350

property stream_scanlist_address126: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS126 (STREAM_SCANLIST_ADDRESS#(0:127)@126)

Address: 4352

property stream_scanlist_address127: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS127 (STREAM_SCANLIST_ADDRESS#(0:127)@127)

Address: 4354

property stream_scanlist_address13: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS13 (STREAM_SCANLIST_ADDRESS#(0:127)@13)

Address: 4126

property stream_scanlist_address14: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS14 (STREAM_SCANLIST_ADDRESS#(0:127)@14)

Address: 4128

property stream_scanlist_address15: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS15 (STREAM_SCANLIST_ADDRESS#(0:127)@15)

Address: 4130

property stream_scanlist_address16: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS16 (STREAM_SCANLIST_ADDRESS#(0:127)@16)

Address: 4132

property stream_scanlist_address17: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS17 (STREAM_SCANLIST_ADDRESS#(0:127)@17)

Address: 4134

property stream_scanlist_address18: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS18 (STREAM_SCANLIST_ADDRESS#(0:127)@18)

Address: 4136

property stream_scanlist_address19: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS19 (STREAM_SCANLIST_ADDRESS#(0:127)@19)

Address: 4138

property stream_scanlist_address2: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS2 (STREAM_SCANLIST_ADDRESS#(0:127)@2)

Address: 4104

property stream_scanlist_address20: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS20 (STREAM_SCANLIST_ADDRESS#(0:127)@20)

Address: 4140

property stream_scanlist_address21: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS21 (STREAM_SCANLIST_ADDRESS#(0:127)@21)

Address: 4142

property stream_scanlist_address22: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS22 (STREAM_SCANLIST_ADDRESS#(0:127)@22)

Address: 4144

property stream_scanlist_address23: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS23 (STREAM_SCANLIST_ADDRESS#(0:127)@23)

Address: 4146

property stream_scanlist_address24: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS24 (STREAM_SCANLIST_ADDRESS#(0:127)@24)

Address: 4148

property stream_scanlist_address25: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS25 (STREAM_SCANLIST_ADDRESS#(0:127)@25)

Address: 4150

property stream_scanlist_address26: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS26 (STREAM_SCANLIST_ADDRESS#(0:127)@26)

Address: 4152

property stream_scanlist_address27: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS27 (STREAM_SCANLIST_ADDRESS#(0:127)@27)

Address: 4154

property stream_scanlist_address28: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS28 (STREAM_SCANLIST_ADDRESS#(0:127)@28)

Address: 4156

property stream_scanlist_address29: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS29 (STREAM_SCANLIST_ADDRESS#(0:127)@29)

Address: 4158

property stream_scanlist_address3: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS3 (STREAM_SCANLIST_ADDRESS#(0:127)@3)

Address: 4106

property stream_scanlist_address30: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS30 (STREAM_SCANLIST_ADDRESS#(0:127)@30)

Address: 4160

property stream_scanlist_address31: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS31 (STREAM_SCANLIST_ADDRESS#(0:127)@31)

Address: 4162

property stream_scanlist_address32: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS32 (STREAM_SCANLIST_ADDRESS#(0:127)@32)

Address: 4164

property stream_scanlist_address33: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS33 (STREAM_SCANLIST_ADDRESS#(0:127)@33)

Address: 4166

property stream_scanlist_address34: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS34 (STREAM_SCANLIST_ADDRESS#(0:127)@34)

Address: 4168

property stream_scanlist_address35: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS35 (STREAM_SCANLIST_ADDRESS#(0:127)@35)

Address: 4170

property stream_scanlist_address36: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS36 (STREAM_SCANLIST_ADDRESS#(0:127)@36)

Address: 4172

property stream_scanlist_address37: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS37 (STREAM_SCANLIST_ADDRESS#(0:127)@37)

Address: 4174

property stream_scanlist_address38: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS38 (STREAM_SCANLIST_ADDRESS#(0:127)@38)

Address: 4176

property stream_scanlist_address39: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS39 (STREAM_SCANLIST_ADDRESS#(0:127)@39)

Address: 4178

property stream_scanlist_address4: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS4 (STREAM_SCANLIST_ADDRESS#(0:127)@4)

Address: 4108

property stream_scanlist_address40: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS40 (STREAM_SCANLIST_ADDRESS#(0:127)@40)

Address: 4180

property stream_scanlist_address41: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS41 (STREAM_SCANLIST_ADDRESS#(0:127)@41)

Address: 4182

property stream_scanlist_address42: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS42 (STREAM_SCANLIST_ADDRESS#(0:127)@42)

Address: 4184

property stream_scanlist_address43: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS43 (STREAM_SCANLIST_ADDRESS#(0:127)@43)

Address: 4186

property stream_scanlist_address44: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS44 (STREAM_SCANLIST_ADDRESS#(0:127)@44)

Address: 4188

property stream_scanlist_address45: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS45 (STREAM_SCANLIST_ADDRESS#(0:127)@45)

Address: 4190

property stream_scanlist_address46: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS46 (STREAM_SCANLIST_ADDRESS#(0:127)@46)

Address: 4192

property stream_scanlist_address47: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS47 (STREAM_SCANLIST_ADDRESS#(0:127)@47)

Address: 4194

property stream_scanlist_address48: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS48 (STREAM_SCANLIST_ADDRESS#(0:127)@48)

Address: 4196

property stream_scanlist_address49: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS49 (STREAM_SCANLIST_ADDRESS#(0:127)@49)

Address: 4198

property stream_scanlist_address5: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS5 (STREAM_SCANLIST_ADDRESS#(0:127)@5)

Address: 4110

property stream_scanlist_address50: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS50 (STREAM_SCANLIST_ADDRESS#(0:127)@50)

Address: 4200

property stream_scanlist_address51: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS51 (STREAM_SCANLIST_ADDRESS#(0:127)@51)

Address: 4202

property stream_scanlist_address52: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS52 (STREAM_SCANLIST_ADDRESS#(0:127)@52)

Address: 4204

property stream_scanlist_address53: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS53 (STREAM_SCANLIST_ADDRESS#(0:127)@53)

Address: 4206

property stream_scanlist_address54: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS54 (STREAM_SCANLIST_ADDRESS#(0:127)@54)

Address: 4208

property stream_scanlist_address55: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS55 (STREAM_SCANLIST_ADDRESS#(0:127)@55)

Address: 4210

property stream_scanlist_address56: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS56 (STREAM_SCANLIST_ADDRESS#(0:127)@56)

Address: 4212

property stream_scanlist_address57: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS57 (STREAM_SCANLIST_ADDRESS#(0:127)@57)

Address: 4214

property stream_scanlist_address58: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS58 (STREAM_SCANLIST_ADDRESS#(0:127)@58)

Address: 4216

property stream_scanlist_address59: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS59 (STREAM_SCANLIST_ADDRESS#(0:127)@59)

Address: 4218

property stream_scanlist_address6: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS6 (STREAM_SCANLIST_ADDRESS#(0:127)@6)

Address: 4112

property stream_scanlist_address60: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS60 (STREAM_SCANLIST_ADDRESS#(0:127)@60)

Address: 4220

property stream_scanlist_address61: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS61 (STREAM_SCANLIST_ADDRESS#(0:127)@61)

Address: 4222

property stream_scanlist_address62: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS62 (STREAM_SCANLIST_ADDRESS#(0:127)@62)

Address: 4224

property stream_scanlist_address63: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS63 (STREAM_SCANLIST_ADDRESS#(0:127)@63)

Address: 4226

property stream_scanlist_address64: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS64 (STREAM_SCANLIST_ADDRESS#(0:127)@64)

Address: 4228

property stream_scanlist_address65: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS65 (STREAM_SCANLIST_ADDRESS#(0:127)@65)

Address: 4230

property stream_scanlist_address66: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS66 (STREAM_SCANLIST_ADDRESS#(0:127)@66)

Address: 4232

property stream_scanlist_address67: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS67 (STREAM_SCANLIST_ADDRESS#(0:127)@67)

Address: 4234

property stream_scanlist_address68: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS68 (STREAM_SCANLIST_ADDRESS#(0:127)@68)

Address: 4236

property stream_scanlist_address69: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS69 (STREAM_SCANLIST_ADDRESS#(0:127)@69)

Address: 4238

property stream_scanlist_address7: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS7 (STREAM_SCANLIST_ADDRESS#(0:127)@7)

Address: 4114

property stream_scanlist_address70: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS70 (STREAM_SCANLIST_ADDRESS#(0:127)@70)

Address: 4240

property stream_scanlist_address71: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS71 (STREAM_SCANLIST_ADDRESS#(0:127)@71)

Address: 4242

property stream_scanlist_address72: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS72 (STREAM_SCANLIST_ADDRESS#(0:127)@72)

Address: 4244

property stream_scanlist_address73: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS73 (STREAM_SCANLIST_ADDRESS#(0:127)@73)

Address: 4246

property stream_scanlist_address74: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS74 (STREAM_SCANLIST_ADDRESS#(0:127)@74)

Address: 4248

property stream_scanlist_address75: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS75 (STREAM_SCANLIST_ADDRESS#(0:127)@75)

Address: 4250

property stream_scanlist_address76: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS76 (STREAM_SCANLIST_ADDRESS#(0:127)@76)

Address: 4252

property stream_scanlist_address77: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS77 (STREAM_SCANLIST_ADDRESS#(0:127)@77)

Address: 4254

property stream_scanlist_address78: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS78 (STREAM_SCANLIST_ADDRESS#(0:127)@78)

Address: 4256

property stream_scanlist_address79: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS79 (STREAM_SCANLIST_ADDRESS#(0:127)@79)

Address: 4258

property stream_scanlist_address8: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS8 (STREAM_SCANLIST_ADDRESS#(0:127)@8)

Address: 4116

property stream_scanlist_address80: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS80 (STREAM_SCANLIST_ADDRESS#(0:127)@80)

Address: 4260

property stream_scanlist_address81: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS81 (STREAM_SCANLIST_ADDRESS#(0:127)@81)

Address: 4262

property stream_scanlist_address82: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS82 (STREAM_SCANLIST_ADDRESS#(0:127)@82)

Address: 4264

property stream_scanlist_address83: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS83 (STREAM_SCANLIST_ADDRESS#(0:127)@83)

Address: 4266

property stream_scanlist_address84: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS84 (STREAM_SCANLIST_ADDRESS#(0:127)@84)

Address: 4268

property stream_scanlist_address85: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS85 (STREAM_SCANLIST_ADDRESS#(0:127)@85)

Address: 4270

property stream_scanlist_address86: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS86 (STREAM_SCANLIST_ADDRESS#(0:127)@86)

Address: 4272

property stream_scanlist_address87: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS87 (STREAM_SCANLIST_ADDRESS#(0:127)@87)

Address: 4274

property stream_scanlist_address88: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS88 (STREAM_SCANLIST_ADDRESS#(0:127)@88)

Address: 4276

property stream_scanlist_address89: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS89 (STREAM_SCANLIST_ADDRESS#(0:127)@89)

Address: 4278

property stream_scanlist_address9: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS9 (STREAM_SCANLIST_ADDRESS#(0:127)@9)

Address: 4118

property stream_scanlist_address90: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS90 (STREAM_SCANLIST_ADDRESS#(0:127)@90)

Address: 4280

property stream_scanlist_address91: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS91 (STREAM_SCANLIST_ADDRESS#(0:127)@91)

Address: 4282

property stream_scanlist_address92: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS92 (STREAM_SCANLIST_ADDRESS#(0:127)@92)

Address: 4284

property stream_scanlist_address93: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS93 (STREAM_SCANLIST_ADDRESS#(0:127)@93)

Address: 4286

property stream_scanlist_address94: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS94 (STREAM_SCANLIST_ADDRESS#(0:127)@94)

Address: 4288

property stream_scanlist_address95: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS95 (STREAM_SCANLIST_ADDRESS#(0:127)@95)

Address: 4290

property stream_scanlist_address96: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS96 (STREAM_SCANLIST_ADDRESS#(0:127)@96)

Address: 4292

property stream_scanlist_address97: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS97 (STREAM_SCANLIST_ADDRESS#(0:127)@97)

Address: 4294

property stream_scanlist_address98: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS98 (STREAM_SCANLIST_ADDRESS#(0:127)@98)

Address: 4296

property stream_scanlist_address99: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS99 (STREAM_SCANLIST_ADDRESS#(0:127)@99)

Address: 4298

property stream_scanrate_hz: float

Write a value to specify the number of times per second that all channels in the stream scanlist will be read. Max stream speeds are based on Sample Rate which is NumChannels*ScanRate. Has no effect when using an external clock. A read of this register returns the actual scan rate, which can be slightly different due to rounding. For scan rates >152.588, the actual scan interval is multiples of 100 ns. Assuming a core clock of 80 MHz the internal roll value is (80M/(8*DesiredScanRate))-1 and the actual scan rate is then 80M/(8*(RollValue+1). For slower scan rates the scan interval resolution is changed to 1 us, 10 us, 100 us, or 1 ms as needed to achieve the longer intervals.

Register: STREAM_SCANRATE_HZ

Address: 4002

property stream_settling_us: float

Time in microseconds to allow signals to settle after switching the mux. Does not apply to the 1st channel in the scan list, as that settling is controlled by scan rate (the time from the last channel until the start of the next scan). Default=0. When set to less than 1, automatic settling will be used. The automatic settling behavior varies by device.

Register: STREAM_SETTLING_US

Address: 4008

property stream_start_time_stamp: int

This register stores the value of CORE_TIMER at the start of the first stream scan. Note that the first stream scan happens 1 scan period after STREAM_ENABLE is set to 1.

Register: STREAM_START_TIME_STAMP

Address: 4026

property stream_trigger_index: int

Controls when stream scanning will start. 0 = Start when stream is enabled, 2000 = Start when DIO_EF0 detects an edge, 2001 = Start when DIO_EF1 detects an edge. See the stream documentation for all supported values.

Register: STREAM_TRIGGER_INDEX

Address: 4024

property system_counter_10khz: int

A 10 kHz counter synchronized to RTC_TIME_S. This register can be appended to RTC_TIME_S as the decimal portion to get 0.1 ms resolution.

Register: SYSTEM_COUNTER_10KHZ

Address: 61502

property system_reboot: int

Issues a device reboot. Must write 0x4C4Axxxx, where xxxx is number of 50ms ticks to wait before reboot. To reboot immediately write 0x4C4A0000 (d1279918080).

Register: SYSTEM_REBOOT

Address: 61998

property system_timer_20hz: int

Internal 32-bit system timer running at 20Hz.

Register: SYSTEM_TIMER_20HZ

Address: 61522

property tdac0: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC0 (TDAC#(0:21)@0)

Address: 30000

property tdac1: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC1 (TDAC#(0:21)@1)

Address: 30002

property tdac10: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC10 (TDAC#(0:21)@10)

Address: 30020

property tdac11: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC11 (TDAC#(0:21)@11)

Address: 30022

property tdac12: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC12 (TDAC#(0:21)@12)

Address: 30024

property tdac13: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC13 (TDAC#(0:21)@13)

Address: 30026

property tdac14: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC14 (TDAC#(0:21)@14)

Address: 30028

property tdac15: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC15 (TDAC#(0:21)@15)

Address: 30030

property tdac16: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC16 (TDAC#(0:21)@16)

Address: 30032

property tdac17: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC17 (TDAC#(0:21)@17)

Address: 30034

property tdac18: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC18 (TDAC#(0:21)@18)

Address: 30036

property tdac19: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC19 (TDAC#(0:21)@19)

Address: 30038

property tdac2: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC2 (TDAC#(0:21)@2)

Address: 30004

property tdac20: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC20 (TDAC#(0:21)@20)

Address: 30040

property tdac21: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC21 (TDAC#(0:21)@21)

Address: 30042

property tdac3: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC3 (TDAC#(0:21)@3)

Address: 30006

property tdac4: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC4 (TDAC#(0:21)@4)

Address: 30008

property tdac5: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC5 (TDAC#(0:21)@5)

Address: 30010

property tdac6: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC6 (TDAC#(0:21)@6)

Address: 30012

property tdac7: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC7 (TDAC#(0:21)@7)

Address: 30014

property tdac8: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC8 (TDAC#(0:21)@8)

Address: 30016

property tdac9: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC9 (TDAC#(0:21)@9)

Address: 30018

property tdac_serial_number: int

Returns the serial number of an LJTick-DAC, and forces a re-read of the calibration constants. Which LJTDAC is determined by the last write to TDAC# … whether it was successful or not.

Register: TDAC_SERIAL_NUMBER

Address: 55200

property tdac_speed_throttle: int

Sets the I2C clock speed that will be used when communicating with the TDAC. Default value is 65516. See I2C_SPEED_THROTTLE for more detail.

Register: TDAC_SPEED_THROTTLE

Address: 55202

property temperature_air_k: float

Returns the estimated ambient air temperature just outside of the device in its red plastic enclosure. This register is equal to TEMPERATURE_DEVICE_K - 4.3. If Ethernet and/or WiFi is enabled, subtract an extra 0.6 for each.

Register: TEMPERATURE_AIR_K

Address: 60050

property temperature_device_k: float

Takes a reading from the internal temperature sensor using range=+/-10V and resolution=8, and applies the formula Volts*-92.6+467.6 to return kelvins.

Register: TEMPERATURE_DEVICE_K

Address: 60052

property test: int

A read of this test register should always return 0x00112233 or d1122867. If your software has the word swap quirk, you will incorrectly read 0x22330011 or 573767697. If your software has the address-1 quirk, a UINT16 (1-register) read from 55101 will incorrectly return 0x0011 (should read 0x2233). This register is unlike others, in that it allows you can read a single word from 55100 or 55101, or of course 2 words from 55100.

Register: TEST

Address: 55100

property test_float32: float

Write a value and read back to test FLOAT32 operation. Default is 0xC61C3C00 or -9999.0. If your software has the word swap quirk, the default will incorrectly read 0x3C00C61C or 0.00786.

Register: TEST_FLOAT32

Address: 55124

property test_int32: int

Write a value and read back to test INT32 operation. Default is 0x8899AABB or d-2003195205. If your software has the word swap quirk, the default will incorrectly read 0xAABB8899 or -1430550375.

Register: TEST_INT32

Address: 55122

property test_uint16: int

Write a value and read back to test UINT16 operation. Default is 0x0011 or d17.

Register: TEST_UINT16

Address: 55110

property test_uint32: int

Write a value and read back to test UINT32 operation. Default is 0x00112233 or d1122867. If your software has the word swap quirk, the default will incorrectly read 0x22330011 or 573767697.

Register: TEST_UINT32

Address: 55120

property user_ram0_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM0_F32 (USER_RAM#(0:39)_F32@0)

Address: 46000

property user_ram0_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM0_I32 (USER_RAM#(0:9)_I32@0)

Address: 46080

property user_ram0_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM0_U16 (USER_RAM#(0:19)_U16@0)

Address: 46180

property user_ram0_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM0_U32 (USER_RAM#(0:39)_U32@0)

Address: 46100

property user_ram10_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM10_F32 (USER_RAM#(0:39)_F32@10)

Address: 46020

property user_ram10_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM10_U16 (USER_RAM#(0:19)_U16@10)

Address: 46190

property user_ram10_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM10_U32 (USER_RAM#(0:39)_U32@10)

Address: 46120

property user_ram11_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM11_F32 (USER_RAM#(0:39)_F32@11)

Address: 46022

property user_ram11_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM11_U16 (USER_RAM#(0:19)_U16@11)

Address: 46191

property user_ram11_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM11_U32 (USER_RAM#(0:39)_U32@11)

Address: 46122

property user_ram12_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM12_F32 (USER_RAM#(0:39)_F32@12)

Address: 46024

property user_ram12_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM12_U16 (USER_RAM#(0:19)_U16@12)

Address: 46192

property user_ram12_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM12_U32 (USER_RAM#(0:39)_U32@12)

Address: 46124

property user_ram13_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM13_F32 (USER_RAM#(0:39)_F32@13)

Address: 46026

property user_ram13_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM13_U16 (USER_RAM#(0:19)_U16@13)

Address: 46193

property user_ram13_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM13_U32 (USER_RAM#(0:39)_U32@13)

Address: 46126

property user_ram14_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM14_F32 (USER_RAM#(0:39)_F32@14)

Address: 46028

property user_ram14_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM14_U16 (USER_RAM#(0:19)_U16@14)

Address: 46194

property user_ram14_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM14_U32 (USER_RAM#(0:39)_U32@14)

Address: 46128

property user_ram15_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM15_F32 (USER_RAM#(0:39)_F32@15)

Address: 46030

property user_ram15_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM15_U16 (USER_RAM#(0:19)_U16@15)

Address: 46195

property user_ram15_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM15_U32 (USER_RAM#(0:39)_U32@15)

Address: 46130

property user_ram16_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM16_F32 (USER_RAM#(0:39)_F32@16)

Address: 46032

property user_ram16_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM16_U16 (USER_RAM#(0:19)_U16@16)

Address: 46196

property user_ram16_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM16_U32 (USER_RAM#(0:39)_U32@16)

Address: 46132

property user_ram17_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM17_F32 (USER_RAM#(0:39)_F32@17)

Address: 46034

property user_ram17_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM17_U16 (USER_RAM#(0:19)_U16@17)

Address: 46197

property user_ram17_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM17_U32 (USER_RAM#(0:39)_U32@17)

Address: 46134

property user_ram18_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM18_F32 (USER_RAM#(0:39)_F32@18)

Address: 46036

property user_ram18_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM18_U16 (USER_RAM#(0:19)_U16@18)

Address: 46198

property user_ram18_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM18_U32 (USER_RAM#(0:39)_U32@18)

Address: 46136

property user_ram19_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM19_F32 (USER_RAM#(0:39)_F32@19)

Address: 46038

property user_ram19_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM19_U16 (USER_RAM#(0:19)_U16@19)

Address: 46199

property user_ram19_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM19_U32 (USER_RAM#(0:39)_U32@19)

Address: 46138

property user_ram1_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM1_F32 (USER_RAM#(0:39)_F32@1)

Address: 46002

property user_ram1_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM1_I32 (USER_RAM#(0:9)_I32@1)

Address: 46082

property user_ram1_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM1_U16 (USER_RAM#(0:19)_U16@1)

Address: 46181

property user_ram1_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM1_U32 (USER_RAM#(0:39)_U32@1)

Address: 46102

property user_ram20_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM20_F32 (USER_RAM#(0:39)_F32@20)

Address: 46040

property user_ram20_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM20_U32 (USER_RAM#(0:39)_U32@20)

Address: 46140

property user_ram21_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM21_F32 (USER_RAM#(0:39)_F32@21)

Address: 46042

property user_ram21_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM21_U32 (USER_RAM#(0:39)_U32@21)

Address: 46142

property user_ram22_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM22_F32 (USER_RAM#(0:39)_F32@22)

Address: 46044

property user_ram22_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM22_U32 (USER_RAM#(0:39)_U32@22)

Address: 46144

property user_ram23_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM23_F32 (USER_RAM#(0:39)_F32@23)

Address: 46046

property user_ram23_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM23_U32 (USER_RAM#(0:39)_U32@23)

Address: 46146

property user_ram24_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM24_F32 (USER_RAM#(0:39)_F32@24)

Address: 46048

property user_ram24_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM24_U32 (USER_RAM#(0:39)_U32@24)

Address: 46148

property user_ram25_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM25_F32 (USER_RAM#(0:39)_F32@25)

Address: 46050

property user_ram25_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM25_U32 (USER_RAM#(0:39)_U32@25)

Address: 46150

property user_ram26_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM26_F32 (USER_RAM#(0:39)_F32@26)

Address: 46052

property user_ram26_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM26_U32 (USER_RAM#(0:39)_U32@26)

Address: 46152

property user_ram27_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM27_F32 (USER_RAM#(0:39)_F32@27)

Address: 46054

property user_ram27_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM27_U32 (USER_RAM#(0:39)_U32@27)

Address: 46154

property user_ram28_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM28_F32 (USER_RAM#(0:39)_F32@28)

Address: 46056

property user_ram28_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM28_U32 (USER_RAM#(0:39)_U32@28)

Address: 46156

property user_ram29_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM29_F32 (USER_RAM#(0:39)_F32@29)

Address: 46058

property user_ram29_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM29_U32 (USER_RAM#(0:39)_U32@29)

Address: 46158

property user_ram2_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM2_F32 (USER_RAM#(0:39)_F32@2)

Address: 46004

property user_ram2_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM2_I32 (USER_RAM#(0:9)_I32@2)

Address: 46084

property user_ram2_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM2_U16 (USER_RAM#(0:19)_U16@2)

Address: 46182

property user_ram2_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM2_U32 (USER_RAM#(0:39)_U32@2)

Address: 46104

property user_ram30_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM30_F32 (USER_RAM#(0:39)_F32@30)

Address: 46060

property user_ram30_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM30_U32 (USER_RAM#(0:39)_U32@30)

Address: 46160

property user_ram31_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM31_F32 (USER_RAM#(0:39)_F32@31)

Address: 46062

property user_ram31_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM31_U32 (USER_RAM#(0:39)_U32@31)

Address: 46162

property user_ram32_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM32_F32 (USER_RAM#(0:39)_F32@32)

Address: 46064

property user_ram32_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM32_U32 (USER_RAM#(0:39)_U32@32)

Address: 46164

property user_ram33_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM33_F32 (USER_RAM#(0:39)_F32@33)

Address: 46066

property user_ram33_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM33_U32 (USER_RAM#(0:39)_U32@33)

Address: 46166

property user_ram34_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM34_F32 (USER_RAM#(0:39)_F32@34)

Address: 46068

property user_ram34_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM34_U32 (USER_RAM#(0:39)_U32@34)

Address: 46168

property user_ram35_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM35_F32 (USER_RAM#(0:39)_F32@35)

Address: 46070

property user_ram35_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM35_U32 (USER_RAM#(0:39)_U32@35)

Address: 46170

property user_ram36_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM36_F32 (USER_RAM#(0:39)_F32@36)

Address: 46072

property user_ram36_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM36_U32 (USER_RAM#(0:39)_U32@36)

Address: 46172

property user_ram37_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM37_F32 (USER_RAM#(0:39)_F32@37)

Address: 46074

property user_ram37_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM37_U32 (USER_RAM#(0:39)_U32@37)

Address: 46174

property user_ram38_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM38_F32 (USER_RAM#(0:39)_F32@38)

Address: 46076

property user_ram38_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM38_U32 (USER_RAM#(0:39)_U32@38)

Address: 46176

property user_ram39_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM39_F32 (USER_RAM#(0:39)_F32@39)

Address: 46078

property user_ram39_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM39_U32 (USER_RAM#(0:39)_U32@39)

Address: 46178

property user_ram3_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM3_F32 (USER_RAM#(0:39)_F32@3)

Address: 46006

property user_ram3_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM3_I32 (USER_RAM#(0:9)_I32@3)

Address: 46086

property user_ram3_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM3_U16 (USER_RAM#(0:19)_U16@3)

Address: 46183

property user_ram3_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM3_U32 (USER_RAM#(0:39)_U32@3)

Address: 46106

property user_ram4_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM4_F32 (USER_RAM#(0:39)_F32@4)

Address: 46008

property user_ram4_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM4_I32 (USER_RAM#(0:9)_I32@4)

Address: 46088

property user_ram4_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM4_U16 (USER_RAM#(0:19)_U16@4)

Address: 46184

property user_ram4_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM4_U32 (USER_RAM#(0:39)_U32@4)

Address: 46108

property user_ram5_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM5_F32 (USER_RAM#(0:39)_F32@5)

Address: 46010

property user_ram5_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM5_I32 (USER_RAM#(0:9)_I32@5)

Address: 46090

property user_ram5_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM5_U16 (USER_RAM#(0:19)_U16@5)

Address: 46185

property user_ram5_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM5_U32 (USER_RAM#(0:39)_U32@5)

Address: 46110

property user_ram6_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM6_F32 (USER_RAM#(0:39)_F32@6)

Address: 46012

property user_ram6_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM6_I32 (USER_RAM#(0:9)_I32@6)

Address: 46092

property user_ram6_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM6_U16 (USER_RAM#(0:19)_U16@6)

Address: 46186

property user_ram6_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM6_U32 (USER_RAM#(0:39)_U32@6)

Address: 46112

property user_ram7_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM7_F32 (USER_RAM#(0:39)_F32@7)

Address: 46014

property user_ram7_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM7_I32 (USER_RAM#(0:9)_I32@7)

Address: 46094

property user_ram7_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM7_U16 (USER_RAM#(0:19)_U16@7)

Address: 46187

property user_ram7_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM7_U32 (USER_RAM#(0:39)_U32@7)

Address: 46114

property user_ram8_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM8_F32 (USER_RAM#(0:39)_F32@8)

Address: 46016

property user_ram8_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM8_I32 (USER_RAM#(0:9)_I32@8)

Address: 46096

property user_ram8_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM8_U16 (USER_RAM#(0:19)_U16@8)

Address: 46188

property user_ram8_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM8_U32 (USER_RAM#(0:39)_U32@8)

Address: 46116

property user_ram9_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM9_F32 (USER_RAM#(0:39)_F32@9)

Address: 46018

property user_ram9_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM9_I32 (USER_RAM#(0:9)_I32@9)

Address: 46098

property user_ram9_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM9_U16 (USER_RAM#(0:19)_U16@9)

Address: 46189

property user_ram9_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM9_U32 (USER_RAM#(0:39)_U32@9)

Address: 46118

property user_ram_fifo0_allocate_num_bytes: int

Allocate memory for a FIFO buffer. Number of bytes should be sufficient to store users max transfer array size. Note that FLOAT32, INT32, and UINT32 require 4 bytes per value, and UINT16 require 2 bytes per value. Maximum size is limited by available memory. Care should be taken to conserve enough memory for other operations such as AIN_EF, Lua, Stream etc.

Register: USER_RAM_FIFO0_ALLOCATE_NUM_BYTES (USER_RAM_FIFO#(0:3)_ALLOCATE_NUM_BYTES@0)

Address: 47900

property user_ram_fifo0_data_f32: float

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO0_DATA_F32 (USER_RAM_FIFO#(0:3)_DATA_F32@0)

Address: 47030

property user_ram_fifo0_data_i32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO0_DATA_I32 (USER_RAM_FIFO#(0:3)_DATA_I32@0)

Address: 47020

property user_ram_fifo0_data_u16: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO0_DATA_U16 (USER_RAM_FIFO#(0:3)_DATA_U16@0)

Address: 47000

property user_ram_fifo0_data_u32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO0_DATA_U32 (USER_RAM_FIFO#(0:3)_DATA_U32@0)

Address: 47010

property user_ram_fifo0_empty: int

Write any value to this register to efficiently empty, flush, or otherwise clear data from the FIFO.

Register: USER_RAM_FIFO0_EMPTY (USER_RAM_FIFO#(0:3)_EMPTY@0)

Address: 47930

property user_ram_fifo0_num_bytes_in_fifo: int

Poll this register to see when new data is available/ready. Each read of the FIFO buffer decreases this value, and each write to the FIFO buffer increases this value.

At any point in time, the following equation holds: Nbytes = Nwritten - Nread.

Register: USER_RAM_FIFO0_NUM_BYTES_IN_FIFO (USER_RAM_FIFO#(0:3)_NUM_BYTES_IN_FIFO@0)

Address: 47910

property user_ram_fifo1_allocate_num_bytes: int

Allocate memory for a FIFO buffer. Number of bytes should be sufficient to store users max transfer array size. Note that FLOAT32, INT32, and UINT32 require 4 bytes per value, and UINT16 require 2 bytes per value. Maximum size is limited by available memory. Care should be taken to conserve enough memory for other operations such as AIN_EF, Lua, Stream etc.

Register: USER_RAM_FIFO1_ALLOCATE_NUM_BYTES (USER_RAM_FIFO#(0:3)_ALLOCATE_NUM_BYTES@1)

Address: 47902

property user_ram_fifo1_data_f32: float

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO1_DATA_F32 (USER_RAM_FIFO#(0:3)_DATA_F32@1)

Address: 47032

property user_ram_fifo1_data_i32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO1_DATA_I32 (USER_RAM_FIFO#(0:3)_DATA_I32@1)

Address: 47022

property user_ram_fifo1_data_u16: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO1_DATA_U16 (USER_RAM_FIFO#(0:3)_DATA_U16@1)

Address: 47001

property user_ram_fifo1_data_u32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO1_DATA_U32 (USER_RAM_FIFO#(0:3)_DATA_U32@1)

Address: 47012

property user_ram_fifo1_empty: int

Write any value to this register to efficiently empty, flush, or otherwise clear data from the FIFO.

Register: USER_RAM_FIFO1_EMPTY (USER_RAM_FIFO#(0:3)_EMPTY@1)

Address: 47932

property user_ram_fifo1_num_bytes_in_fifo: int

Poll this register to see when new data is available/ready. Each read of the FIFO buffer decreases this value, and each write to the FIFO buffer increases this value.

At any point in time, the following equation holds: Nbytes = Nwritten - Nread.

Register: USER_RAM_FIFO1_NUM_BYTES_IN_FIFO (USER_RAM_FIFO#(0:3)_NUM_BYTES_IN_FIFO@1)

Address: 47912

property user_ram_fifo2_allocate_num_bytes: int

Allocate memory for a FIFO buffer. Number of bytes should be sufficient to store users max transfer array size. Note that FLOAT32, INT32, and UINT32 require 4 bytes per value, and UINT16 require 2 bytes per value. Maximum size is limited by available memory. Care should be taken to conserve enough memory for other operations such as AIN_EF, Lua, Stream etc.

Register: USER_RAM_FIFO2_ALLOCATE_NUM_BYTES (USER_RAM_FIFO#(0:3)_ALLOCATE_NUM_BYTES@2)

Address: 47904

property user_ram_fifo2_data_f32: float

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO2_DATA_F32 (USER_RAM_FIFO#(0:3)_DATA_F32@2)

Address: 47034

property user_ram_fifo2_data_i32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO2_DATA_I32 (USER_RAM_FIFO#(0:3)_DATA_I32@2)

Address: 47024

property user_ram_fifo2_data_u16: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO2_DATA_U16 (USER_RAM_FIFO#(0:3)_DATA_U16@2)

Address: 47002

property user_ram_fifo2_data_u32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO2_DATA_U32 (USER_RAM_FIFO#(0:3)_DATA_U32@2)

Address: 47014

property user_ram_fifo2_empty: int

Write any value to this register to efficiently empty, flush, or otherwise clear data from the FIFO.

Register: USER_RAM_FIFO2_EMPTY (USER_RAM_FIFO#(0:3)_EMPTY@2)

Address: 47934

property user_ram_fifo2_num_bytes_in_fifo: int

Poll this register to see when new data is available/ready. Each read of the FIFO buffer decreases this value, and each write to the FIFO buffer increases this value.

At any point in time, the following equation holds: Nbytes = Nwritten - Nread.

Register: USER_RAM_FIFO2_NUM_BYTES_IN_FIFO (USER_RAM_FIFO#(0:3)_NUM_BYTES_IN_FIFO@2)

Address: 47914

property user_ram_fifo3_allocate_num_bytes: int

Allocate memory for a FIFO buffer. Number of bytes should be sufficient to store users max transfer array size. Note that FLOAT32, INT32, and UINT32 require 4 bytes per value, and UINT16 require 2 bytes per value. Maximum size is limited by available memory. Care should be taken to conserve enough memory for other operations such as AIN_EF, Lua, Stream etc.

Register: USER_RAM_FIFO3_ALLOCATE_NUM_BYTES (USER_RAM_FIFO#(0:3)_ALLOCATE_NUM_BYTES@3)

Address: 47906

property user_ram_fifo3_data_f32: float

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO3_DATA_F32 (USER_RAM_FIFO#(0:3)_DATA_F32@3)

Address: 47036

property user_ram_fifo3_data_i32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO3_DATA_I32 (USER_RAM_FIFO#(0:3)_DATA_I32@3)

Address: 47026

property user_ram_fifo3_data_u16: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO3_DATA_U16 (USER_RAM_FIFO#(0:3)_DATA_U16@3)

Address: 47003

property user_ram_fifo3_data_u32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO3_DATA_U32 (USER_RAM_FIFO#(0:3)_DATA_U32@3)

Address: 47016

property user_ram_fifo3_empty: int

Write any value to this register to efficiently empty, flush, or otherwise clear data from the FIFO.

Register: USER_RAM_FIFO3_EMPTY (USER_RAM_FIFO#(0:3)_EMPTY@3)

Address: 47936

property user_ram_fifo3_num_bytes_in_fifo: int

Poll this register to see when new data is available/ready. Each read of the FIFO buffer decreases this value, and each write to the FIFO buffer increases this value.

At any point in time, the following equation holds: Nbytes = Nwritten - Nread.

Register: USER_RAM_FIFO3_NUM_BYTES_IN_FIFO (USER_RAM_FIFO#(0:3)_NUM_BYTES_IN_FIFO@3)

Address: 47916

property wait_us_blocking: int

Delays for x microseconds. Range is 0-100000. This operation is Blocking. While a blocking function is running no other registers can be read / written.

Register: WAIT_US_BLOCKING

Address: 61590

property watchdog_advanced_default: int

A single binary-encoded value where each bit is an advanced option. If bit 0 is set, IO_CONFIG_SET_CURRENT_TO_FACTORY will be done on timeout. If bit 1 is set, IO_CONFIG_SET_CURRENT_TO_DEFAULT will be done on timeout.

Register: WATCHDOG_ADVANCED_DEFAULT

Address: 61602

property watchdog_dac0_default: float

The voltage of DAC0 after a Watchdog timeout.

Register: WATCHDOG_DAC0_DEFAULT

Address: 61642

property watchdog_dac0_enable_default: int

Timeout action: Set to 1 to enable DAC0 update on watchdog timeout.

Register: WATCHDOG_DAC0_ENABLE_DEFAULT

Address: 61640

property watchdog_dac1_default: float

The voltage of DAC1 after a Watchdog timeout.

Register: WATCHDOG_DAC1_DEFAULT

Address: 61652

property watchdog_dac1_enable_default: int

Timeout action: Set to 1 to enable DAC1 update on watchdog timeout.

Register: WATCHDOG_DAC1_ENABLE_DEFAULT

Address: 61650

property watchdog_dio_direction_default: int

The direction input/output of the digital I/O after a Watchdog timeout. See DIO_DIRECTION.

Register: WATCHDOG_DIO_DIRECTION_DEFAULT

Address: 61634

property watchdog_dio_enable_default: int

Timeout action: Set to 1 to enable DIO update on watchdog timeout.

Register: WATCHDOG_DIO_ENABLE_DEFAULT

Address: 61630

property watchdog_dio_inhibit_default: int

This register can be used to prevent the watchdog from changing specific IO. See DIO_INHIBIT for more information.

Register: WATCHDOG_DIO_INHIBIT_DEFAULT

Address: 61636

property watchdog_dio_state_default: int

The state high/low of the digital I/O after a Watchdog timeout. See DIO_STATE.

Register: WATCHDOG_DIO_STATE_DEFAULT

Address: 61632

property watchdog_enable_default: int

Write a 1 to enable the watchdog or a 0 to disable. The watchdog must be disabled before writing any of the other watchdog registers (except for WATCHDOG_STRICT_CLEAR).

Register: WATCHDOG_ENABLE_DEFAULT

Address: 61600

property watchdog_reset_enable_default: int

Timeout action: Set to 1 to enable device-reset on watchdog timeout.

Register: WATCHDOG_RESET_ENABLE_DEFAULT

Address: 61620

property watchdog_startup_delay_s_default: int

This specifies the initial timeout period at device bootup. This is used until the first time the watchdog is cleared or timeout … after that the normal timeout is used.

Register: WATCHDOG_STARTUP_DELAY_S_DEFAULT

Address: 61606

property watchdog_strict_clear: int

When running in strict mode, writing the key to this register is the only way to clear the watchdog. Writing to this register while not using strict mode will clear the watchdog.

Register: WATCHDOG_STRICT_CLEAR

Address: 61614

property watchdog_strict_enable_default: int

Set to 1 to enable strict mode.

Register: WATCHDOG_STRICT_ENABLE_DEFAULT

Address: 61610

property watchdog_strict_key_default: int

When set to strict mode, this is the value that must be written to the clear register.

Register: WATCHDOG_STRICT_KEY_DEFAULT

Address: 61612

property watchdog_timeout_s_default: int

When the device receives any communication over USB/Ethernet/WiFi, the watchdog timer is cleared. If the watchdog timer is not cleared within the timeout period, the enabled actions will be done.

Register: WATCHDOG_TIMEOUT_S_DEFAULT

Address: 61604

property wifi_apply_settings: int

Apply all new WiFi settings: IP, Subnet, Gateway, DHCP, SSID, Password. 1=Apply

Register: WIFI_APPLY_SETTINGS

Address: 49400

property wifi_dhcp_enable: int

Read the current Enabled/Disabled state of WiFi DHCP.

Register: WIFI_DHCP_ENABLE

Address: 49210

property wifi_dhcp_enable_default: int

The new Enabled/Disabled state of WiFi DHCP. Use WIFI_APPLY_SETTINGS.

Register: WIFI_DHCP_ENABLE_DEFAULT

Address: 49260

property wifi_firmware_update_status: int

CONFIGURING = 2920, IN_PROGRESS = 2921, REBOOTING = 2923, UPDATE_SUCCESS = 2924, UPDATE_FAILED = 2925.

Register: WIFI_FIRMWARE_UPDATE_STATUS

Address: 49454

property wifi_firmware_update_to_versionx: float

Start an update by using USB or Ethernet to write the desired version to update to.

Register: WIFI_FIRMWARE_UPDATE_TO_VERSIONX

Address: 49402

property wifi_gateway: str

Read the current gateway of WiFi.

Register: WIFI_GATEWAY

Address: 49204

property wifi_gateway_default: str

The new gateway of WiFi. Use WIFI_APPLY_SETTINGS.

Register: WIFI_GATEWAY_DEFAULT

Address: 49254

property wifi_ip: str

Read the current IP address of WiFi.

Register: WIFI_IP

Address: 49200

property wifi_ip_default: str

The new IP address of WiFi. Use WIFI_APPLY_SETTINGS.

Register: WIFI_IP_DEFAULT

Address: 49250

property wifi_mac: str

The MAC address of the WiFi module.

Register: WIFI_MAC

Address: 60024

property wifi_password_default: str

Write the password for the WiFi network, then use WIFI_APPLY_SETTINGS.

Register: WIFI_PASSWORD_DEFAULT

Address: 49350

property wifi_rssi: float

WiFi RSSI (signal strength). Typical values are -40 for very good, and -75 for very weak. The T7 microcontroller only gets a new RSSI value from the WiFi module when WiFi communication occurs.

Register: WIFI_RSSI

Address: 49452

property wifi_ssid: str

Read the current SSID (network name) of WiFi.

Register: WIFI_SSID

Address: 49300

property wifi_ssid_default: str

The new SSID (network name) of WiFi. Use WIFI_APPLY_SETTINGS.

Register: WIFI_SSID_DEFAULT

Address: 49325

property wifi_status: int

Status Codes: ASSOCIATED = 2900, ASSOCIATING = 2901, ASSOCIATION_FAILED = 2902, UNPOWERED = 2903, BOOTING = 2904, START_FAILED = 2905, APPLYING_SETTINGS = 2906, DHCP_STARTED = 2907, OTHER = 2909

Register: WIFI_STATUS

Address: 49450

property wifi_subnet: str

Read the current subnet of WiFi.

Register: WIFI_SUBNET

Address: 49202

property wifi_subnet_default: str

The new subnet of WiFi. Use WIFI_APPLY_SETTINGS.

Register: WIFI_SUBNET_DEFAULT

Address: 49252

property wifi_udp_discovery_only: int

Restricts which Modbus operations are allowed over UDP. When set to 1, only the registers needed for discovering units can be read and any other operation will throw an error.

Register: WIFI_UDP_DISCOVERY_ONLY

Address: 49215

property wifi_udp_discovery_only_default: int

The Enabled/Disabled state of WIFI_UDP_DISCOVERY_ONLY after a power-cycle to the device.

Register: WIFI_UDP_DISCOVERY_ONLY_DEFAULT

Address: 49265

property wifi_version: float

The current firmware version of the WiFi module, if available.

Register: WIFI_VERSION

Address: 60008

LabJack T8

class htf.labjack.T8(*, name: str | None = None, host: str | None = None, port: int = 502, debuglevel: int = 0, timeout: float = 1.0, retries: int = 0)

LabJack adapter for the T8.

Parameters:

• name – If name is set the USB device’s name is checked against it. If host is None a USB device is opened.

• host – If host is set a Modbus-TCP connection is opened. Name must not be set at the same time.

• port – The Modbus-TCP port to be used

• debuglevel – If set the Modbus packets are printed

• timeout – The timeout for every request

• retries – The number of retries for Modbus communication

property ain0: float

Returns the voltage of the specified analog input.

Register: AIN0 (AIN#(0:7)@0)

Address: 0

property ain0_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN0_BINARY (AIN#(0:7)_BINARY@0)

Address: 50000

property ain0_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN0_BINARY_CAPTURE (AIN#(0:7)_BINARY_CAPTURE@0)

Address: 50650

property ain0_capture: float

T8 Only. Returns the saved voltage of the specified analog input.

Register: AIN0_CAPTURE (AIN#(0:7)_CAPTURE@0)

Address: 650

property ain0_ef_config_a: int

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@0)

Address: 9300

property ain0_ef_config_b: int

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@0)

Address: 9600

property ain0_ef_config_c: int

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@0)

Address: 9900

property ain0_ef_config_d: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@0)

Address: 10200

property ain0_ef_config_e: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@0)

Address: 10500

property ain0_ef_config_f: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@0)

Address: 10800

property ain0_ef_config_g: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@0)

Address: 11100

property ain0_ef_config_h: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@0)

Address: 11400

property ain0_ef_config_i: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@0)

Address: 11700

property ain0_ef_config_j: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@0)

Address: 12000

property ain0_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN0_EF_INDEX (AIN#(0:149)_EF_INDEX@0)

Address: 9000

property ain0_ef_read_a: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_A (AIN#(0:149)_EF_READ_A@0)

Address: 7000

property ain0_ef_read_b: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_B (AIN#(0:149)_EF_READ_B@0)

Address: 7300

property ain0_ef_read_c: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_C (AIN#(0:149)_EF_READ_C@0)

Address: 7600

property ain0_ef_read_d: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_D (AIN#(0:149)_EF_READ_D@0)

Address: 7900

property ain0_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN0_NEGATIVE_CH (AIN#(0:7)_NEGATIVE_CH@0)

Address: 41000

property ain0_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN0_RANGE (AIN#(0:7)_RANGE@0)

Address: 40000

property ain0_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN0_RESOLUTION_INDEX (AIN#(0:7)_RESOLUTION_INDEX@0)

Address: 41500

property ain0_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN0_SETTLING_US (AIN#(0:7)_SETTLING_US@0)

Address: 42000

property ain1: float

Returns the voltage of the specified analog input.

Register: AIN1 (AIN#(0:7)@1)

Address: 2

property ain100_ef_config_a: int

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@100)

Address: 9500

property ain100_ef_config_b: int

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@100)

Address: 9800

property ain100_ef_config_c: int

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@100)

Address: 10100

property ain100_ef_config_d: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@100)

Address: 10400

property ain100_ef_config_e: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@100)

Address: 10700

property ain100_ef_config_f: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@100)

Address: 11000

property ain100_ef_config_g: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@100)

Address: 11300

property ain100_ef_config_h: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@100)

Address: 11600

property ain100_ef_config_i: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@100)

Address: 11900

property ain100_ef_config_j: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@100)

Address: 12200

property ain100_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN100_EF_INDEX (AIN#(0:149)_EF_INDEX@100)

Address: 9200

property ain100_ef_read_a: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_A (AIN#(0:149)_EF_READ_A@100)

Address: 7200

property ain100_ef_read_b: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_B (AIN#(0:149)_EF_READ_B@100)

Address: 7500

property ain100_ef_read_c: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_C (AIN#(0:149)_EF_READ_C@100)

Address: 7800

property ain100_ef_read_d: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_D (AIN#(0:149)_EF_READ_D@100)

Address: 8100

property ain101_ef_config_a: int

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@101)

Address: 9502

property ain101_ef_config_b: int

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@101)

Address: 9802

property ain101_ef_config_c: int

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@101)

Address: 10102

property ain101_ef_config_d: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@101)

Address: 10402

property ain101_ef_config_e: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@101)

Address: 10702

property ain101_ef_config_f: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@101)

Address: 11002

property ain101_ef_config_g: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@101)

Address: 11302

property ain101_ef_config_h: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@101)

Address: 11602

property ain101_ef_config_i: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@101)

Address: 11902

property ain101_ef_config_j: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@101)

Address: 12202

property ain101_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN101_EF_INDEX (AIN#(0:149)_EF_INDEX@101)

Address: 9202

property ain101_ef_read_a: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_A (AIN#(0:149)_EF_READ_A@101)

Address: 7202

property ain101_ef_read_b: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_B (AIN#(0:149)_EF_READ_B@101)

Address: 7502

property ain101_ef_read_c: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_C (AIN#(0:149)_EF_READ_C@101)

Address: 7802

property ain101_ef_read_d: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_D (AIN#(0:149)_EF_READ_D@101)

Address: 8102

property ain102_ef_config_a: int

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@102)

Address: 9504

property ain102_ef_config_b: int

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@102)

Address: 9804

property ain102_ef_config_c: int

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@102)

Address: 10104

property ain102_ef_config_d: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@102)

Address: 10404

property ain102_ef_config_e: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@102)

Address: 10704

property ain102_ef_config_f: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@102)

Address: 11004

property ain102_ef_config_g: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@102)

Address: 11304

property ain102_ef_config_h: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@102)

Address: 11604

property ain102_ef_config_i: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@102)

Address: 11904

property ain102_ef_config_j: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@102)

Address: 12204

property ain102_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN102_EF_INDEX (AIN#(0:149)_EF_INDEX@102)

Address: 9204

property ain102_ef_read_a: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_A (AIN#(0:149)_EF_READ_A@102)

Address: 7204

property ain102_ef_read_b: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_B (AIN#(0:149)_EF_READ_B@102)

Address: 7504

property ain102_ef_read_c: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_C (AIN#(0:149)_EF_READ_C@102)

Address: 7804

property ain102_ef_read_d: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_D (AIN#(0:149)_EF_READ_D@102)

Address: 8104

property ain103_ef_config_a: int

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@103)

Address: 9506

property ain103_ef_config_b: int

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@103)

Address: 9806

property ain103_ef_config_c: int

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@103)

Address: 10106

property ain103_ef_config_d: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@103)

Address: 10406

property ain103_ef_config_e: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@103)

Address: 10706

property ain103_ef_config_f: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@103)

Address: 11006

property ain103_ef_config_g: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@103)

Address: 11306

property ain103_ef_config_h: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@103)

Address: 11606

property ain103_ef_config_i: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@103)

Address: 11906

property ain103_ef_config_j: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@103)

Address: 12206

property ain103_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN103_EF_INDEX (AIN#(0:149)_EF_INDEX@103)

Address: 9206

property ain103_ef_read_a: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_A (AIN#(0:149)_EF_READ_A@103)

Address: 7206

property ain103_ef_read_b: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_B (AIN#(0:149)_EF_READ_B@103)

Address: 7506

property ain103_ef_read_c: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_C (AIN#(0:149)_EF_READ_C@103)

Address: 7806

property ain103_ef_read_d: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_D (AIN#(0:149)_EF_READ_D@103)

Address: 8106

property ain104_ef_config_a: int

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@104)

Address: 9508

property ain104_ef_config_b: int

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@104)

Address: 9808

property ain104_ef_config_c: int

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@104)

Address: 10108

property ain104_ef_config_d: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@104)

Address: 10408

property ain104_ef_config_e: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@104)

Address: 10708

property ain104_ef_config_f: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@104)

Address: 11008

property ain104_ef_config_g: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@104)

Address: 11308

property ain104_ef_config_h: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@104)

Address: 11608

property ain104_ef_config_i: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@104)

Address: 11908

property ain104_ef_config_j: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@104)

Address: 12208

property ain104_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN104_EF_INDEX (AIN#(0:149)_EF_INDEX@104)

Address: 9208

property ain104_ef_read_a: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_A (AIN#(0:149)_EF_READ_A@104)

Address: 7208

property ain104_ef_read_b: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_B (AIN#(0:149)_EF_READ_B@104)

Address: 7508

property ain104_ef_read_c: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_C (AIN#(0:149)_EF_READ_C@104)

Address: 7808

property ain104_ef_read_d: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_D (AIN#(0:149)_EF_READ_D@104)

Address: 8108

property ain105_ef_config_a: int

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@105)

Address: 9510

property ain105_ef_config_b: int

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@105)

Address: 9810

property ain105_ef_config_c: int

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@105)

Address: 10110

property ain105_ef_config_d: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@105)

Address: 10410

property ain105_ef_config_e: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@105)

Address: 10710

property ain105_ef_config_f: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@105)

Address: 11010

property ain105_ef_config_g: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@105)

Address: 11310

property ain105_ef_config_h: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@105)

Address: 11610

property ain105_ef_config_i: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@105)

Address: 11910

property ain105_ef_config_j: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@105)

Address: 12210

property ain105_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN105_EF_INDEX (AIN#(0:149)_EF_INDEX@105)

Address: 9210

property ain105_ef_read_a: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_A (AIN#(0:149)_EF_READ_A@105)

Address: 7210

property ain105_ef_read_b: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_B (AIN#(0:149)_EF_READ_B@105)

Address: 7510

property ain105_ef_read_c: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_C (AIN#(0:149)_EF_READ_C@105)

Address: 7810

property ain105_ef_read_d: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_D (AIN#(0:149)_EF_READ_D@105)

Address: 8110

property ain106_ef_config_a: int

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@106)

Address: 9512

property ain106_ef_config_b: int

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@106)

Address: 9812

property ain106_ef_config_c: int

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@106)

Address: 10112

property ain106_ef_config_d: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@106)

Address: 10412

property ain106_ef_config_e: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@106)

Address: 10712

property ain106_ef_config_f: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@106)

Address: 11012

property ain106_ef_config_g: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@106)

Address: 11312

property ain106_ef_config_h: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@106)

Address: 11612

property ain106_ef_config_i: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@106)

Address: 11912

property ain106_ef_config_j: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@106)

Address: 12212

property ain106_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN106_EF_INDEX (AIN#(0:149)_EF_INDEX@106)

Address: 9212

property ain106_ef_read_a: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_A (AIN#(0:149)_EF_READ_A@106)

Address: 7212

property ain106_ef_read_b: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_B (AIN#(0:149)_EF_READ_B@106)

Address: 7512

property ain106_ef_read_c: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_C (AIN#(0:149)_EF_READ_C@106)

Address: 7812

property ain106_ef_read_d: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_D (AIN#(0:149)_EF_READ_D@106)

Address: 8112

property ain107_ef_config_a: int

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@107)

Address: 9514

property ain107_ef_config_b: int

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@107)

Address: 9814

property ain107_ef_config_c: int

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@107)

Address: 10114

property ain107_ef_config_d: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@107)

Address: 10414

property ain107_ef_config_e: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@107)

Address: 10714

property ain107_ef_config_f: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@107)

Address: 11014

property ain107_ef_config_g: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@107)

Address: 11314

property ain107_ef_config_h: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@107)

Address: 11614

property ain107_ef_config_i: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@107)

Address: 11914

property ain107_ef_config_j: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@107)

Address: 12214

property ain107_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN107_EF_INDEX (AIN#(0:149)_EF_INDEX@107)

Address: 9214

property ain107_ef_read_a: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_A (AIN#(0:149)_EF_READ_A@107)

Address: 7214

property ain107_ef_read_b: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_B (AIN#(0:149)_EF_READ_B@107)

Address: 7514

property ain107_ef_read_c: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_C (AIN#(0:149)_EF_READ_C@107)

Address: 7814

property ain107_ef_read_d: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_D (AIN#(0:149)_EF_READ_D@107)

Address: 8114

property ain108_ef_config_a: int

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@108)

Address: 9516

property ain108_ef_config_b: int

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@108)

Address: 9816

property ain108_ef_config_c: int

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@108)

Address: 10116

property ain108_ef_config_d: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@108)

Address: 10416

property ain108_ef_config_e: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@108)

Address: 10716

property ain108_ef_config_f: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@108)

Address: 11016

property ain108_ef_config_g: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@108)

Address: 11316

property ain108_ef_config_h: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@108)

Address: 11616

property ain108_ef_config_i: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@108)

Address: 11916

property ain108_ef_config_j: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@108)

Address: 12216

property ain108_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN108_EF_INDEX (AIN#(0:149)_EF_INDEX@108)

Address: 9216

property ain108_ef_read_a: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_A (AIN#(0:149)_EF_READ_A@108)

Address: 7216

property ain108_ef_read_b: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_B (AIN#(0:149)_EF_READ_B@108)

Address: 7516

property ain108_ef_read_c: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_C (AIN#(0:149)_EF_READ_C@108)

Address: 7816

property ain108_ef_read_d: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_D (AIN#(0:149)_EF_READ_D@108)

Address: 8116

property ain109_ef_config_a: int

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@109)

Address: 9518

property ain109_ef_config_b: int

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@109)

Address: 9818

property ain109_ef_config_c: int

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@109)

Address: 10118

property ain109_ef_config_d: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@109)

Address: 10418

property ain109_ef_config_e: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@109)

Address: 10718

property ain109_ef_config_f: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@109)

Address: 11018

property ain109_ef_config_g: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@109)

Address: 11318

property ain109_ef_config_h: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@109)

Address: 11618

property ain109_ef_config_i: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@109)

Address: 11918

property ain109_ef_config_j: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@109)

Address: 12218

property ain109_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN109_EF_INDEX (AIN#(0:149)_EF_INDEX@109)

Address: 9218

property ain109_ef_read_a: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_A (AIN#(0:149)_EF_READ_A@109)

Address: 7218

property ain109_ef_read_b: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_B (AIN#(0:149)_EF_READ_B@109)

Address: 7518

property ain109_ef_read_c: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_C (AIN#(0:149)_EF_READ_C@109)

Address: 7818

property ain109_ef_read_d: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_D (AIN#(0:149)_EF_READ_D@109)

Address: 8118

property ain10_ef_config_a: int

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@10)

Address: 9320

property ain10_ef_config_b: int

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@10)

Address: 9620

property ain10_ef_config_c: int

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@10)

Address: 9920

property ain10_ef_config_d: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@10)

Address: 10220

property ain10_ef_config_e: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@10)

Address: 10520

property ain10_ef_config_f: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@10)

Address: 10820

property ain10_ef_config_g: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@10)

Address: 11120

property ain10_ef_config_h: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@10)

Address: 11420

property ain10_ef_config_i: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@10)

Address: 11720

property ain10_ef_config_j: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@10)

Address: 12020

property ain10_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN10_EF_INDEX (AIN#(0:149)_EF_INDEX@10)

Address: 9020

property ain10_ef_read_a: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_A (AIN#(0:149)_EF_READ_A@10)

Address: 7020

property ain10_ef_read_b: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_B (AIN#(0:149)_EF_READ_B@10)

Address: 7320

property ain10_ef_read_c: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_C (AIN#(0:149)_EF_READ_C@10)

Address: 7620

property ain10_ef_read_d: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_D (AIN#(0:149)_EF_READ_D@10)

Address: 7920

property ain110_ef_config_a: int

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@110)

Address: 9520

property ain110_ef_config_b: int

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@110)

Address: 9820

property ain110_ef_config_c: int

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@110)

Address: 10120

property ain110_ef_config_d: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@110)

Address: 10420

property ain110_ef_config_e: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@110)

Address: 10720

property ain110_ef_config_f: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@110)

Address: 11020

property ain110_ef_config_g: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@110)

Address: 11320

property ain110_ef_config_h: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@110)

Address: 11620

property ain110_ef_config_i: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@110)

Address: 11920

property ain110_ef_config_j: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@110)

Address: 12220

property ain110_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN110_EF_INDEX (AIN#(0:149)_EF_INDEX@110)

Address: 9220

property ain110_ef_read_a: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_A (AIN#(0:149)_EF_READ_A@110)

Address: 7220

property ain110_ef_read_b: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_B (AIN#(0:149)_EF_READ_B@110)

Address: 7520

property ain110_ef_read_c: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_C (AIN#(0:149)_EF_READ_C@110)

Address: 7820

property ain110_ef_read_d: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_D (AIN#(0:149)_EF_READ_D@110)

Address: 8120

property ain111_ef_config_a: int

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@111)

Address: 9522

property ain111_ef_config_b: int

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@111)

Address: 9822

property ain111_ef_config_c: int

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@111)

Address: 10122

property ain111_ef_config_d: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@111)

Address: 10422

property ain111_ef_config_e: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@111)

Address: 10722

property ain111_ef_config_f: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@111)

Address: 11022

property ain111_ef_config_g: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@111)

Address: 11322

property ain111_ef_config_h: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@111)

Address: 11622

property ain111_ef_config_i: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@111)

Address: 11922

property ain111_ef_config_j: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@111)

Address: 12222

property ain111_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN111_EF_INDEX (AIN#(0:149)_EF_INDEX@111)

Address: 9222

property ain111_ef_read_a: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_A (AIN#(0:149)_EF_READ_A@111)

Address: 7222

property ain111_ef_read_b: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_B (AIN#(0:149)_EF_READ_B@111)

Address: 7522

property ain111_ef_read_c: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_C (AIN#(0:149)_EF_READ_C@111)

Address: 7822

property ain111_ef_read_d: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_D (AIN#(0:149)_EF_READ_D@111)

Address: 8122

property ain112_ef_config_a: int

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@112)

Address: 9524

property ain112_ef_config_b: int

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@112)

Address: 9824

property ain112_ef_config_c: int

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@112)

Address: 10124

property ain112_ef_config_d: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@112)

Address: 10424

property ain112_ef_config_e: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@112)

Address: 10724

property ain112_ef_config_f: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@112)

Address: 11024

property ain112_ef_config_g: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@112)

Address: 11324

property ain112_ef_config_h: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@112)

Address: 11624

property ain112_ef_config_i: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@112)

Address: 11924

property ain112_ef_config_j: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@112)

Address: 12224

property ain112_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN112_EF_INDEX (AIN#(0:149)_EF_INDEX@112)

Address: 9224

property ain112_ef_read_a: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_A (AIN#(0:149)_EF_READ_A@112)

Address: 7224

property ain112_ef_read_b: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_B (AIN#(0:149)_EF_READ_B@112)

Address: 7524

property ain112_ef_read_c: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_C (AIN#(0:149)_EF_READ_C@112)

Address: 7824

property ain112_ef_read_d: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_D (AIN#(0:149)_EF_READ_D@112)

Address: 8124

property ain113_ef_config_a: int

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@113)

Address: 9526

property ain113_ef_config_b: int

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@113)

Address: 9826

property ain113_ef_config_c: int

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@113)

Address: 10126

property ain113_ef_config_d: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@113)

Address: 10426

property ain113_ef_config_e: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@113)

Address: 10726

property ain113_ef_config_f: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@113)

Address: 11026

property ain113_ef_config_g: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@113)

Address: 11326

property ain113_ef_config_h: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@113)

Address: 11626

property ain113_ef_config_i: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@113)

Address: 11926

property ain113_ef_config_j: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@113)

Address: 12226

property ain113_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN113_EF_INDEX (AIN#(0:149)_EF_INDEX@113)

Address: 9226

property ain113_ef_read_a: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_A (AIN#(0:149)_EF_READ_A@113)

Address: 7226

property ain113_ef_read_b: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_B (AIN#(0:149)_EF_READ_B@113)

Address: 7526

property ain113_ef_read_c: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_C (AIN#(0:149)_EF_READ_C@113)

Address: 7826

property ain113_ef_read_d: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_D (AIN#(0:149)_EF_READ_D@113)

Address: 8126

property ain114_ef_config_a: int

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@114)

Address: 9528

property ain114_ef_config_b: int

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@114)

Address: 9828

property ain114_ef_config_c: int

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@114)

Address: 10128

property ain114_ef_config_d: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@114)

Address: 10428

property ain114_ef_config_e: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@114)

Address: 10728

property ain114_ef_config_f: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@114)

Address: 11028

property ain114_ef_config_g: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@114)

Address: 11328

property ain114_ef_config_h: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@114)

Address: 11628

property ain114_ef_config_i: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@114)

Address: 11928

property ain114_ef_config_j: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@114)

Address: 12228

property ain114_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN114_EF_INDEX (AIN#(0:149)_EF_INDEX@114)

Address: 9228

property ain114_ef_read_a: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_A (AIN#(0:149)_EF_READ_A@114)

Address: 7228

property ain114_ef_read_b: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_B (AIN#(0:149)_EF_READ_B@114)

Address: 7528

property ain114_ef_read_c: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_C (AIN#(0:149)_EF_READ_C@114)

Address: 7828

property ain114_ef_read_d: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_D (AIN#(0:149)_EF_READ_D@114)

Address: 8128

property ain115_ef_config_a: int

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@115)

Address: 9530

property ain115_ef_config_b: int

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@115)

Address: 9830

property ain115_ef_config_c: int

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@115)

Address: 10130

property ain115_ef_config_d: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@115)

Address: 10430

property ain115_ef_config_e: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@115)

Address: 10730

property ain115_ef_config_f: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@115)

Address: 11030

property ain115_ef_config_g: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@115)

Address: 11330

property ain115_ef_config_h: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@115)

Address: 11630

property ain115_ef_config_i: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@115)

Address: 11930

property ain115_ef_config_j: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@115)

Address: 12230

property ain115_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN115_EF_INDEX (AIN#(0:149)_EF_INDEX@115)

Address: 9230

property ain115_ef_read_a: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_A (AIN#(0:149)_EF_READ_A@115)

Address: 7230

property ain115_ef_read_b: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_B (AIN#(0:149)_EF_READ_B@115)

Address: 7530

property ain115_ef_read_c: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_C (AIN#(0:149)_EF_READ_C@115)

Address: 7830

property ain115_ef_read_d: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_D (AIN#(0:149)_EF_READ_D@115)

Address: 8130

property ain116_ef_config_a: int

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@116)

Address: 9532

property ain116_ef_config_b: int

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@116)

Address: 9832

property ain116_ef_config_c: int

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@116)

Address: 10132

property ain116_ef_config_d: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@116)

Address: 10432

property ain116_ef_config_e: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@116)

Address: 10732

property ain116_ef_config_f: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@116)

Address: 11032

property ain116_ef_config_g: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@116)

Address: 11332

property ain116_ef_config_h: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@116)

Address: 11632

property ain116_ef_config_i: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@116)

Address: 11932

property ain116_ef_config_j: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@116)

Address: 12232

property ain116_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN116_EF_INDEX (AIN#(0:149)_EF_INDEX@116)

Address: 9232

property ain116_ef_read_a: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_A (AIN#(0:149)_EF_READ_A@116)

Address: 7232

property ain116_ef_read_b: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_B (AIN#(0:149)_EF_READ_B@116)

Address: 7532

property ain116_ef_read_c: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_C (AIN#(0:149)_EF_READ_C@116)

Address: 7832

property ain116_ef_read_d: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_D (AIN#(0:149)_EF_READ_D@116)

Address: 8132

property ain117_ef_config_a: int

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@117)

Address: 9534

property ain117_ef_config_b: int

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@117)

Address: 9834

property ain117_ef_config_c: int

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@117)

Address: 10134

property ain117_ef_config_d: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@117)

Address: 10434

property ain117_ef_config_e: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@117)

Address: 10734

property ain117_ef_config_f: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@117)

Address: 11034

property ain117_ef_config_g: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@117)

Address: 11334

property ain117_ef_config_h: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@117)

Address: 11634

property ain117_ef_config_i: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@117)

Address: 11934

property ain117_ef_config_j: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@117)

Address: 12234

property ain117_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN117_EF_INDEX (AIN#(0:149)_EF_INDEX@117)

Address: 9234

property ain117_ef_read_a: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_A (AIN#(0:149)_EF_READ_A@117)

Address: 7234

property ain117_ef_read_b: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_B (AIN#(0:149)_EF_READ_B@117)

Address: 7534

property ain117_ef_read_c: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_C (AIN#(0:149)_EF_READ_C@117)

Address: 7834

property ain117_ef_read_d: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_D (AIN#(0:149)_EF_READ_D@117)

Address: 8134

property ain118_ef_config_a: int

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@118)

Address: 9536

property ain118_ef_config_b: int

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@118)

Address: 9836

property ain118_ef_config_c: int

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@118)

Address: 10136

property ain118_ef_config_d: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@118)

Address: 10436

property ain118_ef_config_e: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@118)

Address: 10736

property ain118_ef_config_f: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@118)

Address: 11036

property ain118_ef_config_g: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@118)

Address: 11336

property ain118_ef_config_h: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@118)

Address: 11636

property ain118_ef_config_i: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@118)

Address: 11936

property ain118_ef_config_j: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@118)

Address: 12236

property ain118_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN118_EF_INDEX (AIN#(0:149)_EF_INDEX@118)

Address: 9236

property ain118_ef_read_a: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_A (AIN#(0:149)_EF_READ_A@118)

Address: 7236

property ain118_ef_read_b: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_B (AIN#(0:149)_EF_READ_B@118)

Address: 7536

property ain118_ef_read_c: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_C (AIN#(0:149)_EF_READ_C@118)

Address: 7836

property ain118_ef_read_d: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_D (AIN#(0:149)_EF_READ_D@118)

Address: 8136

property ain119_ef_config_a: int

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@119)

Address: 9538

property ain119_ef_config_b: int

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@119)

Address: 9838

property ain119_ef_config_c: int

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@119)

Address: 10138

property ain119_ef_config_d: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@119)

Address: 10438

property ain119_ef_config_e: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@119)

Address: 10738

property ain119_ef_config_f: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@119)

Address: 11038

property ain119_ef_config_g: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@119)

Address: 11338

property ain119_ef_config_h: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@119)

Address: 11638

property ain119_ef_config_i: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@119)

Address: 11938

property ain119_ef_config_j: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@119)

Address: 12238

property ain119_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN119_EF_INDEX (AIN#(0:149)_EF_INDEX@119)

Address: 9238

property ain119_ef_read_a: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_A (AIN#(0:149)_EF_READ_A@119)

Address: 7238

property ain119_ef_read_b: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_B (AIN#(0:149)_EF_READ_B@119)

Address: 7538

property ain119_ef_read_c: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_C (AIN#(0:149)_EF_READ_C@119)

Address: 7838

property ain119_ef_read_d: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_D (AIN#(0:149)_EF_READ_D@119)

Address: 8138

property ain11_ef_config_a: int

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@11)

Address: 9322

property ain11_ef_config_b: int

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@11)

Address: 9622

property ain11_ef_config_c: int

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@11)

Address: 9922

property ain11_ef_config_d: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@11)

Address: 10222

property ain11_ef_config_e: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@11)

Address: 10522

property ain11_ef_config_f: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@11)

Address: 10822

property ain11_ef_config_g: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@11)

Address: 11122

property ain11_ef_config_h: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@11)

Address: 11422

property ain11_ef_config_i: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@11)

Address: 11722

property ain11_ef_config_j: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@11)

Address: 12022

property ain11_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN11_EF_INDEX (AIN#(0:149)_EF_INDEX@11)

Address: 9022

property ain11_ef_read_a: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_A (AIN#(0:149)_EF_READ_A@11)

Address: 7022

property ain11_ef_read_b: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_B (AIN#(0:149)_EF_READ_B@11)

Address: 7322

property ain11_ef_read_c: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_C (AIN#(0:149)_EF_READ_C@11)

Address: 7622

property ain11_ef_read_d: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_D (AIN#(0:149)_EF_READ_D@11)

Address: 7922

property ain120_ef_config_a: int

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@120)

Address: 9540

property ain120_ef_config_b: int

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@120)

Address: 9840

property ain120_ef_config_c: int

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@120)

Address: 10140

property ain120_ef_config_d: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@120)

Address: 10440

property ain120_ef_config_e: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@120)

Address: 10740

property ain120_ef_config_f: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@120)

Address: 11040

property ain120_ef_config_g: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@120)

Address: 11340

property ain120_ef_config_h: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@120)

Address: 11640

property ain120_ef_config_i: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@120)

Address: 11940

property ain120_ef_config_j: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@120)

Address: 12240

property ain120_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN120_EF_INDEX (AIN#(0:149)_EF_INDEX@120)

Address: 9240

property ain120_ef_read_a: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_A (AIN#(0:149)_EF_READ_A@120)

Address: 7240

property ain120_ef_read_b: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_B (AIN#(0:149)_EF_READ_B@120)

Address: 7540

property ain120_ef_read_c: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_C (AIN#(0:149)_EF_READ_C@120)

Address: 7840

property ain120_ef_read_d: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_D (AIN#(0:149)_EF_READ_D@120)

Address: 8140

property ain121_ef_config_a: int

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@121)

Address: 9542

property ain121_ef_config_b: int

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@121)

Address: 9842

property ain121_ef_config_c: int

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@121)

Address: 10142

property ain121_ef_config_d: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@121)

Address: 10442

property ain121_ef_config_e: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@121)

Address: 10742

property ain121_ef_config_f: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@121)

Address: 11042

property ain121_ef_config_g: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@121)

Address: 11342

property ain121_ef_config_h: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@121)

Address: 11642

property ain121_ef_config_i: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@121)

Address: 11942

property ain121_ef_config_j: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@121)

Address: 12242

property ain121_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN121_EF_INDEX (AIN#(0:149)_EF_INDEX@121)

Address: 9242

property ain121_ef_read_a: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_A (AIN#(0:149)_EF_READ_A@121)

Address: 7242

property ain121_ef_read_b: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_B (AIN#(0:149)_EF_READ_B@121)

Address: 7542

property ain121_ef_read_c: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_C (AIN#(0:149)_EF_READ_C@121)

Address: 7842

property ain121_ef_read_d: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_D (AIN#(0:149)_EF_READ_D@121)

Address: 8142

property ain122_ef_config_a: int

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@122)

Address: 9544

property ain122_ef_config_b: int

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@122)

Address: 9844

property ain122_ef_config_c: int

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@122)

Address: 10144

property ain122_ef_config_d: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@122)

Address: 10444

property ain122_ef_config_e: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@122)

Address: 10744

property ain122_ef_config_f: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@122)

Address: 11044

property ain122_ef_config_g: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@122)

Address: 11344

property ain122_ef_config_h: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@122)

Address: 11644

property ain122_ef_config_i: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@122)

Address: 11944

property ain122_ef_config_j: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@122)

Address: 12244

property ain122_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN122_EF_INDEX (AIN#(0:149)_EF_INDEX@122)

Address: 9244

property ain122_ef_read_a: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_A (AIN#(0:149)_EF_READ_A@122)

Address: 7244

property ain122_ef_read_b: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_B (AIN#(0:149)_EF_READ_B@122)

Address: 7544

property ain122_ef_read_c: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_C (AIN#(0:149)_EF_READ_C@122)

Address: 7844

property ain122_ef_read_d: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_D (AIN#(0:149)_EF_READ_D@122)

Address: 8144

property ain123_ef_config_a: int

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@123)

Address: 9546

property ain123_ef_config_b: int

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@123)

Address: 9846

property ain123_ef_config_c: int

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@123)

Address: 10146

property ain123_ef_config_d: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@123)

Address: 10446

property ain123_ef_config_e: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@123)

Address: 10746

property ain123_ef_config_f: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@123)

Address: 11046

property ain123_ef_config_g: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@123)

Address: 11346

property ain123_ef_config_h: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@123)

Address: 11646

property ain123_ef_config_i: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@123)

Address: 11946

property ain123_ef_config_j: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@123)

Address: 12246

property ain123_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN123_EF_INDEX (AIN#(0:149)_EF_INDEX@123)

Address: 9246

property ain123_ef_read_a: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_A (AIN#(0:149)_EF_READ_A@123)

Address: 7246

property ain123_ef_read_b: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_B (AIN#(0:149)_EF_READ_B@123)

Address: 7546

property ain123_ef_read_c: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_C (AIN#(0:149)_EF_READ_C@123)

Address: 7846

property ain123_ef_read_d: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_D (AIN#(0:149)_EF_READ_D@123)

Address: 8146

property ain124_ef_config_a: int

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@124)

Address: 9548

property ain124_ef_config_b: int

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@124)

Address: 9848

property ain124_ef_config_c: int

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@124)

Address: 10148

property ain124_ef_config_d: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@124)

Address: 10448

property ain124_ef_config_e: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@124)

Address: 10748

property ain124_ef_config_f: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@124)

Address: 11048

property ain124_ef_config_g: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@124)

Address: 11348

property ain124_ef_config_h: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@124)

Address: 11648

property ain124_ef_config_i: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@124)

Address: 11948

property ain124_ef_config_j: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@124)

Address: 12248

property ain124_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN124_EF_INDEX (AIN#(0:149)_EF_INDEX@124)

Address: 9248

property ain124_ef_read_a: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_A (AIN#(0:149)_EF_READ_A@124)

Address: 7248

property ain124_ef_read_b: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_B (AIN#(0:149)_EF_READ_B@124)

Address: 7548

property ain124_ef_read_c: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_C (AIN#(0:149)_EF_READ_C@124)

Address: 7848

property ain124_ef_read_d: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_D (AIN#(0:149)_EF_READ_D@124)

Address: 8148

property ain125_ef_config_a: int

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@125)

Address: 9550

property ain125_ef_config_b: int

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@125)

Address: 9850

property ain125_ef_config_c: int

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@125)

Address: 10150

property ain125_ef_config_d: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@125)

Address: 10450

property ain125_ef_config_e: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@125)

Address: 10750

property ain125_ef_config_f: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@125)

Address: 11050

property ain125_ef_config_g: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@125)

Address: 11350

property ain125_ef_config_h: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@125)

Address: 11650

property ain125_ef_config_i: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@125)

Address: 11950

property ain125_ef_config_j: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@125)

Address: 12250

property ain125_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN125_EF_INDEX (AIN#(0:149)_EF_INDEX@125)

Address: 9250

property ain125_ef_read_a: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_A (AIN#(0:149)_EF_READ_A@125)

Address: 7250

property ain125_ef_read_b: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_B (AIN#(0:149)_EF_READ_B@125)

Address: 7550

property ain125_ef_read_c: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_C (AIN#(0:149)_EF_READ_C@125)

Address: 7850

property ain125_ef_read_d: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_D (AIN#(0:149)_EF_READ_D@125)

Address: 8150

property ain126_ef_config_a: int

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@126)

Address: 9552

property ain126_ef_config_b: int

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@126)

Address: 9852

property ain126_ef_config_c: int

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@126)

Address: 10152

property ain126_ef_config_d: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@126)

Address: 10452

property ain126_ef_config_e: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@126)

Address: 10752

property ain126_ef_config_f: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@126)

Address: 11052

property ain126_ef_config_g: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@126)

Address: 11352

property ain126_ef_config_h: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@126)

Address: 11652

property ain126_ef_config_i: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@126)

Address: 11952

property ain126_ef_config_j: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@126)

Address: 12252

property ain126_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN126_EF_INDEX (AIN#(0:149)_EF_INDEX@126)

Address: 9252

property ain126_ef_read_a: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_A (AIN#(0:149)_EF_READ_A@126)

Address: 7252

property ain126_ef_read_b: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_B (AIN#(0:149)_EF_READ_B@126)

Address: 7552

property ain126_ef_read_c: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_C (AIN#(0:149)_EF_READ_C@126)

Address: 7852

property ain126_ef_read_d: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_D (AIN#(0:149)_EF_READ_D@126)

Address: 8152

property ain127_ef_config_a: int

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@127)

Address: 9554

property ain127_ef_config_b: int

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@127)

Address: 9854

property ain127_ef_config_c: int

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@127)

Address: 10154

property ain127_ef_config_d: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@127)

Address: 10454

property ain127_ef_config_e: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@127)

Address: 10754

property ain127_ef_config_f: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@127)

Address: 11054

property ain127_ef_config_g: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@127)

Address: 11354

property ain127_ef_config_h: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@127)

Address: 11654

property ain127_ef_config_i: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@127)

Address: 11954

property ain127_ef_config_j: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@127)

Address: 12254

property ain127_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN127_EF_INDEX (AIN#(0:149)_EF_INDEX@127)

Address: 9254

property ain127_ef_read_a: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_A (AIN#(0:149)_EF_READ_A@127)

Address: 7254

property ain127_ef_read_b: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_B (AIN#(0:149)_EF_READ_B@127)

Address: 7554

property ain127_ef_read_c: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_C (AIN#(0:149)_EF_READ_C@127)

Address: 7854

property ain127_ef_read_d: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_D (AIN#(0:149)_EF_READ_D@127)

Address: 8154

property ain128_ef_config_a: int

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@128)

Address: 9556

property ain128_ef_config_b: int

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@128)

Address: 9856

property ain128_ef_config_c: int

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@128)

Address: 10156

property ain128_ef_config_d: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@128)

Address: 10456

property ain128_ef_config_e: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@128)

Address: 10756

property ain128_ef_config_f: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@128)

Address: 11056

property ain128_ef_config_g: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@128)

Address: 11356

property ain128_ef_config_h: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@128)

Address: 11656

property ain128_ef_config_i: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@128)

Address: 11956

property ain128_ef_config_j: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@128)

Address: 12256

property ain128_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN128_EF_INDEX (AIN#(0:149)_EF_INDEX@128)

Address: 9256

property ain128_ef_read_a: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_A (AIN#(0:149)_EF_READ_A@128)

Address: 7256

property ain128_ef_read_b: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_B (AIN#(0:149)_EF_READ_B@128)

Address: 7556

property ain128_ef_read_c: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_C (AIN#(0:149)_EF_READ_C@128)

Address: 7856

property ain128_ef_read_d: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_D (AIN#(0:149)_EF_READ_D@128)

Address: 8156

property ain129_ef_config_a: int

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@129)

Address: 9558

property ain129_ef_config_b: int

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@129)

Address: 9858

property ain129_ef_config_c: int

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@129)

Address: 10158

property ain129_ef_config_d: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@129)

Address: 10458

property ain129_ef_config_e: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@129)

Address: 10758

property ain129_ef_config_f: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@129)

Address: 11058

property ain129_ef_config_g: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@129)

Address: 11358

property ain129_ef_config_h: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@129)

Address: 11658

property ain129_ef_config_i: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@129)

Address: 11958

property ain129_ef_config_j: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@129)

Address: 12258

property ain129_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN129_EF_INDEX (AIN#(0:149)_EF_INDEX@129)

Address: 9258

property ain129_ef_read_a: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_A (AIN#(0:149)_EF_READ_A@129)

Address: 7258

property ain129_ef_read_b: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_B (AIN#(0:149)_EF_READ_B@129)

Address: 7558

property ain129_ef_read_c: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_C (AIN#(0:149)_EF_READ_C@129)

Address: 7858

property ain129_ef_read_d: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_D (AIN#(0:149)_EF_READ_D@129)

Address: 8158

property ain12_ef_config_a: int

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@12)

Address: 9324

property ain12_ef_config_b: int

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@12)

Address: 9624

property ain12_ef_config_c: int

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@12)

Address: 9924

property ain12_ef_config_d: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@12)

Address: 10224

property ain12_ef_config_e: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@12)

Address: 10524

property ain12_ef_config_f: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@12)

Address: 10824

property ain12_ef_config_g: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@12)

Address: 11124

property ain12_ef_config_h: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@12)

Address: 11424

property ain12_ef_config_i: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@12)

Address: 11724

property ain12_ef_config_j: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@12)

Address: 12024

property ain12_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN12_EF_INDEX (AIN#(0:149)_EF_INDEX@12)

Address: 9024

property ain12_ef_read_a: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_A (AIN#(0:149)_EF_READ_A@12)

Address: 7024

property ain12_ef_read_b: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_B (AIN#(0:149)_EF_READ_B@12)

Address: 7324

property ain12_ef_read_c: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_C (AIN#(0:149)_EF_READ_C@12)

Address: 7624

property ain12_ef_read_d: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_D (AIN#(0:149)_EF_READ_D@12)

Address: 7924

property ain130_ef_config_a: int

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@130)

Address: 9560

property ain130_ef_config_b: int

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@130)

Address: 9860

property ain130_ef_config_c: int

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@130)

Address: 10160

property ain130_ef_config_d: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@130)

Address: 10460

property ain130_ef_config_e: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@130)

Address: 10760

property ain130_ef_config_f: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@130)

Address: 11060

property ain130_ef_config_g: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@130)

Address: 11360

property ain130_ef_config_h: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@130)

Address: 11660

property ain130_ef_config_i: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@130)

Address: 11960

property ain130_ef_config_j: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@130)

Address: 12260

property ain130_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN130_EF_INDEX (AIN#(0:149)_EF_INDEX@130)

Address: 9260

property ain130_ef_read_a: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_A (AIN#(0:149)_EF_READ_A@130)

Address: 7260

property ain130_ef_read_b: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_B (AIN#(0:149)_EF_READ_B@130)

Address: 7560

property ain130_ef_read_c: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_C (AIN#(0:149)_EF_READ_C@130)

Address: 7860

property ain130_ef_read_d: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_D (AIN#(0:149)_EF_READ_D@130)

Address: 8160

property ain131_ef_config_a: int

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@131)

Address: 9562

property ain131_ef_config_b: int

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@131)

Address: 9862

property ain131_ef_config_c: int

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@131)

Address: 10162

property ain131_ef_config_d: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@131)

Address: 10462

property ain131_ef_config_e: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@131)

Address: 10762

property ain131_ef_config_f: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@131)

Address: 11062

property ain131_ef_config_g: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@131)

Address: 11362

property ain131_ef_config_h: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@131)

Address: 11662

property ain131_ef_config_i: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@131)

Address: 11962

property ain131_ef_config_j: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@131)

Address: 12262

property ain131_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN131_EF_INDEX (AIN#(0:149)_EF_INDEX@131)

Address: 9262

property ain131_ef_read_a: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_A (AIN#(0:149)_EF_READ_A@131)

Address: 7262

property ain131_ef_read_b: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_B (AIN#(0:149)_EF_READ_B@131)

Address: 7562

property ain131_ef_read_c: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_C (AIN#(0:149)_EF_READ_C@131)

Address: 7862

property ain131_ef_read_d: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_D (AIN#(0:149)_EF_READ_D@131)

Address: 8162

property ain132_ef_config_a: int

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@132)

Address: 9564

property ain132_ef_config_b: int

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@132)

Address: 9864

property ain132_ef_config_c: int

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@132)

Address: 10164

property ain132_ef_config_d: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@132)

Address: 10464

property ain132_ef_config_e: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@132)

Address: 10764

property ain132_ef_config_f: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@132)

Address: 11064

property ain132_ef_config_g: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@132)

Address: 11364

property ain132_ef_config_h: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@132)

Address: 11664

property ain132_ef_config_i: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@132)

Address: 11964

property ain132_ef_config_j: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@132)

Address: 12264

property ain132_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN132_EF_INDEX (AIN#(0:149)_EF_INDEX@132)

Address: 9264

property ain132_ef_read_a: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_A (AIN#(0:149)_EF_READ_A@132)

Address: 7264

property ain132_ef_read_b: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_B (AIN#(0:149)_EF_READ_B@132)

Address: 7564

property ain132_ef_read_c: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_C (AIN#(0:149)_EF_READ_C@132)

Address: 7864

property ain132_ef_read_d: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_D (AIN#(0:149)_EF_READ_D@132)

Address: 8164

property ain133_ef_config_a: int

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@133)

Address: 9566

property ain133_ef_config_b: int

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@133)

Address: 9866

property ain133_ef_config_c: int

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@133)

Address: 10166

property ain133_ef_config_d: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@133)

Address: 10466

property ain133_ef_config_e: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@133)

Address: 10766

property ain133_ef_config_f: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@133)

Address: 11066

property ain133_ef_config_g: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@133)

Address: 11366

property ain133_ef_config_h: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@133)

Address: 11666

property ain133_ef_config_i: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@133)

Address: 11966

property ain133_ef_config_j: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@133)

Address: 12266

property ain133_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN133_EF_INDEX (AIN#(0:149)_EF_INDEX@133)

Address: 9266

property ain133_ef_read_a: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_A (AIN#(0:149)_EF_READ_A@133)

Address: 7266

property ain133_ef_read_b: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_B (AIN#(0:149)_EF_READ_B@133)

Address: 7566

property ain133_ef_read_c: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_C (AIN#(0:149)_EF_READ_C@133)

Address: 7866

property ain133_ef_read_d: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_D (AIN#(0:149)_EF_READ_D@133)

Address: 8166

property ain134_ef_config_a: int

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@134)

Address: 9568

property ain134_ef_config_b: int

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@134)

Address: 9868

property ain134_ef_config_c: int

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@134)

Address: 10168

property ain134_ef_config_d: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@134)

Address: 10468

property ain134_ef_config_e: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@134)

Address: 10768

property ain134_ef_config_f: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@134)

Address: 11068

property ain134_ef_config_g: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@134)

Address: 11368

property ain134_ef_config_h: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@134)

Address: 11668

property ain134_ef_config_i: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@134)

Address: 11968

property ain134_ef_config_j: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@134)

Address: 12268

property ain134_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN134_EF_INDEX (AIN#(0:149)_EF_INDEX@134)

Address: 9268

property ain134_ef_read_a: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_A (AIN#(0:149)_EF_READ_A@134)

Address: 7268

property ain134_ef_read_b: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_B (AIN#(0:149)_EF_READ_B@134)

Address: 7568

property ain134_ef_read_c: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_C (AIN#(0:149)_EF_READ_C@134)

Address: 7868

property ain134_ef_read_d: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_D (AIN#(0:149)_EF_READ_D@134)

Address: 8168

property ain135_ef_config_a: int

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@135)

Address: 9570

property ain135_ef_config_b: int

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@135)

Address: 9870

property ain135_ef_config_c: int

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@135)

Address: 10170

property ain135_ef_config_d: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@135)

Address: 10470

property ain135_ef_config_e: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@135)

Address: 10770

property ain135_ef_config_f: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@135)

Address: 11070

property ain135_ef_config_g: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@135)

Address: 11370

property ain135_ef_config_h: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@135)

Address: 11670

property ain135_ef_config_i: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@135)

Address: 11970

property ain135_ef_config_j: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@135)

Address: 12270

property ain135_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN135_EF_INDEX (AIN#(0:149)_EF_INDEX@135)

Address: 9270

property ain135_ef_read_a: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_A (AIN#(0:149)_EF_READ_A@135)

Address: 7270

property ain135_ef_read_b: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_B (AIN#(0:149)_EF_READ_B@135)

Address: 7570

property ain135_ef_read_c: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_C (AIN#(0:149)_EF_READ_C@135)

Address: 7870

property ain135_ef_read_d: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_D (AIN#(0:149)_EF_READ_D@135)

Address: 8170

property ain136_ef_config_a: int

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@136)

Address: 9572

property ain136_ef_config_b: int

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@136)

Address: 9872

property ain136_ef_config_c: int

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@136)

Address: 10172

property ain136_ef_config_d: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@136)

Address: 10472

property ain136_ef_config_e: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@136)

Address: 10772

property ain136_ef_config_f: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@136)

Address: 11072

property ain136_ef_config_g: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@136)

Address: 11372

property ain136_ef_config_h: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@136)

Address: 11672

property ain136_ef_config_i: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@136)

Address: 11972

property ain136_ef_config_j: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@136)

Address: 12272

property ain136_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN136_EF_INDEX (AIN#(0:149)_EF_INDEX@136)

Address: 9272

property ain136_ef_read_a: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_A (AIN#(0:149)_EF_READ_A@136)

Address: 7272

property ain136_ef_read_b: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_B (AIN#(0:149)_EF_READ_B@136)

Address: 7572

property ain136_ef_read_c: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_C (AIN#(0:149)_EF_READ_C@136)

Address: 7872

property ain136_ef_read_d: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_D (AIN#(0:149)_EF_READ_D@136)

Address: 8172

property ain137_ef_config_a: int

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@137)

Address: 9574

property ain137_ef_config_b: int

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@137)

Address: 9874

property ain137_ef_config_c: int

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@137)

Address: 10174

property ain137_ef_config_d: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@137)

Address: 10474

property ain137_ef_config_e: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@137)

Address: 10774

property ain137_ef_config_f: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@137)

Address: 11074

property ain137_ef_config_g: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@137)

Address: 11374

property ain137_ef_config_h: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@137)

Address: 11674

property ain137_ef_config_i: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@137)

Address: 11974

property ain137_ef_config_j: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@137)

Address: 12274

property ain137_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN137_EF_INDEX (AIN#(0:149)_EF_INDEX@137)

Address: 9274

property ain137_ef_read_a: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_A (AIN#(0:149)_EF_READ_A@137)

Address: 7274

property ain137_ef_read_b: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_B (AIN#(0:149)_EF_READ_B@137)

Address: 7574

property ain137_ef_read_c: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_C (AIN#(0:149)_EF_READ_C@137)

Address: 7874

property ain137_ef_read_d: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_D (AIN#(0:149)_EF_READ_D@137)

Address: 8174

property ain138_ef_config_a: int

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@138)

Address: 9576

property ain138_ef_config_b: int

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@138)

Address: 9876

property ain138_ef_config_c: int

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@138)

Address: 10176

property ain138_ef_config_d: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@138)

Address: 10476

property ain138_ef_config_e: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@138)

Address: 10776

property ain138_ef_config_f: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@138)

Address: 11076

property ain138_ef_config_g: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@138)

Address: 11376

property ain138_ef_config_h: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@138)

Address: 11676

property ain138_ef_config_i: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@138)

Address: 11976

property ain138_ef_config_j: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@138)

Address: 12276

property ain138_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN138_EF_INDEX (AIN#(0:149)_EF_INDEX@138)

Address: 9276

property ain138_ef_read_a: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_A (AIN#(0:149)_EF_READ_A@138)

Address: 7276

property ain138_ef_read_b: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_B (AIN#(0:149)_EF_READ_B@138)

Address: 7576

property ain138_ef_read_c: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_C (AIN#(0:149)_EF_READ_C@138)

Address: 7876

property ain138_ef_read_d: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_D (AIN#(0:149)_EF_READ_D@138)

Address: 8176

property ain139_ef_config_a: int

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@139)

Address: 9578

property ain139_ef_config_b: int

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@139)

Address: 9878

property ain139_ef_config_c: int

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@139)

Address: 10178

property ain139_ef_config_d: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@139)

Address: 10478

property ain139_ef_config_e: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@139)

Address: 10778

property ain139_ef_config_f: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@139)

Address: 11078

property ain139_ef_config_g: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@139)

Address: 11378

property ain139_ef_config_h: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@139)

Address: 11678

property ain139_ef_config_i: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@139)

Address: 11978

property ain139_ef_config_j: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@139)

Address: 12278

property ain139_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN139_EF_INDEX (AIN#(0:149)_EF_INDEX@139)

Address: 9278

property ain139_ef_read_a: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_A (AIN#(0:149)_EF_READ_A@139)

Address: 7278

property ain139_ef_read_b: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_B (AIN#(0:149)_EF_READ_B@139)

Address: 7578

property ain139_ef_read_c: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_C (AIN#(0:149)_EF_READ_C@139)

Address: 7878

property ain139_ef_read_d: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_D (AIN#(0:149)_EF_READ_D@139)

Address: 8178

property ain13_ef_config_a: int

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@13)

Address: 9326

property ain13_ef_config_b: int

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@13)

Address: 9626

property ain13_ef_config_c: int

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@13)

Address: 9926

property ain13_ef_config_d: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@13)

Address: 10226

property ain13_ef_config_e: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@13)

Address: 10526

property ain13_ef_config_f: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@13)

Address: 10826

property ain13_ef_config_g: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@13)

Address: 11126

property ain13_ef_config_h: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@13)

Address: 11426

property ain13_ef_config_i: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@13)

Address: 11726

property ain13_ef_config_j: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@13)

Address: 12026

property ain13_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN13_EF_INDEX (AIN#(0:149)_EF_INDEX@13)

Address: 9026

property ain13_ef_read_a: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_A (AIN#(0:149)_EF_READ_A@13)

Address: 7026

property ain13_ef_read_b: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_B (AIN#(0:149)_EF_READ_B@13)

Address: 7326

property ain13_ef_read_c: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_C (AIN#(0:149)_EF_READ_C@13)

Address: 7626

property ain13_ef_read_d: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_D (AIN#(0:149)_EF_READ_D@13)

Address: 7926

property ain140_ef_config_a: int

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@140)

Address: 9580

property ain140_ef_config_b: int

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@140)

Address: 9880

property ain140_ef_config_c: int

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@140)

Address: 10180

property ain140_ef_config_d: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@140)

Address: 10480

property ain140_ef_config_e: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@140)

Address: 10780

property ain140_ef_config_f: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@140)

Address: 11080

property ain140_ef_config_g: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@140)

Address: 11380

property ain140_ef_config_h: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@140)

Address: 11680

property ain140_ef_config_i: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@140)

Address: 11980

property ain140_ef_config_j: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@140)

Address: 12280

property ain140_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN140_EF_INDEX (AIN#(0:149)_EF_INDEX@140)

Address: 9280

property ain140_ef_read_a: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_A (AIN#(0:149)_EF_READ_A@140)

Address: 7280

property ain140_ef_read_b: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_B (AIN#(0:149)_EF_READ_B@140)

Address: 7580

property ain140_ef_read_c: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_C (AIN#(0:149)_EF_READ_C@140)

Address: 7880

property ain140_ef_read_d: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_D (AIN#(0:149)_EF_READ_D@140)

Address: 8180

property ain141_ef_config_a: int

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@141)

Address: 9582

property ain141_ef_config_b: int

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@141)

Address: 9882

property ain141_ef_config_c: int

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@141)

Address: 10182

property ain141_ef_config_d: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@141)

Address: 10482

property ain141_ef_config_e: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@141)

Address: 10782

property ain141_ef_config_f: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@141)

Address: 11082

property ain141_ef_config_g: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@141)

Address: 11382

property ain141_ef_config_h: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@141)

Address: 11682

property ain141_ef_config_i: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@141)

Address: 11982

property ain141_ef_config_j: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@141)

Address: 12282

property ain141_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN141_EF_INDEX (AIN#(0:149)_EF_INDEX@141)

Address: 9282

property ain141_ef_read_a: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_A (AIN#(0:149)_EF_READ_A@141)

Address: 7282

property ain141_ef_read_b: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_B (AIN#(0:149)_EF_READ_B@141)

Address: 7582

property ain141_ef_read_c: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_C (AIN#(0:149)_EF_READ_C@141)

Address: 7882

property ain141_ef_read_d: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_D (AIN#(0:149)_EF_READ_D@141)

Address: 8182

property ain142_ef_config_a: int

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@142)

Address: 9584

property ain142_ef_config_b: int

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@142)

Address: 9884

property ain142_ef_config_c: int

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@142)

Address: 10184

property ain142_ef_config_d: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@142)

Address: 10484

property ain142_ef_config_e: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@142)

Address: 10784

property ain142_ef_config_f: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@142)

Address: 11084

property ain142_ef_config_g: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@142)

Address: 11384

property ain142_ef_config_h: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@142)

Address: 11684

property ain142_ef_config_i: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@142)

Address: 11984

property ain142_ef_config_j: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@142)

Address: 12284

property ain142_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN142_EF_INDEX (AIN#(0:149)_EF_INDEX@142)

Address: 9284

property ain142_ef_read_a: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_A (AIN#(0:149)_EF_READ_A@142)

Address: 7284

property ain142_ef_read_b: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_B (AIN#(0:149)_EF_READ_B@142)

Address: 7584

property ain142_ef_read_c: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_C (AIN#(0:149)_EF_READ_C@142)

Address: 7884

property ain142_ef_read_d: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_D (AIN#(0:149)_EF_READ_D@142)

Address: 8184

property ain143_ef_config_a: int

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@143)

Address: 9586

property ain143_ef_config_b: int

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@143)

Address: 9886

property ain143_ef_config_c: int

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@143)

Address: 10186

property ain143_ef_config_d: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@143)

Address: 10486

property ain143_ef_config_e: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@143)

Address: 10786

property ain143_ef_config_f: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@143)

Address: 11086

property ain143_ef_config_g: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@143)

Address: 11386

property ain143_ef_config_h: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@143)

Address: 11686

property ain143_ef_config_i: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@143)

Address: 11986

property ain143_ef_config_j: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@143)

Address: 12286

property ain143_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN143_EF_INDEX (AIN#(0:149)_EF_INDEX@143)

Address: 9286

property ain143_ef_read_a: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_A (AIN#(0:149)_EF_READ_A@143)

Address: 7286

property ain143_ef_read_b: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_B (AIN#(0:149)_EF_READ_B@143)

Address: 7586

property ain143_ef_read_c: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_C (AIN#(0:149)_EF_READ_C@143)

Address: 7886

property ain143_ef_read_d: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_D (AIN#(0:149)_EF_READ_D@143)

Address: 8186

property ain144_ef_config_a: int

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@144)

Address: 9588

property ain144_ef_config_b: int

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@144)

Address: 9888

property ain144_ef_config_c: int

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@144)

Address: 10188

property ain144_ef_config_d: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@144)

Address: 10488

property ain144_ef_config_e: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@144)

Address: 10788

property ain144_ef_config_f: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@144)

Address: 11088

property ain144_ef_config_g: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@144)

Address: 11388

property ain144_ef_config_h: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@144)

Address: 11688

property ain144_ef_config_i: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@144)

Address: 11988

property ain144_ef_config_j: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@144)

Address: 12288

property ain144_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN144_EF_INDEX (AIN#(0:149)_EF_INDEX@144)

Address: 9288

property ain144_ef_read_a: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_A (AIN#(0:149)_EF_READ_A@144)

Address: 7288

property ain144_ef_read_b: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_B (AIN#(0:149)_EF_READ_B@144)

Address: 7588

property ain144_ef_read_c: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_C (AIN#(0:149)_EF_READ_C@144)

Address: 7888

property ain144_ef_read_d: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_D (AIN#(0:149)_EF_READ_D@144)

Address: 8188

property ain145_ef_config_a: int

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@145)

Address: 9590

property ain145_ef_config_b: int

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@145)

Address: 9890

property ain145_ef_config_c: int

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@145)

Address: 10190

property ain145_ef_config_d: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@145)

Address: 10490

property ain145_ef_config_e: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@145)

Address: 10790

property ain145_ef_config_f: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@145)

Address: 11090

property ain145_ef_config_g: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@145)

Address: 11390

property ain145_ef_config_h: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@145)

Address: 11690

property ain145_ef_config_i: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@145)

Address: 11990

property ain145_ef_config_j: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@145)

Address: 12290

property ain145_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN145_EF_INDEX (AIN#(0:149)_EF_INDEX@145)

Address: 9290

property ain145_ef_read_a: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_A (AIN#(0:149)_EF_READ_A@145)

Address: 7290

property ain145_ef_read_b: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_B (AIN#(0:149)_EF_READ_B@145)

Address: 7590

property ain145_ef_read_c: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_C (AIN#(0:149)_EF_READ_C@145)

Address: 7890

property ain145_ef_read_d: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_D (AIN#(0:149)_EF_READ_D@145)

Address: 8190

property ain146_ef_config_a: int

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@146)

Address: 9592

property ain146_ef_config_b: int

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@146)

Address: 9892

property ain146_ef_config_c: int

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@146)

Address: 10192

property ain146_ef_config_d: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@146)

Address: 10492

property ain146_ef_config_e: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@146)

Address: 10792

property ain146_ef_config_f: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@146)

Address: 11092

property ain146_ef_config_g: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@146)

Address: 11392

property ain146_ef_config_h: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@146)

Address: 11692

property ain146_ef_config_i: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@146)

Address: 11992

property ain146_ef_config_j: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@146)

Address: 12292

property ain146_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN146_EF_INDEX (AIN#(0:149)_EF_INDEX@146)

Address: 9292

property ain146_ef_read_a: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_A (AIN#(0:149)_EF_READ_A@146)

Address: 7292

property ain146_ef_read_b: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_B (AIN#(0:149)_EF_READ_B@146)

Address: 7592

property ain146_ef_read_c: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_C (AIN#(0:149)_EF_READ_C@146)

Address: 7892

property ain146_ef_read_d: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_D (AIN#(0:149)_EF_READ_D@146)

Address: 8192

property ain147_ef_config_a: int

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@147)

Address: 9594

property ain147_ef_config_b: int

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@147)

Address: 9894

property ain147_ef_config_c: int

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@147)

Address: 10194

property ain147_ef_config_d: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@147)

Address: 10494

property ain147_ef_config_e: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@147)

Address: 10794

property ain147_ef_config_f: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@147)

Address: 11094

property ain147_ef_config_g: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@147)

Address: 11394

property ain147_ef_config_h: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@147)

Address: 11694

property ain147_ef_config_i: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@147)

Address: 11994

property ain147_ef_config_j: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@147)

Address: 12294

property ain147_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN147_EF_INDEX (AIN#(0:149)_EF_INDEX@147)

Address: 9294

property ain147_ef_read_a: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_A (AIN#(0:149)_EF_READ_A@147)

Address: 7294

property ain147_ef_read_b: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_B (AIN#(0:149)_EF_READ_B@147)

Address: 7594

property ain147_ef_read_c: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_C (AIN#(0:149)_EF_READ_C@147)

Address: 7894

property ain147_ef_read_d: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_D (AIN#(0:149)_EF_READ_D@147)

Address: 8194

property ain148_ef_config_a: int

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@148)

Address: 9596

property ain148_ef_config_b: int

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@148)

Address: 9896

property ain148_ef_config_c: int

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@148)

Address: 10196

property ain148_ef_config_d: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@148)

Address: 10496

property ain148_ef_config_e: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@148)

Address: 10796

property ain148_ef_config_f: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@148)

Address: 11096

property ain148_ef_config_g: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@148)

Address: 11396

property ain148_ef_config_h: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@148)

Address: 11696

property ain148_ef_config_i: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@148)

Address: 11996

property ain148_ef_config_j: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@148)

Address: 12296

property ain148_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN148_EF_INDEX (AIN#(0:149)_EF_INDEX@148)

Address: 9296

property ain148_ef_read_a: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_A (AIN#(0:149)_EF_READ_A@148)

Address: 7296

property ain148_ef_read_b: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_B (AIN#(0:149)_EF_READ_B@148)

Address: 7596

property ain148_ef_read_c: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_C (AIN#(0:149)_EF_READ_C@148)

Address: 7896

property ain148_ef_read_d: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_D (AIN#(0:149)_EF_READ_D@148)

Address: 8196

property ain149_ef_config_a: int

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@149)

Address: 9598

property ain149_ef_config_b: int

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@149)

Address: 9898

property ain149_ef_config_c: int

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@149)

Address: 10198

property ain149_ef_config_d: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@149)

Address: 10498

property ain149_ef_config_e: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@149)

Address: 10798

property ain149_ef_config_f: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@149)

Address: 11098

property ain149_ef_config_g: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@149)

Address: 11398

property ain149_ef_config_h: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@149)

Address: 11698

property ain149_ef_config_i: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@149)

Address: 11998

property ain149_ef_config_j: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@149)

Address: 12298

property ain149_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN149_EF_INDEX (AIN#(0:149)_EF_INDEX@149)

Address: 9298

property ain149_ef_read_a: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_A (AIN#(0:149)_EF_READ_A@149)

Address: 7298

property ain149_ef_read_b: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_B (AIN#(0:149)_EF_READ_B@149)

Address: 7598

property ain149_ef_read_c: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_C (AIN#(0:149)_EF_READ_C@149)

Address: 7898

property ain149_ef_read_d: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_D (AIN#(0:149)_EF_READ_D@149)

Address: 8198

property ain14_ef_config_a: int

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@14)

Address: 9328

property ain14_ef_config_b: int

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@14)

Address: 9628

property ain14_ef_config_c: int

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@14)

Address: 9928

property ain14_ef_config_d: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@14)

Address: 10228

property ain14_ef_config_e: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@14)

Address: 10528

property ain14_ef_config_f: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@14)

Address: 10828

property ain14_ef_config_g: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@14)

Address: 11128

property ain14_ef_config_h: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@14)

Address: 11428

property ain14_ef_config_i: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@14)

Address: 11728

property ain14_ef_config_j: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@14)

Address: 12028

property ain14_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN14_EF_INDEX (AIN#(0:149)_EF_INDEX@14)

Address: 9028

property ain14_ef_read_a: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_A (AIN#(0:149)_EF_READ_A@14)

Address: 7028

property ain14_ef_read_b: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_B (AIN#(0:149)_EF_READ_B@14)

Address: 7328

property ain14_ef_read_c: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_C (AIN#(0:149)_EF_READ_C@14)

Address: 7628

property ain14_ef_read_d: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_D (AIN#(0:149)_EF_READ_D@14)

Address: 7928

property ain15_ef_config_a: int

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@15)

Address: 9330

property ain15_ef_config_b: int

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@15)

Address: 9630

property ain15_ef_config_c: int

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@15)

Address: 9930

property ain15_ef_config_d: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@15)

Address: 10230

property ain15_ef_config_e: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@15)

Address: 10530

property ain15_ef_config_f: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@15)

Address: 10830

property ain15_ef_config_g: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@15)

Address: 11130

property ain15_ef_config_h: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@15)

Address: 11430

property ain15_ef_config_i: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@15)

Address: 11730

property ain15_ef_config_j: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@15)

Address: 12030

property ain15_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN15_EF_INDEX (AIN#(0:149)_EF_INDEX@15)

Address: 9030

property ain15_ef_read_a: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_A (AIN#(0:149)_EF_READ_A@15)

Address: 7030

property ain15_ef_read_b: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_B (AIN#(0:149)_EF_READ_B@15)

Address: 7330

property ain15_ef_read_c: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_C (AIN#(0:149)_EF_READ_C@15)

Address: 7630

property ain15_ef_read_d: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_D (AIN#(0:149)_EF_READ_D@15)

Address: 7930

property ain16_ef_config_a: int

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@16)

Address: 9332

property ain16_ef_config_b: int

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@16)

Address: 9632

property ain16_ef_config_c: int

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@16)

Address: 9932

property ain16_ef_config_d: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@16)

Address: 10232

property ain16_ef_config_e: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@16)

Address: 10532

property ain16_ef_config_f: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@16)

Address: 10832

property ain16_ef_config_g: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@16)

Address: 11132

property ain16_ef_config_h: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@16)

Address: 11432

property ain16_ef_config_i: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@16)

Address: 11732

property ain16_ef_config_j: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@16)

Address: 12032

property ain16_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN16_EF_INDEX (AIN#(0:149)_EF_INDEX@16)

Address: 9032

property ain16_ef_read_a: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_A (AIN#(0:149)_EF_READ_A@16)

Address: 7032

property ain16_ef_read_b: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_B (AIN#(0:149)_EF_READ_B@16)

Address: 7332

property ain16_ef_read_c: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_C (AIN#(0:149)_EF_READ_C@16)

Address: 7632

property ain16_ef_read_d: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_D (AIN#(0:149)_EF_READ_D@16)

Address: 7932

property ain17_ef_config_a: int

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@17)

Address: 9334

property ain17_ef_config_b: int

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@17)

Address: 9634

property ain17_ef_config_c: int

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@17)

Address: 9934

property ain17_ef_config_d: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@17)

Address: 10234

property ain17_ef_config_e: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@17)

Address: 10534

property ain17_ef_config_f: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@17)

Address: 10834

property ain17_ef_config_g: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@17)

Address: 11134

property ain17_ef_config_h: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@17)

Address: 11434

property ain17_ef_config_i: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@17)

Address: 11734

property ain17_ef_config_j: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@17)

Address: 12034

property ain17_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN17_EF_INDEX (AIN#(0:149)_EF_INDEX@17)

Address: 9034

property ain17_ef_read_a: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_A (AIN#(0:149)_EF_READ_A@17)

Address: 7034

property ain17_ef_read_b: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_B (AIN#(0:149)_EF_READ_B@17)

Address: 7334

property ain17_ef_read_c: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_C (AIN#(0:149)_EF_READ_C@17)

Address: 7634

property ain17_ef_read_d: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_D (AIN#(0:149)_EF_READ_D@17)

Address: 7934

property ain18_ef_config_a: int

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@18)

Address: 9336

property ain18_ef_config_b: int

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@18)

Address: 9636

property ain18_ef_config_c: int

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@18)

Address: 9936

property ain18_ef_config_d: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@18)

Address: 10236

property ain18_ef_config_e: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@18)

Address: 10536

property ain18_ef_config_f: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@18)

Address: 10836

property ain18_ef_config_g: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@18)

Address: 11136

property ain18_ef_config_h: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@18)

Address: 11436

property ain18_ef_config_i: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@18)

Address: 11736

property ain18_ef_config_j: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@18)

Address: 12036

property ain18_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN18_EF_INDEX (AIN#(0:149)_EF_INDEX@18)

Address: 9036

property ain18_ef_read_a: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_A (AIN#(0:149)_EF_READ_A@18)

Address: 7036

property ain18_ef_read_b: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_B (AIN#(0:149)_EF_READ_B@18)

Address: 7336

property ain18_ef_read_c: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_C (AIN#(0:149)_EF_READ_C@18)

Address: 7636

property ain18_ef_read_d: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_D (AIN#(0:149)_EF_READ_D@18)

Address: 7936

property ain19_ef_config_a: int

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@19)

Address: 9338

property ain19_ef_config_b: int

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@19)

Address: 9638

property ain19_ef_config_c: int

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@19)

Address: 9938

property ain19_ef_config_d: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@19)

Address: 10238

property ain19_ef_config_e: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@19)

Address: 10538

property ain19_ef_config_f: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@19)

Address: 10838

property ain19_ef_config_g: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@19)

Address: 11138

property ain19_ef_config_h: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@19)

Address: 11438

property ain19_ef_config_i: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@19)

Address: 11738

property ain19_ef_config_j: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@19)

Address: 12038

property ain19_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN19_EF_INDEX (AIN#(0:149)_EF_INDEX@19)

Address: 9038

property ain19_ef_read_a: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_A (AIN#(0:149)_EF_READ_A@19)

Address: 7038

property ain19_ef_read_b: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_B (AIN#(0:149)_EF_READ_B@19)

Address: 7338

property ain19_ef_read_c: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_C (AIN#(0:149)_EF_READ_C@19)

Address: 7638

property ain19_ef_read_d: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_D (AIN#(0:149)_EF_READ_D@19)

Address: 7938

property ain1_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN1_BINARY (AIN#(0:7)_BINARY@1)

Address: 50002

property ain1_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN1_BINARY_CAPTURE (AIN#(0:7)_BINARY_CAPTURE@1)

Address: 50652

property ain1_capture: float

T8 Only. Returns the saved voltage of the specified analog input.

Register: AIN1_CAPTURE (AIN#(0:7)_CAPTURE@1)

Address: 652

property ain1_ef_config_a: int

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@1)

Address: 9302

property ain1_ef_config_b: int

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@1)

Address: 9602

property ain1_ef_config_c: int

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@1)

Address: 9902

property ain1_ef_config_d: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@1)

Address: 10202

property ain1_ef_config_e: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@1)

Address: 10502

property ain1_ef_config_f: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@1)

Address: 10802

property ain1_ef_config_g: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@1)

Address: 11102

property ain1_ef_config_h: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@1)

Address: 11402

property ain1_ef_config_i: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@1)

Address: 11702

property ain1_ef_config_j: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@1)

Address: 12002

property ain1_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN1_EF_INDEX (AIN#(0:149)_EF_INDEX@1)

Address: 9002

property ain1_ef_read_a: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_A (AIN#(0:149)_EF_READ_A@1)

Address: 7002

property ain1_ef_read_b: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_B (AIN#(0:149)_EF_READ_B@1)

Address: 7302

property ain1_ef_read_c: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_C (AIN#(0:149)_EF_READ_C@1)

Address: 7602

property ain1_ef_read_d: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_D (AIN#(0:149)_EF_READ_D@1)

Address: 7902

property ain1_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN1_NEGATIVE_CH (AIN#(0:7)_NEGATIVE_CH@1)

Address: 41001

property ain1_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN1_RANGE (AIN#(0:7)_RANGE@1)

Address: 40002

property ain1_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN1_RESOLUTION_INDEX (AIN#(0:7)_RESOLUTION_INDEX@1)

Address: 41501

property ain1_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN1_SETTLING_US (AIN#(0:7)_SETTLING_US@1)

Address: 42002

property ain2: float

Returns the voltage of the specified analog input.

Register: AIN2 (AIN#(0:7)@2)

Address: 4

property ain20_ef_config_a: int

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@20)

Address: 9340

property ain20_ef_config_b: int

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@20)

Address: 9640

property ain20_ef_config_c: int

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@20)

Address: 9940

property ain20_ef_config_d: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@20)

Address: 10240

property ain20_ef_config_e: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@20)

Address: 10540

property ain20_ef_config_f: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@20)

Address: 10840

property ain20_ef_config_g: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@20)

Address: 11140

property ain20_ef_config_h: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@20)

Address: 11440

property ain20_ef_config_i: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@20)

Address: 11740

property ain20_ef_config_j: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@20)

Address: 12040

property ain20_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN20_EF_INDEX (AIN#(0:149)_EF_INDEX@20)

Address: 9040

property ain20_ef_read_a: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_A (AIN#(0:149)_EF_READ_A@20)

Address: 7040

property ain20_ef_read_b: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_B (AIN#(0:149)_EF_READ_B@20)

Address: 7340

property ain20_ef_read_c: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_C (AIN#(0:149)_EF_READ_C@20)

Address: 7640

property ain20_ef_read_d: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_D (AIN#(0:149)_EF_READ_D@20)

Address: 7940

property ain21_ef_config_a: int

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@21)

Address: 9342

property ain21_ef_config_b: int

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@21)

Address: 9642

property ain21_ef_config_c: int

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@21)

Address: 9942

property ain21_ef_config_d: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@21)

Address: 10242

property ain21_ef_config_e: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@21)

Address: 10542

property ain21_ef_config_f: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@21)

Address: 10842

property ain21_ef_config_g: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@21)

Address: 11142

property ain21_ef_config_h: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@21)

Address: 11442

property ain21_ef_config_i: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@21)

Address: 11742

property ain21_ef_config_j: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@21)

Address: 12042

property ain21_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN21_EF_INDEX (AIN#(0:149)_EF_INDEX@21)

Address: 9042

property ain21_ef_read_a: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_A (AIN#(0:149)_EF_READ_A@21)

Address: 7042

property ain21_ef_read_b: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_B (AIN#(0:149)_EF_READ_B@21)

Address: 7342

property ain21_ef_read_c: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_C (AIN#(0:149)_EF_READ_C@21)

Address: 7642

property ain21_ef_read_d: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_D (AIN#(0:149)_EF_READ_D@21)

Address: 7942

property ain22_ef_config_a: int

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@22)

Address: 9344

property ain22_ef_config_b: int

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@22)

Address: 9644

property ain22_ef_config_c: int

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@22)

Address: 9944

property ain22_ef_config_d: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@22)

Address: 10244

property ain22_ef_config_e: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@22)

Address: 10544

property ain22_ef_config_f: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@22)

Address: 10844

property ain22_ef_config_g: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@22)

Address: 11144

property ain22_ef_config_h: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@22)

Address: 11444

property ain22_ef_config_i: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@22)

Address: 11744

property ain22_ef_config_j: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@22)

Address: 12044

property ain22_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN22_EF_INDEX (AIN#(0:149)_EF_INDEX@22)

Address: 9044

property ain22_ef_read_a: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_A (AIN#(0:149)_EF_READ_A@22)

Address: 7044

property ain22_ef_read_b: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_B (AIN#(0:149)_EF_READ_B@22)

Address: 7344

property ain22_ef_read_c: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_C (AIN#(0:149)_EF_READ_C@22)

Address: 7644

property ain22_ef_read_d: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_D (AIN#(0:149)_EF_READ_D@22)

Address: 7944

property ain23_ef_config_a: int

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@23)

Address: 9346

property ain23_ef_config_b: int

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@23)

Address: 9646

property ain23_ef_config_c: int

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@23)

Address: 9946

property ain23_ef_config_d: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@23)

Address: 10246

property ain23_ef_config_e: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@23)

Address: 10546

property ain23_ef_config_f: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@23)

Address: 10846

property ain23_ef_config_g: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@23)

Address: 11146

property ain23_ef_config_h: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@23)

Address: 11446

property ain23_ef_config_i: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@23)

Address: 11746

property ain23_ef_config_j: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@23)

Address: 12046

property ain23_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN23_EF_INDEX (AIN#(0:149)_EF_INDEX@23)

Address: 9046

property ain23_ef_read_a: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_A (AIN#(0:149)_EF_READ_A@23)

Address: 7046

property ain23_ef_read_b: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_B (AIN#(0:149)_EF_READ_B@23)

Address: 7346

property ain23_ef_read_c: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_C (AIN#(0:149)_EF_READ_C@23)

Address: 7646

property ain23_ef_read_d: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_D (AIN#(0:149)_EF_READ_D@23)

Address: 7946

property ain24_ef_config_a: int

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@24)

Address: 9348

property ain24_ef_config_b: int

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@24)

Address: 9648

property ain24_ef_config_c: int

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@24)

Address: 9948

property ain24_ef_config_d: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@24)

Address: 10248

property ain24_ef_config_e: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@24)

Address: 10548

property ain24_ef_config_f: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@24)

Address: 10848

property ain24_ef_config_g: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@24)

Address: 11148

property ain24_ef_config_h: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@24)

Address: 11448

property ain24_ef_config_i: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@24)

Address: 11748

property ain24_ef_config_j: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@24)

Address: 12048

property ain24_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN24_EF_INDEX (AIN#(0:149)_EF_INDEX@24)

Address: 9048

property ain24_ef_read_a: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_A (AIN#(0:149)_EF_READ_A@24)

Address: 7048

property ain24_ef_read_b: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_B (AIN#(0:149)_EF_READ_B@24)

Address: 7348

property ain24_ef_read_c: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_C (AIN#(0:149)_EF_READ_C@24)

Address: 7648

property ain24_ef_read_d: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_D (AIN#(0:149)_EF_READ_D@24)

Address: 7948

property ain25_ef_config_a: int

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@25)

Address: 9350

property ain25_ef_config_b: int

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@25)

Address: 9650

property ain25_ef_config_c: int

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@25)

Address: 9950

property ain25_ef_config_d: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@25)

Address: 10250

property ain25_ef_config_e: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@25)

Address: 10550

property ain25_ef_config_f: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@25)

Address: 10850

property ain25_ef_config_g: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@25)

Address: 11150

property ain25_ef_config_h: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@25)

Address: 11450

property ain25_ef_config_i: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@25)

Address: 11750

property ain25_ef_config_j: float

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@25)

Address: 12050

property ain25_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN25_EF_INDEX (AIN#(0:149)_EF_INDEX@25)

Address: 9050

property ain25_ef_read_a: float

Function dependent on selected feature index.

Register: AIN25_EF_READ_A (AIN#(0:149)_EF_READ_A@25)

Address: 7050

property ain25_ef_read_b: float

Function dependent on selected feature index.

Register: AIN25_EF_READ_B (AIN#(0:149)_EF_READ_B@25)

Address: 7350

property ain25_ef_read_c: float

Function dependent on selected feature index.

Register: AIN25_EF_READ_C (AIN#(0:149)_EF_READ_C@25)

Address: 7650

property ain25_ef_read_d: float

Function dependent on selected feature index.

Register: AIN25_EF_READ_D (AIN#(0:149)_EF_READ_D@25)

Address: 7950

property ain26_ef_config_a: int

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@26)

Address: 9352

property ain26_ef_config_b: int

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@26)

Address: 9652

property ain26_ef_config_c: int

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@26)

Address: 9952

property ain26_ef_config_d: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@26)

Address: 10252

property ain26_ef_config_e: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@26)

Address: 10552

property ain26_ef_config_f: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@26)

Address: 10852

property ain26_ef_config_g: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@26)

Address: 11152

property ain26_ef_config_h: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@26)

Address: 11452

property ain26_ef_config_i: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@26)

Address: 11752

property ain26_ef_config_j: float

Function dependent on selected feature index.

Register: AIN26_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@26)

Address: 12052

property ain26_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN26_EF_INDEX (AIN#(0:149)_EF_INDEX@26)

Address: 9052

property ain26_ef_read_a: float

Function dependent on selected feature index.

Register: AIN26_EF_READ_A (AIN#(0:149)_EF_READ_A@26)

Address: 7052

property ain26_ef_read_b: float

Function dependent on selected feature index.

Register: AIN26_EF_READ_B (AIN#(0:149)_EF_READ_B@26)

Address: 7352

property ain26_ef_read_c: float

Function dependent on selected feature index.

Register: AIN26_EF_READ_C (AIN#(0:149)_EF_READ_C@26)

Address: 7652

property ain26_ef_read_d: float

Function dependent on selected feature index.

Register: AIN26_EF_READ_D (AIN#(0:149)_EF_READ_D@26)

Address: 7952

property ain27_ef_config_a: int

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@27)

Address: 9354

property ain27_ef_config_b: int

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@27)

Address: 9654

property ain27_ef_config_c: int

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@27)

Address: 9954

property ain27_ef_config_d: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@27)

Address: 10254

property ain27_ef_config_e: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@27)

Address: 10554

property ain27_ef_config_f: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@27)

Address: 10854

property ain27_ef_config_g: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@27)

Address: 11154

property ain27_ef_config_h: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@27)

Address: 11454

property ain27_ef_config_i: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@27)

Address: 11754

property ain27_ef_config_j: float

Function dependent on selected feature index.

Register: AIN27_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@27)

Address: 12054

property ain27_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN27_EF_INDEX (AIN#(0:149)_EF_INDEX@27)

Address: 9054

property ain27_ef_read_a: float

Function dependent on selected feature index.

Register: AIN27_EF_READ_A (AIN#(0:149)_EF_READ_A@27)

Address: 7054

property ain27_ef_read_b: float

Function dependent on selected feature index.

Register: AIN27_EF_READ_B (AIN#(0:149)_EF_READ_B@27)

Address: 7354

property ain27_ef_read_c: float

Function dependent on selected feature index.

Register: AIN27_EF_READ_C (AIN#(0:149)_EF_READ_C@27)

Address: 7654

property ain27_ef_read_d: float

Function dependent on selected feature index.

Register: AIN27_EF_READ_D (AIN#(0:149)_EF_READ_D@27)

Address: 7954

property ain28_ef_config_a: int

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@28)

Address: 9356

property ain28_ef_config_b: int

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@28)

Address: 9656

property ain28_ef_config_c: int

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@28)

Address: 9956

property ain28_ef_config_d: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@28)

Address: 10256

property ain28_ef_config_e: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@28)

Address: 10556

property ain28_ef_config_f: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@28)

Address: 10856

property ain28_ef_config_g: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@28)

Address: 11156

property ain28_ef_config_h: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@28)

Address: 11456

property ain28_ef_config_i: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@28)

Address: 11756

property ain28_ef_config_j: float

Function dependent on selected feature index.

Register: AIN28_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@28)

Address: 12056

property ain28_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN28_EF_INDEX (AIN#(0:149)_EF_INDEX@28)

Address: 9056

property ain28_ef_read_a: float

Function dependent on selected feature index.

Register: AIN28_EF_READ_A (AIN#(0:149)_EF_READ_A@28)

Address: 7056

property ain28_ef_read_b: float

Function dependent on selected feature index.

Register: AIN28_EF_READ_B (AIN#(0:149)_EF_READ_B@28)

Address: 7356

property ain28_ef_read_c: float

Function dependent on selected feature index.

Register: AIN28_EF_READ_C (AIN#(0:149)_EF_READ_C@28)

Address: 7656

property ain28_ef_read_d: float

Function dependent on selected feature index.

Register: AIN28_EF_READ_D (AIN#(0:149)_EF_READ_D@28)

Address: 7956

property ain29_ef_config_a: int

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@29)

Address: 9358

property ain29_ef_config_b: int

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@29)

Address: 9658

property ain29_ef_config_c: int

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@29)

Address: 9958

property ain29_ef_config_d: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@29)

Address: 10258

property ain29_ef_config_e: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@29)

Address: 10558

property ain29_ef_config_f: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@29)

Address: 10858

property ain29_ef_config_g: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@29)

Address: 11158

property ain29_ef_config_h: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@29)

Address: 11458

property ain29_ef_config_i: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@29)

Address: 11758

property ain29_ef_config_j: float

Function dependent on selected feature index.

Register: AIN29_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@29)

Address: 12058

property ain29_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN29_EF_INDEX (AIN#(0:149)_EF_INDEX@29)

Address: 9058

property ain29_ef_read_a: float

Function dependent on selected feature index.

Register: AIN29_EF_READ_A (AIN#(0:149)_EF_READ_A@29)

Address: 7058

property ain29_ef_read_b: float

Function dependent on selected feature index.

Register: AIN29_EF_READ_B (AIN#(0:149)_EF_READ_B@29)

Address: 7358

property ain29_ef_read_c: float

Function dependent on selected feature index.

Register: AIN29_EF_READ_C (AIN#(0:149)_EF_READ_C@29)

Address: 7658

property ain29_ef_read_d: float

Function dependent on selected feature index.

Register: AIN29_EF_READ_D (AIN#(0:149)_EF_READ_D@29)

Address: 7958

property ain2_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN2_BINARY (AIN#(0:7)_BINARY@2)

Address: 50004

property ain2_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN2_BINARY_CAPTURE (AIN#(0:7)_BINARY_CAPTURE@2)

Address: 50654

property ain2_capture: float

T8 Only. Returns the saved voltage of the specified analog input.

Register: AIN2_CAPTURE (AIN#(0:7)_CAPTURE@2)

Address: 654

property ain2_ef_config_a: int

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@2)

Address: 9304

property ain2_ef_config_b: int

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@2)

Address: 9604

property ain2_ef_config_c: int

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@2)

Address: 9904

property ain2_ef_config_d: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@2)

Address: 10204

property ain2_ef_config_e: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@2)

Address: 10504

property ain2_ef_config_f: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@2)

Address: 10804

property ain2_ef_config_g: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@2)

Address: 11104

property ain2_ef_config_h: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@2)

Address: 11404

property ain2_ef_config_i: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@2)

Address: 11704

property ain2_ef_config_j: float

Function dependent on selected feature index.

Register: AIN2_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@2)

Address: 12004

property ain2_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN2_EF_INDEX (AIN#(0:149)_EF_INDEX@2)

Address: 9004

property ain2_ef_read_a: float

Function dependent on selected feature index.

Register: AIN2_EF_READ_A (AIN#(0:149)_EF_READ_A@2)

Address: 7004

property ain2_ef_read_b: float

Function dependent on selected feature index.

Register: AIN2_EF_READ_B (AIN#(0:149)_EF_READ_B@2)

Address: 7304

property ain2_ef_read_c: float

Function dependent on selected feature index.

Register: AIN2_EF_READ_C (AIN#(0:149)_EF_READ_C@2)

Address: 7604

property ain2_ef_read_d: float

Function dependent on selected feature index.

Register: AIN2_EF_READ_D (AIN#(0:149)_EF_READ_D@2)

Address: 7904

property ain2_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN2_NEGATIVE_CH (AIN#(0:7)_NEGATIVE_CH@2)

Address: 41002

property ain2_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN2_RANGE (AIN#(0:7)_RANGE@2)

Address: 40004

property ain2_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN2_RESOLUTION_INDEX (AIN#(0:7)_RESOLUTION_INDEX@2)

Address: 41502

property ain2_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN2_SETTLING_US (AIN#(0:7)_SETTLING_US@2)

Address: 42004

property ain3: float

Returns the voltage of the specified analog input.

Register: AIN3 (AIN#(0:7)@3)

Address: 6

property ain30_ef_config_a: int

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@30)

Address: 9360

property ain30_ef_config_b: int

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@30)

Address: 9660

property ain30_ef_config_c: int

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@30)

Address: 9960

property ain30_ef_config_d: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@30)

Address: 10260

property ain30_ef_config_e: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@30)

Address: 10560

property ain30_ef_config_f: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@30)

Address: 10860

property ain30_ef_config_g: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@30)

Address: 11160

property ain30_ef_config_h: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@30)

Address: 11460

property ain30_ef_config_i: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@30)

Address: 11760

property ain30_ef_config_j: float

Function dependent on selected feature index.

Register: AIN30_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@30)

Address: 12060

property ain30_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN30_EF_INDEX (AIN#(0:149)_EF_INDEX@30)

Address: 9060

property ain30_ef_read_a: float

Function dependent on selected feature index.

Register: AIN30_EF_READ_A (AIN#(0:149)_EF_READ_A@30)

Address: 7060

property ain30_ef_read_b: float

Function dependent on selected feature index.

Register: AIN30_EF_READ_B (AIN#(0:149)_EF_READ_B@30)

Address: 7360

property ain30_ef_read_c: float

Function dependent on selected feature index.

Register: AIN30_EF_READ_C (AIN#(0:149)_EF_READ_C@30)

Address: 7660

property ain30_ef_read_d: float

Function dependent on selected feature index.

Register: AIN30_EF_READ_D (AIN#(0:149)_EF_READ_D@30)

Address: 7960

property ain31_ef_config_a: int

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@31)

Address: 9362

property ain31_ef_config_b: int

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@31)

Address: 9662

property ain31_ef_config_c: int

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@31)

Address: 9962

property ain31_ef_config_d: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@31)

Address: 10262

property ain31_ef_config_e: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@31)

Address: 10562

property ain31_ef_config_f: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@31)

Address: 10862

property ain31_ef_config_g: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@31)

Address: 11162

property ain31_ef_config_h: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@31)

Address: 11462

property ain31_ef_config_i: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@31)

Address: 11762

property ain31_ef_config_j: float

Function dependent on selected feature index.

Register: AIN31_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@31)

Address: 12062

property ain31_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN31_EF_INDEX (AIN#(0:149)_EF_INDEX@31)

Address: 9062

property ain31_ef_read_a: float

Function dependent on selected feature index.

Register: AIN31_EF_READ_A (AIN#(0:149)_EF_READ_A@31)

Address: 7062

property ain31_ef_read_b: float

Function dependent on selected feature index.

Register: AIN31_EF_READ_B (AIN#(0:149)_EF_READ_B@31)

Address: 7362

property ain31_ef_read_c: float

Function dependent on selected feature index.

Register: AIN31_EF_READ_C (AIN#(0:149)_EF_READ_C@31)

Address: 7662

property ain31_ef_read_d: float

Function dependent on selected feature index.

Register: AIN31_EF_READ_D (AIN#(0:149)_EF_READ_D@31)

Address: 7962

property ain32_ef_config_a: int

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@32)

Address: 9364

property ain32_ef_config_b: int

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@32)

Address: 9664

property ain32_ef_config_c: int

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@32)

Address: 9964

property ain32_ef_config_d: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@32)

Address: 10264

property ain32_ef_config_e: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@32)

Address: 10564

property ain32_ef_config_f: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@32)

Address: 10864

property ain32_ef_config_g: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@32)

Address: 11164

property ain32_ef_config_h: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@32)

Address: 11464

property ain32_ef_config_i: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@32)

Address: 11764

property ain32_ef_config_j: float

Function dependent on selected feature index.

Register: AIN32_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@32)

Address: 12064

property ain32_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN32_EF_INDEX (AIN#(0:149)_EF_INDEX@32)

Address: 9064

property ain32_ef_read_a: float

Function dependent on selected feature index.

Register: AIN32_EF_READ_A (AIN#(0:149)_EF_READ_A@32)

Address: 7064

property ain32_ef_read_b: float

Function dependent on selected feature index.

Register: AIN32_EF_READ_B (AIN#(0:149)_EF_READ_B@32)

Address: 7364

property ain32_ef_read_c: float

Function dependent on selected feature index.

Register: AIN32_EF_READ_C (AIN#(0:149)_EF_READ_C@32)

Address: 7664

property ain32_ef_read_d: float

Function dependent on selected feature index.

Register: AIN32_EF_READ_D (AIN#(0:149)_EF_READ_D@32)

Address: 7964

property ain33_ef_config_a: int

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@33)

Address: 9366

property ain33_ef_config_b: int

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@33)

Address: 9666

property ain33_ef_config_c: int

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@33)

Address: 9966

property ain33_ef_config_d: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@33)

Address: 10266

property ain33_ef_config_e: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@33)

Address: 10566

property ain33_ef_config_f: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@33)

Address: 10866

property ain33_ef_config_g: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@33)

Address: 11166

property ain33_ef_config_h: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@33)

Address: 11466

property ain33_ef_config_i: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@33)

Address: 11766

property ain33_ef_config_j: float

Function dependent on selected feature index.

Register: AIN33_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@33)

Address: 12066

property ain33_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN33_EF_INDEX (AIN#(0:149)_EF_INDEX@33)

Address: 9066

property ain33_ef_read_a: float

Function dependent on selected feature index.

Register: AIN33_EF_READ_A (AIN#(0:149)_EF_READ_A@33)

Address: 7066

property ain33_ef_read_b: float

Function dependent on selected feature index.

Register: AIN33_EF_READ_B (AIN#(0:149)_EF_READ_B@33)

Address: 7366

property ain33_ef_read_c: float

Function dependent on selected feature index.

Register: AIN33_EF_READ_C (AIN#(0:149)_EF_READ_C@33)

Address: 7666

property ain33_ef_read_d: float

Function dependent on selected feature index.

Register: AIN33_EF_READ_D (AIN#(0:149)_EF_READ_D@33)

Address: 7966

property ain34_ef_config_a: int

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@34)

Address: 9368

property ain34_ef_config_b: int

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@34)

Address: 9668

property ain34_ef_config_c: int

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@34)

Address: 9968

property ain34_ef_config_d: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@34)

Address: 10268

property ain34_ef_config_e: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@34)

Address: 10568

property ain34_ef_config_f: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@34)

Address: 10868

property ain34_ef_config_g: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@34)

Address: 11168

property ain34_ef_config_h: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@34)

Address: 11468

property ain34_ef_config_i: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@34)

Address: 11768

property ain34_ef_config_j: float

Function dependent on selected feature index.

Register: AIN34_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@34)

Address: 12068

property ain34_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN34_EF_INDEX (AIN#(0:149)_EF_INDEX@34)

Address: 9068

property ain34_ef_read_a: float

Function dependent on selected feature index.

Register: AIN34_EF_READ_A (AIN#(0:149)_EF_READ_A@34)

Address: 7068

property ain34_ef_read_b: float

Function dependent on selected feature index.

Register: AIN34_EF_READ_B (AIN#(0:149)_EF_READ_B@34)

Address: 7368

property ain34_ef_read_c: float

Function dependent on selected feature index.

Register: AIN34_EF_READ_C (AIN#(0:149)_EF_READ_C@34)

Address: 7668

property ain34_ef_read_d: float

Function dependent on selected feature index.

Register: AIN34_EF_READ_D (AIN#(0:149)_EF_READ_D@34)

Address: 7968

property ain35_ef_config_a: int

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@35)

Address: 9370

property ain35_ef_config_b: int

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@35)

Address: 9670

property ain35_ef_config_c: int

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@35)

Address: 9970

property ain35_ef_config_d: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@35)

Address: 10270

property ain35_ef_config_e: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@35)

Address: 10570

property ain35_ef_config_f: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@35)

Address: 10870

property ain35_ef_config_g: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@35)

Address: 11170

property ain35_ef_config_h: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@35)

Address: 11470

property ain35_ef_config_i: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@35)

Address: 11770

property ain35_ef_config_j: float

Function dependent on selected feature index.

Register: AIN35_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@35)

Address: 12070

property ain35_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN35_EF_INDEX (AIN#(0:149)_EF_INDEX@35)

Address: 9070

property ain35_ef_read_a: float

Function dependent on selected feature index.

Register: AIN35_EF_READ_A (AIN#(0:149)_EF_READ_A@35)

Address: 7070

property ain35_ef_read_b: float

Function dependent on selected feature index.

Register: AIN35_EF_READ_B (AIN#(0:149)_EF_READ_B@35)

Address: 7370

property ain35_ef_read_c: float

Function dependent on selected feature index.

Register: AIN35_EF_READ_C (AIN#(0:149)_EF_READ_C@35)

Address: 7670

property ain35_ef_read_d: float

Function dependent on selected feature index.

Register: AIN35_EF_READ_D (AIN#(0:149)_EF_READ_D@35)

Address: 7970

property ain36_ef_config_a: int

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@36)

Address: 9372

property ain36_ef_config_b: int

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@36)

Address: 9672

property ain36_ef_config_c: int

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@36)

Address: 9972

property ain36_ef_config_d: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@36)

Address: 10272

property ain36_ef_config_e: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@36)

Address: 10572

property ain36_ef_config_f: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@36)

Address: 10872

property ain36_ef_config_g: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@36)

Address: 11172

property ain36_ef_config_h: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@36)

Address: 11472

property ain36_ef_config_i: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@36)

Address: 11772

property ain36_ef_config_j: float

Function dependent on selected feature index.

Register: AIN36_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@36)

Address: 12072

property ain36_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN36_EF_INDEX (AIN#(0:149)_EF_INDEX@36)

Address: 9072

property ain36_ef_read_a: float

Function dependent on selected feature index.

Register: AIN36_EF_READ_A (AIN#(0:149)_EF_READ_A@36)

Address: 7072

property ain36_ef_read_b: float

Function dependent on selected feature index.

Register: AIN36_EF_READ_B (AIN#(0:149)_EF_READ_B@36)

Address: 7372

property ain36_ef_read_c: float

Function dependent on selected feature index.

Register: AIN36_EF_READ_C (AIN#(0:149)_EF_READ_C@36)

Address: 7672

property ain36_ef_read_d: float

Function dependent on selected feature index.

Register: AIN36_EF_READ_D (AIN#(0:149)_EF_READ_D@36)

Address: 7972

property ain37_ef_config_a: int

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@37)

Address: 9374

property ain37_ef_config_b: int

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@37)

Address: 9674

property ain37_ef_config_c: int

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@37)

Address: 9974

property ain37_ef_config_d: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@37)

Address: 10274

property ain37_ef_config_e: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@37)

Address: 10574

property ain37_ef_config_f: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@37)

Address: 10874

property ain37_ef_config_g: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@37)

Address: 11174

property ain37_ef_config_h: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@37)

Address: 11474

property ain37_ef_config_i: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@37)

Address: 11774

property ain37_ef_config_j: float

Function dependent on selected feature index.

Register: AIN37_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@37)

Address: 12074

property ain37_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN37_EF_INDEX (AIN#(0:149)_EF_INDEX@37)

Address: 9074

property ain37_ef_read_a: float

Function dependent on selected feature index.

Register: AIN37_EF_READ_A (AIN#(0:149)_EF_READ_A@37)

Address: 7074

property ain37_ef_read_b: float

Function dependent on selected feature index.

Register: AIN37_EF_READ_B (AIN#(0:149)_EF_READ_B@37)

Address: 7374

property ain37_ef_read_c: float

Function dependent on selected feature index.

Register: AIN37_EF_READ_C (AIN#(0:149)_EF_READ_C@37)

Address: 7674

property ain37_ef_read_d: float

Function dependent on selected feature index.

Register: AIN37_EF_READ_D (AIN#(0:149)_EF_READ_D@37)

Address: 7974

property ain38_ef_config_a: int

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@38)

Address: 9376

property ain38_ef_config_b: int

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@38)

Address: 9676

property ain38_ef_config_c: int

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@38)

Address: 9976

property ain38_ef_config_d: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@38)

Address: 10276

property ain38_ef_config_e: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@38)

Address: 10576

property ain38_ef_config_f: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@38)

Address: 10876

property ain38_ef_config_g: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@38)

Address: 11176

property ain38_ef_config_h: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@38)

Address: 11476

property ain38_ef_config_i: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@38)

Address: 11776

property ain38_ef_config_j: float

Function dependent on selected feature index.

Register: AIN38_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@38)

Address: 12076

property ain38_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN38_EF_INDEX (AIN#(0:149)_EF_INDEX@38)

Address: 9076

property ain38_ef_read_a: float

Function dependent on selected feature index.

Register: AIN38_EF_READ_A (AIN#(0:149)_EF_READ_A@38)

Address: 7076

property ain38_ef_read_b: float

Function dependent on selected feature index.

Register: AIN38_EF_READ_B (AIN#(0:149)_EF_READ_B@38)

Address: 7376

property ain38_ef_read_c: float

Function dependent on selected feature index.

Register: AIN38_EF_READ_C (AIN#(0:149)_EF_READ_C@38)

Address: 7676

property ain38_ef_read_d: float

Function dependent on selected feature index.

Register: AIN38_EF_READ_D (AIN#(0:149)_EF_READ_D@38)

Address: 7976

property ain39_ef_config_a: int

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@39)

Address: 9378

property ain39_ef_config_b: int

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@39)

Address: 9678

property ain39_ef_config_c: int

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@39)

Address: 9978

property ain39_ef_config_d: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@39)

Address: 10278

property ain39_ef_config_e: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@39)

Address: 10578

property ain39_ef_config_f: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@39)

Address: 10878

property ain39_ef_config_g: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@39)

Address: 11178

property ain39_ef_config_h: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@39)

Address: 11478

property ain39_ef_config_i: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@39)

Address: 11778

property ain39_ef_config_j: float

Function dependent on selected feature index.

Register: AIN39_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@39)

Address: 12078

property ain39_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN39_EF_INDEX (AIN#(0:149)_EF_INDEX@39)

Address: 9078

property ain39_ef_read_a: float

Function dependent on selected feature index.

Register: AIN39_EF_READ_A (AIN#(0:149)_EF_READ_A@39)

Address: 7078

property ain39_ef_read_b: float

Function dependent on selected feature index.

Register: AIN39_EF_READ_B (AIN#(0:149)_EF_READ_B@39)

Address: 7378

property ain39_ef_read_c: float

Function dependent on selected feature index.

Register: AIN39_EF_READ_C (AIN#(0:149)_EF_READ_C@39)

Address: 7678

property ain39_ef_read_d: float

Function dependent on selected feature index.

Register: AIN39_EF_READ_D (AIN#(0:149)_EF_READ_D@39)

Address: 7978

property ain3_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN3_BINARY (AIN#(0:7)_BINARY@3)

Address: 50006

property ain3_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN3_BINARY_CAPTURE (AIN#(0:7)_BINARY_CAPTURE@3)

Address: 50656

property ain3_capture: float

T8 Only. Returns the saved voltage of the specified analog input.

Register: AIN3_CAPTURE (AIN#(0:7)_CAPTURE@3)

Address: 656

property ain3_ef_config_a: int

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@3)

Address: 9306

property ain3_ef_config_b: int

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@3)

Address: 9606

property ain3_ef_config_c: int

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@3)

Address: 9906

property ain3_ef_config_d: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@3)

Address: 10206

property ain3_ef_config_e: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@3)

Address: 10506

property ain3_ef_config_f: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@3)

Address: 10806

property ain3_ef_config_g: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@3)

Address: 11106

property ain3_ef_config_h: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@3)

Address: 11406

property ain3_ef_config_i: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@3)

Address: 11706

property ain3_ef_config_j: float

Function dependent on selected feature index.

Register: AIN3_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@3)

Address: 12006

property ain3_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN3_EF_INDEX (AIN#(0:149)_EF_INDEX@3)

Address: 9006

property ain3_ef_read_a: float

Function dependent on selected feature index.

Register: AIN3_EF_READ_A (AIN#(0:149)_EF_READ_A@3)

Address: 7006

property ain3_ef_read_b: float

Function dependent on selected feature index.

Register: AIN3_EF_READ_B (AIN#(0:149)_EF_READ_B@3)

Address: 7306

property ain3_ef_read_c: float

Function dependent on selected feature index.

Register: AIN3_EF_READ_C (AIN#(0:149)_EF_READ_C@3)

Address: 7606

property ain3_ef_read_d: float

Function dependent on selected feature index.

Register: AIN3_EF_READ_D (AIN#(0:149)_EF_READ_D@3)

Address: 7906

property ain3_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN3_NEGATIVE_CH (AIN#(0:7)_NEGATIVE_CH@3)

Address: 41003

property ain3_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN3_RANGE (AIN#(0:7)_RANGE@3)

Address: 40006

property ain3_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN3_RESOLUTION_INDEX (AIN#(0:7)_RESOLUTION_INDEX@3)

Address: 41503

property ain3_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN3_SETTLING_US (AIN#(0:7)_SETTLING_US@3)

Address: 42006

property ain4: float

Returns the voltage of the specified analog input.

Register: AIN4 (AIN#(0:7)@4)

Address: 8

property ain40_ef_config_a: int

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@40)

Address: 9380

property ain40_ef_config_b: int

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@40)

Address: 9680

property ain40_ef_config_c: int

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@40)

Address: 9980

property ain40_ef_config_d: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@40)

Address: 10280

property ain40_ef_config_e: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@40)

Address: 10580

property ain40_ef_config_f: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@40)

Address: 10880

property ain40_ef_config_g: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@40)

Address: 11180

property ain40_ef_config_h: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@40)

Address: 11480

property ain40_ef_config_i: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@40)

Address: 11780

property ain40_ef_config_j: float

Function dependent on selected feature index.

Register: AIN40_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@40)

Address: 12080

property ain40_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN40_EF_INDEX (AIN#(0:149)_EF_INDEX@40)

Address: 9080

property ain40_ef_read_a: float

Function dependent on selected feature index.

Register: AIN40_EF_READ_A (AIN#(0:149)_EF_READ_A@40)

Address: 7080

property ain40_ef_read_b: float

Function dependent on selected feature index.

Register: AIN40_EF_READ_B (AIN#(0:149)_EF_READ_B@40)

Address: 7380

property ain40_ef_read_c: float

Function dependent on selected feature index.

Register: AIN40_EF_READ_C (AIN#(0:149)_EF_READ_C@40)

Address: 7680

property ain40_ef_read_d: float

Function dependent on selected feature index.

Register: AIN40_EF_READ_D (AIN#(0:149)_EF_READ_D@40)

Address: 7980

property ain41_ef_config_a: int

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@41)

Address: 9382

property ain41_ef_config_b: int

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@41)

Address: 9682

property ain41_ef_config_c: int

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@41)

Address: 9982

property ain41_ef_config_d: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@41)

Address: 10282

property ain41_ef_config_e: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@41)

Address: 10582

property ain41_ef_config_f: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@41)

Address: 10882

property ain41_ef_config_g: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@41)

Address: 11182

property ain41_ef_config_h: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@41)

Address: 11482

property ain41_ef_config_i: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@41)

Address: 11782

property ain41_ef_config_j: float

Function dependent on selected feature index.

Register: AIN41_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@41)

Address: 12082

property ain41_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN41_EF_INDEX (AIN#(0:149)_EF_INDEX@41)

Address: 9082

property ain41_ef_read_a: float

Function dependent on selected feature index.

Register: AIN41_EF_READ_A (AIN#(0:149)_EF_READ_A@41)

Address: 7082

property ain41_ef_read_b: float

Function dependent on selected feature index.

Register: AIN41_EF_READ_B (AIN#(0:149)_EF_READ_B@41)

Address: 7382

property ain41_ef_read_c: float

Function dependent on selected feature index.

Register: AIN41_EF_READ_C (AIN#(0:149)_EF_READ_C@41)

Address: 7682

property ain41_ef_read_d: float

Function dependent on selected feature index.

Register: AIN41_EF_READ_D (AIN#(0:149)_EF_READ_D@41)

Address: 7982

property ain42_ef_config_a: int

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@42)

Address: 9384

property ain42_ef_config_b: int

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@42)

Address: 9684

property ain42_ef_config_c: int

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@42)

Address: 9984

property ain42_ef_config_d: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@42)

Address: 10284

property ain42_ef_config_e: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@42)

Address: 10584

property ain42_ef_config_f: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@42)

Address: 10884

property ain42_ef_config_g: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@42)

Address: 11184

property ain42_ef_config_h: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@42)

Address: 11484

property ain42_ef_config_i: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@42)

Address: 11784

property ain42_ef_config_j: float

Function dependent on selected feature index.

Register: AIN42_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@42)

Address: 12084

property ain42_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN42_EF_INDEX (AIN#(0:149)_EF_INDEX@42)

Address: 9084

property ain42_ef_read_a: float

Function dependent on selected feature index.

Register: AIN42_EF_READ_A (AIN#(0:149)_EF_READ_A@42)

Address: 7084

property ain42_ef_read_b: float

Function dependent on selected feature index.

Register: AIN42_EF_READ_B (AIN#(0:149)_EF_READ_B@42)

Address: 7384

property ain42_ef_read_c: float

Function dependent on selected feature index.

Register: AIN42_EF_READ_C (AIN#(0:149)_EF_READ_C@42)

Address: 7684

property ain42_ef_read_d: float

Function dependent on selected feature index.

Register: AIN42_EF_READ_D (AIN#(0:149)_EF_READ_D@42)

Address: 7984

property ain43_ef_config_a: int

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@43)

Address: 9386

property ain43_ef_config_b: int

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@43)

Address: 9686

property ain43_ef_config_c: int

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@43)

Address: 9986

property ain43_ef_config_d: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@43)

Address: 10286

property ain43_ef_config_e: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@43)

Address: 10586

property ain43_ef_config_f: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@43)

Address: 10886

property ain43_ef_config_g: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@43)

Address: 11186

property ain43_ef_config_h: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@43)

Address: 11486

property ain43_ef_config_i: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@43)

Address: 11786

property ain43_ef_config_j: float

Function dependent on selected feature index.

Register: AIN43_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@43)

Address: 12086

property ain43_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN43_EF_INDEX (AIN#(0:149)_EF_INDEX@43)

Address: 9086

property ain43_ef_read_a: float

Function dependent on selected feature index.

Register: AIN43_EF_READ_A (AIN#(0:149)_EF_READ_A@43)

Address: 7086

property ain43_ef_read_b: float

Function dependent on selected feature index.

Register: AIN43_EF_READ_B (AIN#(0:149)_EF_READ_B@43)

Address: 7386

property ain43_ef_read_c: float

Function dependent on selected feature index.

Register: AIN43_EF_READ_C (AIN#(0:149)_EF_READ_C@43)

Address: 7686

property ain43_ef_read_d: float

Function dependent on selected feature index.

Register: AIN43_EF_READ_D (AIN#(0:149)_EF_READ_D@43)

Address: 7986

property ain44_ef_config_a: int

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@44)

Address: 9388

property ain44_ef_config_b: int

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@44)

Address: 9688

property ain44_ef_config_c: int

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@44)

Address: 9988

property ain44_ef_config_d: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@44)

Address: 10288

property ain44_ef_config_e: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@44)

Address: 10588

property ain44_ef_config_f: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@44)

Address: 10888

property ain44_ef_config_g: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@44)

Address: 11188

property ain44_ef_config_h: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@44)

Address: 11488

property ain44_ef_config_i: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@44)

Address: 11788

property ain44_ef_config_j: float

Function dependent on selected feature index.

Register: AIN44_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@44)

Address: 12088

property ain44_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN44_EF_INDEX (AIN#(0:149)_EF_INDEX@44)

Address: 9088

property ain44_ef_read_a: float

Function dependent on selected feature index.

Register: AIN44_EF_READ_A (AIN#(0:149)_EF_READ_A@44)

Address: 7088

property ain44_ef_read_b: float

Function dependent on selected feature index.

Register: AIN44_EF_READ_B (AIN#(0:149)_EF_READ_B@44)

Address: 7388

property ain44_ef_read_c: float

Function dependent on selected feature index.

Register: AIN44_EF_READ_C (AIN#(0:149)_EF_READ_C@44)

Address: 7688

property ain44_ef_read_d: float

Function dependent on selected feature index.

Register: AIN44_EF_READ_D (AIN#(0:149)_EF_READ_D@44)

Address: 7988

property ain45_ef_config_a: int

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@45)

Address: 9390

property ain45_ef_config_b: int

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@45)

Address: 9690

property ain45_ef_config_c: int

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@45)

Address: 9990

property ain45_ef_config_d: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@45)

Address: 10290

property ain45_ef_config_e: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@45)

Address: 10590

property ain45_ef_config_f: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@45)

Address: 10890

property ain45_ef_config_g: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@45)

Address: 11190

property ain45_ef_config_h: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@45)

Address: 11490

property ain45_ef_config_i: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@45)

Address: 11790

property ain45_ef_config_j: float

Function dependent on selected feature index.

Register: AIN45_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@45)

Address: 12090

property ain45_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN45_EF_INDEX (AIN#(0:149)_EF_INDEX@45)

Address: 9090

property ain45_ef_read_a: float

Function dependent on selected feature index.

Register: AIN45_EF_READ_A (AIN#(0:149)_EF_READ_A@45)

Address: 7090

property ain45_ef_read_b: float

Function dependent on selected feature index.

Register: AIN45_EF_READ_B (AIN#(0:149)_EF_READ_B@45)

Address: 7390

property ain45_ef_read_c: float

Function dependent on selected feature index.

Register: AIN45_EF_READ_C (AIN#(0:149)_EF_READ_C@45)

Address: 7690

property ain45_ef_read_d: float

Function dependent on selected feature index.

Register: AIN45_EF_READ_D (AIN#(0:149)_EF_READ_D@45)

Address: 7990

property ain46_ef_config_a: int

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@46)

Address: 9392

property ain46_ef_config_b: int

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@46)

Address: 9692

property ain46_ef_config_c: int

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@46)

Address: 9992

property ain46_ef_config_d: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@46)

Address: 10292

property ain46_ef_config_e: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@46)

Address: 10592

property ain46_ef_config_f: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@46)

Address: 10892

property ain46_ef_config_g: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@46)

Address: 11192

property ain46_ef_config_h: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@46)

Address: 11492

property ain46_ef_config_i: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@46)

Address: 11792

property ain46_ef_config_j: float

Function dependent on selected feature index.

Register: AIN46_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@46)

Address: 12092

property ain46_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN46_EF_INDEX (AIN#(0:149)_EF_INDEX@46)

Address: 9092

property ain46_ef_read_a: float

Function dependent on selected feature index.

Register: AIN46_EF_READ_A (AIN#(0:149)_EF_READ_A@46)

Address: 7092

property ain46_ef_read_b: float

Function dependent on selected feature index.

Register: AIN46_EF_READ_B (AIN#(0:149)_EF_READ_B@46)

Address: 7392

property ain46_ef_read_c: float

Function dependent on selected feature index.

Register: AIN46_EF_READ_C (AIN#(0:149)_EF_READ_C@46)

Address: 7692

property ain46_ef_read_d: float

Function dependent on selected feature index.

Register: AIN46_EF_READ_D (AIN#(0:149)_EF_READ_D@46)

Address: 7992

property ain47_ef_config_a: int

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@47)

Address: 9394

property ain47_ef_config_b: int

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@47)

Address: 9694

property ain47_ef_config_c: int

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@47)

Address: 9994

property ain47_ef_config_d: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@47)

Address: 10294

property ain47_ef_config_e: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@47)

Address: 10594

property ain47_ef_config_f: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@47)

Address: 10894

property ain47_ef_config_g: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@47)

Address: 11194

property ain47_ef_config_h: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@47)

Address: 11494

property ain47_ef_config_i: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@47)

Address: 11794

property ain47_ef_config_j: float

Function dependent on selected feature index.

Register: AIN47_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@47)

Address: 12094

property ain47_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN47_EF_INDEX (AIN#(0:149)_EF_INDEX@47)

Address: 9094

property ain47_ef_read_a: float

Function dependent on selected feature index.

Register: AIN47_EF_READ_A (AIN#(0:149)_EF_READ_A@47)

Address: 7094

property ain47_ef_read_b: float

Function dependent on selected feature index.

Register: AIN47_EF_READ_B (AIN#(0:149)_EF_READ_B@47)

Address: 7394

property ain47_ef_read_c: float

Function dependent on selected feature index.

Register: AIN47_EF_READ_C (AIN#(0:149)_EF_READ_C@47)

Address: 7694

property ain47_ef_read_d: float

Function dependent on selected feature index.

Register: AIN47_EF_READ_D (AIN#(0:149)_EF_READ_D@47)

Address: 7994

property ain48_ef_config_a: int

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@48)

Address: 9396

property ain48_ef_config_b: int

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@48)

Address: 9696

property ain48_ef_config_c: int

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@48)

Address: 9996

property ain48_ef_config_d: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@48)

Address: 10296

property ain48_ef_config_e: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@48)

Address: 10596

property ain48_ef_config_f: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@48)

Address: 10896

property ain48_ef_config_g: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@48)

Address: 11196

property ain48_ef_config_h: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@48)

Address: 11496

property ain48_ef_config_i: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@48)

Address: 11796

property ain48_ef_config_j: float

Function dependent on selected feature index.

Register: AIN48_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@48)

Address: 12096

property ain48_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN48_EF_INDEX (AIN#(0:149)_EF_INDEX@48)

Address: 9096

property ain48_ef_read_a: float

Function dependent on selected feature index.

Register: AIN48_EF_READ_A (AIN#(0:149)_EF_READ_A@48)

Address: 7096

property ain48_ef_read_b: float

Function dependent on selected feature index.

Register: AIN48_EF_READ_B (AIN#(0:149)_EF_READ_B@48)

Address: 7396

property ain48_ef_read_c: float

Function dependent on selected feature index.

Register: AIN48_EF_READ_C (AIN#(0:149)_EF_READ_C@48)

Address: 7696

property ain48_ef_read_d: float

Function dependent on selected feature index.

Register: AIN48_EF_READ_D (AIN#(0:149)_EF_READ_D@48)

Address: 7996

property ain49_ef_config_a: int

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@49)

Address: 9398

property ain49_ef_config_b: int

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@49)

Address: 9698

property ain49_ef_config_c: int

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@49)

Address: 9998

property ain49_ef_config_d: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@49)

Address: 10298

property ain49_ef_config_e: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@49)

Address: 10598

property ain49_ef_config_f: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@49)

Address: 10898

property ain49_ef_config_g: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@49)

Address: 11198

property ain49_ef_config_h: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@49)

Address: 11498

property ain49_ef_config_i: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@49)

Address: 11798

property ain49_ef_config_j: float

Function dependent on selected feature index.

Register: AIN49_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@49)

Address: 12098

property ain49_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN49_EF_INDEX (AIN#(0:149)_EF_INDEX@49)

Address: 9098

property ain49_ef_read_a: float

Function dependent on selected feature index.

Register: AIN49_EF_READ_A (AIN#(0:149)_EF_READ_A@49)

Address: 7098

property ain49_ef_read_b: float

Function dependent on selected feature index.

Register: AIN49_EF_READ_B (AIN#(0:149)_EF_READ_B@49)

Address: 7398

property ain49_ef_read_c: float

Function dependent on selected feature index.

Register: AIN49_EF_READ_C (AIN#(0:149)_EF_READ_C@49)

Address: 7698

property ain49_ef_read_d: float

Function dependent on selected feature index.

Register: AIN49_EF_READ_D (AIN#(0:149)_EF_READ_D@49)

Address: 7998

property ain4_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN4_BINARY (AIN#(0:7)_BINARY@4)

Address: 50008

property ain4_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN4_BINARY_CAPTURE (AIN#(0:7)_BINARY_CAPTURE@4)

Address: 50658

property ain4_capture: float

T8 Only. Returns the saved voltage of the specified analog input.

Register: AIN4_CAPTURE (AIN#(0:7)_CAPTURE@4)

Address: 658

property ain4_ef_config_a: int

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@4)

Address: 9308

property ain4_ef_config_b: int

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@4)

Address: 9608

property ain4_ef_config_c: int

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@4)

Address: 9908

property ain4_ef_config_d: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@4)

Address: 10208

property ain4_ef_config_e: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@4)

Address: 10508

property ain4_ef_config_f: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@4)

Address: 10808

property ain4_ef_config_g: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@4)

Address: 11108

property ain4_ef_config_h: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@4)

Address: 11408

property ain4_ef_config_i: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@4)

Address: 11708

property ain4_ef_config_j: float

Function dependent on selected feature index.

Register: AIN4_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@4)

Address: 12008

property ain4_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN4_EF_INDEX (AIN#(0:149)_EF_INDEX@4)

Address: 9008

property ain4_ef_read_a: float

Function dependent on selected feature index.

Register: AIN4_EF_READ_A (AIN#(0:149)_EF_READ_A@4)

Address: 7008

property ain4_ef_read_b: float

Function dependent on selected feature index.

Register: AIN4_EF_READ_B (AIN#(0:149)_EF_READ_B@4)

Address: 7308

property ain4_ef_read_c: float

Function dependent on selected feature index.

Register: AIN4_EF_READ_C (AIN#(0:149)_EF_READ_C@4)

Address: 7608

property ain4_ef_read_d: float

Function dependent on selected feature index.

Register: AIN4_EF_READ_D (AIN#(0:149)_EF_READ_D@4)

Address: 7908

property ain4_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN4_NEGATIVE_CH (AIN#(0:7)_NEGATIVE_CH@4)

Address: 41004

property ain4_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN4_RANGE (AIN#(0:7)_RANGE@4)

Address: 40008

property ain4_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN4_RESOLUTION_INDEX (AIN#(0:7)_RESOLUTION_INDEX@4)

Address: 41504

property ain4_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN4_SETTLING_US (AIN#(0:7)_SETTLING_US@4)

Address: 42008

property ain5: float

Returns the voltage of the specified analog input.

Register: AIN5 (AIN#(0:7)@5)

Address: 10

property ain50_ef_config_a: int

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@50)

Address: 9400

property ain50_ef_config_b: int

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@50)

Address: 9700

property ain50_ef_config_c: int

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@50)

Address: 10000

property ain50_ef_config_d: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@50)

Address: 10300

property ain50_ef_config_e: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@50)

Address: 10600

property ain50_ef_config_f: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@50)

Address: 10900

property ain50_ef_config_g: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@50)

Address: 11200

property ain50_ef_config_h: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@50)

Address: 11500

property ain50_ef_config_i: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@50)

Address: 11800

property ain50_ef_config_j: float

Function dependent on selected feature index.

Register: AIN50_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@50)

Address: 12100

property ain50_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN50_EF_INDEX (AIN#(0:149)_EF_INDEX@50)

Address: 9100

property ain50_ef_read_a: float

Function dependent on selected feature index.

Register: AIN50_EF_READ_A (AIN#(0:149)_EF_READ_A@50)

Address: 7100

property ain50_ef_read_b: float

Function dependent on selected feature index.

Register: AIN50_EF_READ_B (AIN#(0:149)_EF_READ_B@50)

Address: 7400

property ain50_ef_read_c: float

Function dependent on selected feature index.

Register: AIN50_EF_READ_C (AIN#(0:149)_EF_READ_C@50)

Address: 7700

property ain50_ef_read_d: float

Function dependent on selected feature index.

Register: AIN50_EF_READ_D (AIN#(0:149)_EF_READ_D@50)

Address: 8000

property ain51_ef_config_a: int

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@51)

Address: 9402

property ain51_ef_config_b: int

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@51)

Address: 9702

property ain51_ef_config_c: int

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@51)

Address: 10002

property ain51_ef_config_d: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@51)

Address: 10302

property ain51_ef_config_e: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@51)

Address: 10602

property ain51_ef_config_f: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@51)

Address: 10902

property ain51_ef_config_g: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@51)

Address: 11202

property ain51_ef_config_h: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@51)

Address: 11502

property ain51_ef_config_i: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@51)

Address: 11802

property ain51_ef_config_j: float

Function dependent on selected feature index.

Register: AIN51_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@51)

Address: 12102

property ain51_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN51_EF_INDEX (AIN#(0:149)_EF_INDEX@51)

Address: 9102

property ain51_ef_read_a: float

Function dependent on selected feature index.

Register: AIN51_EF_READ_A (AIN#(0:149)_EF_READ_A@51)

Address: 7102

property ain51_ef_read_b: float

Function dependent on selected feature index.

Register: AIN51_EF_READ_B (AIN#(0:149)_EF_READ_B@51)

Address: 7402

property ain51_ef_read_c: float

Function dependent on selected feature index.

Register: AIN51_EF_READ_C (AIN#(0:149)_EF_READ_C@51)

Address: 7702

property ain51_ef_read_d: float

Function dependent on selected feature index.

Register: AIN51_EF_READ_D (AIN#(0:149)_EF_READ_D@51)

Address: 8002

property ain52_ef_config_a: int

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@52)

Address: 9404

property ain52_ef_config_b: int

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@52)

Address: 9704

property ain52_ef_config_c: int

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@52)

Address: 10004

property ain52_ef_config_d: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@52)

Address: 10304

property ain52_ef_config_e: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@52)

Address: 10604

property ain52_ef_config_f: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@52)

Address: 10904

property ain52_ef_config_g: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@52)

Address: 11204

property ain52_ef_config_h: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@52)

Address: 11504

property ain52_ef_config_i: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@52)

Address: 11804

property ain52_ef_config_j: float

Function dependent on selected feature index.

Register: AIN52_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@52)

Address: 12104

property ain52_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN52_EF_INDEX (AIN#(0:149)_EF_INDEX@52)

Address: 9104

property ain52_ef_read_a: float

Function dependent on selected feature index.

Register: AIN52_EF_READ_A (AIN#(0:149)_EF_READ_A@52)

Address: 7104

property ain52_ef_read_b: float

Function dependent on selected feature index.

Register: AIN52_EF_READ_B (AIN#(0:149)_EF_READ_B@52)

Address: 7404

property ain52_ef_read_c: float

Function dependent on selected feature index.

Register: AIN52_EF_READ_C (AIN#(0:149)_EF_READ_C@52)

Address: 7704

property ain52_ef_read_d: float

Function dependent on selected feature index.

Register: AIN52_EF_READ_D (AIN#(0:149)_EF_READ_D@52)

Address: 8004

property ain53_ef_config_a: int

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@53)

Address: 9406

property ain53_ef_config_b: int

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@53)

Address: 9706

property ain53_ef_config_c: int

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@53)

Address: 10006

property ain53_ef_config_d: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@53)

Address: 10306

property ain53_ef_config_e: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@53)

Address: 10606

property ain53_ef_config_f: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@53)

Address: 10906

property ain53_ef_config_g: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@53)

Address: 11206

property ain53_ef_config_h: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@53)

Address: 11506

property ain53_ef_config_i: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@53)

Address: 11806

property ain53_ef_config_j: float

Function dependent on selected feature index.

Register: AIN53_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@53)

Address: 12106

property ain53_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN53_EF_INDEX (AIN#(0:149)_EF_INDEX@53)

Address: 9106

property ain53_ef_read_a: float

Function dependent on selected feature index.

Register: AIN53_EF_READ_A (AIN#(0:149)_EF_READ_A@53)

Address: 7106

property ain53_ef_read_b: float

Function dependent on selected feature index.

Register: AIN53_EF_READ_B (AIN#(0:149)_EF_READ_B@53)

Address: 7406

property ain53_ef_read_c: float

Function dependent on selected feature index.

Register: AIN53_EF_READ_C (AIN#(0:149)_EF_READ_C@53)

Address: 7706

property ain53_ef_read_d: float

Function dependent on selected feature index.

Register: AIN53_EF_READ_D (AIN#(0:149)_EF_READ_D@53)

Address: 8006

property ain54_ef_config_a: int

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@54)

Address: 9408

property ain54_ef_config_b: int

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@54)

Address: 9708

property ain54_ef_config_c: int

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@54)

Address: 10008

property ain54_ef_config_d: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@54)

Address: 10308

property ain54_ef_config_e: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@54)

Address: 10608

property ain54_ef_config_f: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@54)

Address: 10908

property ain54_ef_config_g: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@54)

Address: 11208

property ain54_ef_config_h: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@54)

Address: 11508

property ain54_ef_config_i: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@54)

Address: 11808

property ain54_ef_config_j: float

Function dependent on selected feature index.

Register: AIN54_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@54)

Address: 12108

property ain54_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN54_EF_INDEX (AIN#(0:149)_EF_INDEX@54)

Address: 9108

property ain54_ef_read_a: float

Function dependent on selected feature index.

Register: AIN54_EF_READ_A (AIN#(0:149)_EF_READ_A@54)

Address: 7108

property ain54_ef_read_b: float

Function dependent on selected feature index.

Register: AIN54_EF_READ_B (AIN#(0:149)_EF_READ_B@54)

Address: 7408

property ain54_ef_read_c: float

Function dependent on selected feature index.

Register: AIN54_EF_READ_C (AIN#(0:149)_EF_READ_C@54)

Address: 7708

property ain54_ef_read_d: float

Function dependent on selected feature index.

Register: AIN54_EF_READ_D (AIN#(0:149)_EF_READ_D@54)

Address: 8008

property ain55_ef_config_a: int

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@55)

Address: 9410

property ain55_ef_config_b: int

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@55)

Address: 9710

property ain55_ef_config_c: int

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@55)

Address: 10010

property ain55_ef_config_d: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@55)

Address: 10310

property ain55_ef_config_e: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@55)

Address: 10610

property ain55_ef_config_f: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@55)

Address: 10910

property ain55_ef_config_g: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@55)

Address: 11210

property ain55_ef_config_h: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@55)

Address: 11510

property ain55_ef_config_i: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@55)

Address: 11810

property ain55_ef_config_j: float

Function dependent on selected feature index.

Register: AIN55_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@55)

Address: 12110

property ain55_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN55_EF_INDEX (AIN#(0:149)_EF_INDEX@55)

Address: 9110

property ain55_ef_read_a: float

Function dependent on selected feature index.

Register: AIN55_EF_READ_A (AIN#(0:149)_EF_READ_A@55)

Address: 7110

property ain55_ef_read_b: float

Function dependent on selected feature index.

Register: AIN55_EF_READ_B (AIN#(0:149)_EF_READ_B@55)

Address: 7410

property ain55_ef_read_c: float

Function dependent on selected feature index.

Register: AIN55_EF_READ_C (AIN#(0:149)_EF_READ_C@55)

Address: 7710

property ain55_ef_read_d: float

Function dependent on selected feature index.

Register: AIN55_EF_READ_D (AIN#(0:149)_EF_READ_D@55)

Address: 8010

property ain56_ef_config_a: int

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@56)

Address: 9412

property ain56_ef_config_b: int

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@56)

Address: 9712

property ain56_ef_config_c: int

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@56)

Address: 10012

property ain56_ef_config_d: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@56)

Address: 10312

property ain56_ef_config_e: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@56)

Address: 10612

property ain56_ef_config_f: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@56)

Address: 10912

property ain56_ef_config_g: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@56)

Address: 11212

property ain56_ef_config_h: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@56)

Address: 11512

property ain56_ef_config_i: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@56)

Address: 11812

property ain56_ef_config_j: float

Function dependent on selected feature index.

Register: AIN56_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@56)

Address: 12112

property ain56_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN56_EF_INDEX (AIN#(0:149)_EF_INDEX@56)

Address: 9112

property ain56_ef_read_a: float

Function dependent on selected feature index.

Register: AIN56_EF_READ_A (AIN#(0:149)_EF_READ_A@56)

Address: 7112

property ain56_ef_read_b: float

Function dependent on selected feature index.

Register: AIN56_EF_READ_B (AIN#(0:149)_EF_READ_B@56)

Address: 7412

property ain56_ef_read_c: float

Function dependent on selected feature index.

Register: AIN56_EF_READ_C (AIN#(0:149)_EF_READ_C@56)

Address: 7712

property ain56_ef_read_d: float

Function dependent on selected feature index.

Register: AIN56_EF_READ_D (AIN#(0:149)_EF_READ_D@56)

Address: 8012

property ain57_ef_config_a: int

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@57)

Address: 9414

property ain57_ef_config_b: int

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@57)

Address: 9714

property ain57_ef_config_c: int

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@57)

Address: 10014

property ain57_ef_config_d: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@57)

Address: 10314

property ain57_ef_config_e: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@57)

Address: 10614

property ain57_ef_config_f: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@57)

Address: 10914

property ain57_ef_config_g: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@57)

Address: 11214

property ain57_ef_config_h: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@57)

Address: 11514

property ain57_ef_config_i: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@57)

Address: 11814

property ain57_ef_config_j: float

Function dependent on selected feature index.

Register: AIN57_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@57)

Address: 12114

property ain57_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN57_EF_INDEX (AIN#(0:149)_EF_INDEX@57)

Address: 9114

property ain57_ef_read_a: float

Function dependent on selected feature index.

Register: AIN57_EF_READ_A (AIN#(0:149)_EF_READ_A@57)

Address: 7114

property ain57_ef_read_b: float

Function dependent on selected feature index.

Register: AIN57_EF_READ_B (AIN#(0:149)_EF_READ_B@57)

Address: 7414

property ain57_ef_read_c: float

Function dependent on selected feature index.

Register: AIN57_EF_READ_C (AIN#(0:149)_EF_READ_C@57)

Address: 7714

property ain57_ef_read_d: float

Function dependent on selected feature index.

Register: AIN57_EF_READ_D (AIN#(0:149)_EF_READ_D@57)

Address: 8014

property ain58_ef_config_a: int

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@58)

Address: 9416

property ain58_ef_config_b: int

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@58)

Address: 9716

property ain58_ef_config_c: int

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@58)

Address: 10016

property ain58_ef_config_d: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@58)

Address: 10316

property ain58_ef_config_e: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@58)

Address: 10616

property ain58_ef_config_f: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@58)

Address: 10916

property ain58_ef_config_g: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@58)

Address: 11216

property ain58_ef_config_h: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@58)

Address: 11516

property ain58_ef_config_i: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@58)

Address: 11816

property ain58_ef_config_j: float

Function dependent on selected feature index.

Register: AIN58_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@58)

Address: 12116

property ain58_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN58_EF_INDEX (AIN#(0:149)_EF_INDEX@58)

Address: 9116

property ain58_ef_read_a: float

Function dependent on selected feature index.

Register: AIN58_EF_READ_A (AIN#(0:149)_EF_READ_A@58)

Address: 7116

property ain58_ef_read_b: float

Function dependent on selected feature index.

Register: AIN58_EF_READ_B (AIN#(0:149)_EF_READ_B@58)

Address: 7416

property ain58_ef_read_c: float

Function dependent on selected feature index.

Register: AIN58_EF_READ_C (AIN#(0:149)_EF_READ_C@58)

Address: 7716

property ain58_ef_read_d: float

Function dependent on selected feature index.

Register: AIN58_EF_READ_D (AIN#(0:149)_EF_READ_D@58)

Address: 8016

property ain59_ef_config_a: int

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@59)

Address: 9418

property ain59_ef_config_b: int

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@59)

Address: 9718

property ain59_ef_config_c: int

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@59)

Address: 10018

property ain59_ef_config_d: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@59)

Address: 10318

property ain59_ef_config_e: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@59)

Address: 10618

property ain59_ef_config_f: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@59)

Address: 10918

property ain59_ef_config_g: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@59)

Address: 11218

property ain59_ef_config_h: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@59)

Address: 11518

property ain59_ef_config_i: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@59)

Address: 11818

property ain59_ef_config_j: float

Function dependent on selected feature index.

Register: AIN59_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@59)

Address: 12118

property ain59_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN59_EF_INDEX (AIN#(0:149)_EF_INDEX@59)

Address: 9118

property ain59_ef_read_a: float

Function dependent on selected feature index.

Register: AIN59_EF_READ_A (AIN#(0:149)_EF_READ_A@59)

Address: 7118

property ain59_ef_read_b: float

Function dependent on selected feature index.

Register: AIN59_EF_READ_B (AIN#(0:149)_EF_READ_B@59)

Address: 7418

property ain59_ef_read_c: float

Function dependent on selected feature index.

Register: AIN59_EF_READ_C (AIN#(0:149)_EF_READ_C@59)

Address: 7718

property ain59_ef_read_d: float

Function dependent on selected feature index.

Register: AIN59_EF_READ_D (AIN#(0:149)_EF_READ_D@59)

Address: 8018

property ain5_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN5_BINARY (AIN#(0:7)_BINARY@5)

Address: 50010

property ain5_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN5_BINARY_CAPTURE (AIN#(0:7)_BINARY_CAPTURE@5)

Address: 50660

property ain5_capture: float

T8 Only. Returns the saved voltage of the specified analog input.

Register: AIN5_CAPTURE (AIN#(0:7)_CAPTURE@5)

Address: 660

property ain5_ef_config_a: int

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@5)

Address: 9310

property ain5_ef_config_b: int

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@5)

Address: 9610

property ain5_ef_config_c: int

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@5)

Address: 9910

property ain5_ef_config_d: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@5)

Address: 10210

property ain5_ef_config_e: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@5)

Address: 10510

property ain5_ef_config_f: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@5)

Address: 10810

property ain5_ef_config_g: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@5)

Address: 11110

property ain5_ef_config_h: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@5)

Address: 11410

property ain5_ef_config_i: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@5)

Address: 11710

property ain5_ef_config_j: float

Function dependent on selected feature index.

Register: AIN5_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@5)

Address: 12010

property ain5_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN5_EF_INDEX (AIN#(0:149)_EF_INDEX@5)

Address: 9010

property ain5_ef_read_a: float

Function dependent on selected feature index.

Register: AIN5_EF_READ_A (AIN#(0:149)_EF_READ_A@5)

Address: 7010

property ain5_ef_read_b: float

Function dependent on selected feature index.

Register: AIN5_EF_READ_B (AIN#(0:149)_EF_READ_B@5)

Address: 7310

property ain5_ef_read_c: float

Function dependent on selected feature index.

Register: AIN5_EF_READ_C (AIN#(0:149)_EF_READ_C@5)

Address: 7610

property ain5_ef_read_d: float

Function dependent on selected feature index.

Register: AIN5_EF_READ_D (AIN#(0:149)_EF_READ_D@5)

Address: 7910

property ain5_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN5_NEGATIVE_CH (AIN#(0:7)_NEGATIVE_CH@5)

Address: 41005

property ain5_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN5_RANGE (AIN#(0:7)_RANGE@5)

Address: 40010

property ain5_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN5_RESOLUTION_INDEX (AIN#(0:7)_RESOLUTION_INDEX@5)

Address: 41505

property ain5_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN5_SETTLING_US (AIN#(0:7)_SETTLING_US@5)

Address: 42010

property ain6: float

Returns the voltage of the specified analog input.

Register: AIN6 (AIN#(0:7)@6)

Address: 12

property ain60_ef_config_a: int

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@60)

Address: 9420

property ain60_ef_config_b: int

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@60)

Address: 9720

property ain60_ef_config_c: int

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@60)

Address: 10020

property ain60_ef_config_d: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@60)

Address: 10320

property ain60_ef_config_e: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@60)

Address: 10620

property ain60_ef_config_f: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@60)

Address: 10920

property ain60_ef_config_g: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@60)

Address: 11220

property ain60_ef_config_h: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@60)

Address: 11520

property ain60_ef_config_i: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@60)

Address: 11820

property ain60_ef_config_j: float

Function dependent on selected feature index.

Register: AIN60_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@60)

Address: 12120

property ain60_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN60_EF_INDEX (AIN#(0:149)_EF_INDEX@60)

Address: 9120

property ain60_ef_read_a: float

Function dependent on selected feature index.

Register: AIN60_EF_READ_A (AIN#(0:149)_EF_READ_A@60)

Address: 7120

property ain60_ef_read_b: float

Function dependent on selected feature index.

Register: AIN60_EF_READ_B (AIN#(0:149)_EF_READ_B@60)

Address: 7420

property ain60_ef_read_c: float

Function dependent on selected feature index.

Register: AIN60_EF_READ_C (AIN#(0:149)_EF_READ_C@60)

Address: 7720

property ain60_ef_read_d: float

Function dependent on selected feature index.

Register: AIN60_EF_READ_D (AIN#(0:149)_EF_READ_D@60)

Address: 8020

property ain61_ef_config_a: int

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@61)

Address: 9422

property ain61_ef_config_b: int

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@61)

Address: 9722

property ain61_ef_config_c: int

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@61)

Address: 10022

property ain61_ef_config_d: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@61)

Address: 10322

property ain61_ef_config_e: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@61)

Address: 10622

property ain61_ef_config_f: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@61)

Address: 10922

property ain61_ef_config_g: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@61)

Address: 11222

property ain61_ef_config_h: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@61)

Address: 11522

property ain61_ef_config_i: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@61)

Address: 11822

property ain61_ef_config_j: float

Function dependent on selected feature index.

Register: AIN61_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@61)

Address: 12122

property ain61_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN61_EF_INDEX (AIN#(0:149)_EF_INDEX@61)

Address: 9122

property ain61_ef_read_a: float

Function dependent on selected feature index.

Register: AIN61_EF_READ_A (AIN#(0:149)_EF_READ_A@61)

Address: 7122

property ain61_ef_read_b: float

Function dependent on selected feature index.

Register: AIN61_EF_READ_B (AIN#(0:149)_EF_READ_B@61)

Address: 7422

property ain61_ef_read_c: float

Function dependent on selected feature index.

Register: AIN61_EF_READ_C (AIN#(0:149)_EF_READ_C@61)

Address: 7722

property ain61_ef_read_d: float

Function dependent on selected feature index.

Register: AIN61_EF_READ_D (AIN#(0:149)_EF_READ_D@61)

Address: 8022

property ain62_ef_config_a: int

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@62)

Address: 9424

property ain62_ef_config_b: int

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@62)

Address: 9724

property ain62_ef_config_c: int

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@62)

Address: 10024

property ain62_ef_config_d: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@62)

Address: 10324

property ain62_ef_config_e: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@62)

Address: 10624

property ain62_ef_config_f: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@62)

Address: 10924

property ain62_ef_config_g: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@62)

Address: 11224

property ain62_ef_config_h: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@62)

Address: 11524

property ain62_ef_config_i: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@62)

Address: 11824

property ain62_ef_config_j: float

Function dependent on selected feature index.

Register: AIN62_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@62)

Address: 12124

property ain62_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN62_EF_INDEX (AIN#(0:149)_EF_INDEX@62)

Address: 9124

property ain62_ef_read_a: float

Function dependent on selected feature index.

Register: AIN62_EF_READ_A (AIN#(0:149)_EF_READ_A@62)

Address: 7124

property ain62_ef_read_b: float

Function dependent on selected feature index.

Register: AIN62_EF_READ_B (AIN#(0:149)_EF_READ_B@62)

Address: 7424

property ain62_ef_read_c: float

Function dependent on selected feature index.

Register: AIN62_EF_READ_C (AIN#(0:149)_EF_READ_C@62)

Address: 7724

property ain62_ef_read_d: float

Function dependent on selected feature index.

Register: AIN62_EF_READ_D (AIN#(0:149)_EF_READ_D@62)

Address: 8024

property ain63_ef_config_a: int

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@63)

Address: 9426

property ain63_ef_config_b: int

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@63)

Address: 9726

property ain63_ef_config_c: int

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@63)

Address: 10026

property ain63_ef_config_d: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@63)

Address: 10326

property ain63_ef_config_e: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@63)

Address: 10626

property ain63_ef_config_f: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@63)

Address: 10926

property ain63_ef_config_g: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@63)

Address: 11226

property ain63_ef_config_h: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@63)

Address: 11526

property ain63_ef_config_i: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@63)

Address: 11826

property ain63_ef_config_j: float

Function dependent on selected feature index.

Register: AIN63_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@63)

Address: 12126

property ain63_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN63_EF_INDEX (AIN#(0:149)_EF_INDEX@63)

Address: 9126

property ain63_ef_read_a: float

Function dependent on selected feature index.

Register: AIN63_EF_READ_A (AIN#(0:149)_EF_READ_A@63)

Address: 7126

property ain63_ef_read_b: float

Function dependent on selected feature index.

Register: AIN63_EF_READ_B (AIN#(0:149)_EF_READ_B@63)

Address: 7426

property ain63_ef_read_c: float

Function dependent on selected feature index.

Register: AIN63_EF_READ_C (AIN#(0:149)_EF_READ_C@63)

Address: 7726

property ain63_ef_read_d: float

Function dependent on selected feature index.

Register: AIN63_EF_READ_D (AIN#(0:149)_EF_READ_D@63)

Address: 8026

property ain64_ef_config_a: int

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@64)

Address: 9428

property ain64_ef_config_b: int

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@64)

Address: 9728

property ain64_ef_config_c: int

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@64)

Address: 10028

property ain64_ef_config_d: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@64)

Address: 10328

property ain64_ef_config_e: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@64)

Address: 10628

property ain64_ef_config_f: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@64)

Address: 10928

property ain64_ef_config_g: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@64)

Address: 11228

property ain64_ef_config_h: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@64)

Address: 11528

property ain64_ef_config_i: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@64)

Address: 11828

property ain64_ef_config_j: float

Function dependent on selected feature index.

Register: AIN64_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@64)

Address: 12128

property ain64_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN64_EF_INDEX (AIN#(0:149)_EF_INDEX@64)

Address: 9128

property ain64_ef_read_a: float

Function dependent on selected feature index.

Register: AIN64_EF_READ_A (AIN#(0:149)_EF_READ_A@64)

Address: 7128

property ain64_ef_read_b: float

Function dependent on selected feature index.

Register: AIN64_EF_READ_B (AIN#(0:149)_EF_READ_B@64)

Address: 7428

property ain64_ef_read_c: float

Function dependent on selected feature index.

Register: AIN64_EF_READ_C (AIN#(0:149)_EF_READ_C@64)

Address: 7728

property ain64_ef_read_d: float

Function dependent on selected feature index.

Register: AIN64_EF_READ_D (AIN#(0:149)_EF_READ_D@64)

Address: 8028

property ain65_ef_config_a: int

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@65)

Address: 9430

property ain65_ef_config_b: int

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@65)

Address: 9730

property ain65_ef_config_c: int

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@65)

Address: 10030

property ain65_ef_config_d: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@65)

Address: 10330

property ain65_ef_config_e: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@65)

Address: 10630

property ain65_ef_config_f: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@65)

Address: 10930

property ain65_ef_config_g: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@65)

Address: 11230

property ain65_ef_config_h: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@65)

Address: 11530

property ain65_ef_config_i: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@65)

Address: 11830

property ain65_ef_config_j: float

Function dependent on selected feature index.

Register: AIN65_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@65)

Address: 12130

property ain65_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN65_EF_INDEX (AIN#(0:149)_EF_INDEX@65)

Address: 9130

property ain65_ef_read_a: float

Function dependent on selected feature index.

Register: AIN65_EF_READ_A (AIN#(0:149)_EF_READ_A@65)

Address: 7130

property ain65_ef_read_b: float

Function dependent on selected feature index.

Register: AIN65_EF_READ_B (AIN#(0:149)_EF_READ_B@65)

Address: 7430

property ain65_ef_read_c: float

Function dependent on selected feature index.

Register: AIN65_EF_READ_C (AIN#(0:149)_EF_READ_C@65)

Address: 7730

property ain65_ef_read_d: float

Function dependent on selected feature index.

Register: AIN65_EF_READ_D (AIN#(0:149)_EF_READ_D@65)

Address: 8030

property ain66_ef_config_a: int

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@66)

Address: 9432

property ain66_ef_config_b: int

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@66)

Address: 9732

property ain66_ef_config_c: int

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@66)

Address: 10032

property ain66_ef_config_d: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@66)

Address: 10332

property ain66_ef_config_e: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@66)

Address: 10632

property ain66_ef_config_f: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@66)

Address: 10932

property ain66_ef_config_g: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@66)

Address: 11232

property ain66_ef_config_h: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@66)

Address: 11532

property ain66_ef_config_i: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@66)

Address: 11832

property ain66_ef_config_j: float

Function dependent on selected feature index.

Register: AIN66_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@66)

Address: 12132

property ain66_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN66_EF_INDEX (AIN#(0:149)_EF_INDEX@66)

Address: 9132

property ain66_ef_read_a: float

Function dependent on selected feature index.

Register: AIN66_EF_READ_A (AIN#(0:149)_EF_READ_A@66)

Address: 7132

property ain66_ef_read_b: float

Function dependent on selected feature index.

Register: AIN66_EF_READ_B (AIN#(0:149)_EF_READ_B@66)

Address: 7432

property ain66_ef_read_c: float

Function dependent on selected feature index.

Register: AIN66_EF_READ_C (AIN#(0:149)_EF_READ_C@66)

Address: 7732

property ain66_ef_read_d: float

Function dependent on selected feature index.

Register: AIN66_EF_READ_D (AIN#(0:149)_EF_READ_D@66)

Address: 8032

property ain67_ef_config_a: int

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@67)

Address: 9434

property ain67_ef_config_b: int

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@67)

Address: 9734

property ain67_ef_config_c: int

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@67)

Address: 10034

property ain67_ef_config_d: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@67)

Address: 10334

property ain67_ef_config_e: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@67)

Address: 10634

property ain67_ef_config_f: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@67)

Address: 10934

property ain67_ef_config_g: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@67)

Address: 11234

property ain67_ef_config_h: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@67)

Address: 11534

property ain67_ef_config_i: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@67)

Address: 11834

property ain67_ef_config_j: float

Function dependent on selected feature index.

Register: AIN67_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@67)

Address: 12134

property ain67_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN67_EF_INDEX (AIN#(0:149)_EF_INDEX@67)

Address: 9134

property ain67_ef_read_a: float

Function dependent on selected feature index.

Register: AIN67_EF_READ_A (AIN#(0:149)_EF_READ_A@67)

Address: 7134

property ain67_ef_read_b: float

Function dependent on selected feature index.

Register: AIN67_EF_READ_B (AIN#(0:149)_EF_READ_B@67)

Address: 7434

property ain67_ef_read_c: float

Function dependent on selected feature index.

Register: AIN67_EF_READ_C (AIN#(0:149)_EF_READ_C@67)

Address: 7734

property ain67_ef_read_d: float

Function dependent on selected feature index.

Register: AIN67_EF_READ_D (AIN#(0:149)_EF_READ_D@67)

Address: 8034

property ain68_ef_config_a: int

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@68)

Address: 9436

property ain68_ef_config_b: int

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@68)

Address: 9736

property ain68_ef_config_c: int

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@68)

Address: 10036

property ain68_ef_config_d: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@68)

Address: 10336

property ain68_ef_config_e: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@68)

Address: 10636

property ain68_ef_config_f: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@68)

Address: 10936

property ain68_ef_config_g: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@68)

Address: 11236

property ain68_ef_config_h: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@68)

Address: 11536

property ain68_ef_config_i: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@68)

Address: 11836

property ain68_ef_config_j: float

Function dependent on selected feature index.

Register: AIN68_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@68)

Address: 12136

property ain68_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN68_EF_INDEX (AIN#(0:149)_EF_INDEX@68)

Address: 9136

property ain68_ef_read_a: float

Function dependent on selected feature index.

Register: AIN68_EF_READ_A (AIN#(0:149)_EF_READ_A@68)

Address: 7136

property ain68_ef_read_b: float

Function dependent on selected feature index.

Register: AIN68_EF_READ_B (AIN#(0:149)_EF_READ_B@68)

Address: 7436

property ain68_ef_read_c: float

Function dependent on selected feature index.

Register: AIN68_EF_READ_C (AIN#(0:149)_EF_READ_C@68)

Address: 7736

property ain68_ef_read_d: float

Function dependent on selected feature index.

Register: AIN68_EF_READ_D (AIN#(0:149)_EF_READ_D@68)

Address: 8036

property ain69_ef_config_a: int

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@69)

Address: 9438

property ain69_ef_config_b: int

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@69)

Address: 9738

property ain69_ef_config_c: int

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@69)

Address: 10038

property ain69_ef_config_d: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@69)

Address: 10338

property ain69_ef_config_e: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@69)

Address: 10638

property ain69_ef_config_f: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@69)

Address: 10938

property ain69_ef_config_g: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@69)

Address: 11238

property ain69_ef_config_h: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@69)

Address: 11538

property ain69_ef_config_i: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@69)

Address: 11838

property ain69_ef_config_j: float

Function dependent on selected feature index.

Register: AIN69_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@69)

Address: 12138

property ain69_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN69_EF_INDEX (AIN#(0:149)_EF_INDEX@69)

Address: 9138

property ain69_ef_read_a: float

Function dependent on selected feature index.

Register: AIN69_EF_READ_A (AIN#(0:149)_EF_READ_A@69)

Address: 7138

property ain69_ef_read_b: float

Function dependent on selected feature index.

Register: AIN69_EF_READ_B (AIN#(0:149)_EF_READ_B@69)

Address: 7438

property ain69_ef_read_c: float

Function dependent on selected feature index.

Register: AIN69_EF_READ_C (AIN#(0:149)_EF_READ_C@69)

Address: 7738

property ain69_ef_read_d: float

Function dependent on selected feature index.

Register: AIN69_EF_READ_D (AIN#(0:149)_EF_READ_D@69)

Address: 8038

property ain6_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN6_BINARY (AIN#(0:7)_BINARY@6)

Address: 50012

property ain6_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN6_BINARY_CAPTURE (AIN#(0:7)_BINARY_CAPTURE@6)

Address: 50662

property ain6_capture: float

T8 Only. Returns the saved voltage of the specified analog input.

Register: AIN6_CAPTURE (AIN#(0:7)_CAPTURE@6)

Address: 662

property ain6_ef_config_a: int

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@6)

Address: 9312

property ain6_ef_config_b: int

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@6)

Address: 9612

property ain6_ef_config_c: int

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@6)

Address: 9912

property ain6_ef_config_d: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@6)

Address: 10212

property ain6_ef_config_e: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@6)

Address: 10512

property ain6_ef_config_f: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@6)

Address: 10812

property ain6_ef_config_g: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@6)

Address: 11112

property ain6_ef_config_h: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@6)

Address: 11412

property ain6_ef_config_i: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@6)

Address: 11712

property ain6_ef_config_j: float

Function dependent on selected feature index.

Register: AIN6_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@6)

Address: 12012

property ain6_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN6_EF_INDEX (AIN#(0:149)_EF_INDEX@6)

Address: 9012

property ain6_ef_read_a: float

Function dependent on selected feature index.

Register: AIN6_EF_READ_A (AIN#(0:149)_EF_READ_A@6)

Address: 7012

property ain6_ef_read_b: float

Function dependent on selected feature index.

Register: AIN6_EF_READ_B (AIN#(0:149)_EF_READ_B@6)

Address: 7312

property ain6_ef_read_c: float

Function dependent on selected feature index.

Register: AIN6_EF_READ_C (AIN#(0:149)_EF_READ_C@6)

Address: 7612

property ain6_ef_read_d: float

Function dependent on selected feature index.

Register: AIN6_EF_READ_D (AIN#(0:149)_EF_READ_D@6)

Address: 7912

property ain6_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN6_NEGATIVE_CH (AIN#(0:7)_NEGATIVE_CH@6)

Address: 41006

property ain6_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN6_RANGE (AIN#(0:7)_RANGE@6)

Address: 40012

property ain6_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN6_RESOLUTION_INDEX (AIN#(0:7)_RESOLUTION_INDEX@6)

Address: 41506

property ain6_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN6_SETTLING_US (AIN#(0:7)_SETTLING_US@6)

Address: 42012

property ain7: float

Returns the voltage of the specified analog input.

Register: AIN7 (AIN#(0:7)@7)

Address: 14

property ain70_ef_config_a: int

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@70)

Address: 9440

property ain70_ef_config_b: int

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@70)

Address: 9740

property ain70_ef_config_c: int

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@70)

Address: 10040

property ain70_ef_config_d: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@70)

Address: 10340

property ain70_ef_config_e: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@70)

Address: 10640

property ain70_ef_config_f: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@70)

Address: 10940

property ain70_ef_config_g: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@70)

Address: 11240

property ain70_ef_config_h: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@70)

Address: 11540

property ain70_ef_config_i: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@70)

Address: 11840

property ain70_ef_config_j: float

Function dependent on selected feature index.

Register: AIN70_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@70)

Address: 12140

property ain70_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN70_EF_INDEX (AIN#(0:149)_EF_INDEX@70)

Address: 9140

property ain70_ef_read_a: float

Function dependent on selected feature index.

Register: AIN70_EF_READ_A (AIN#(0:149)_EF_READ_A@70)

Address: 7140

property ain70_ef_read_b: float

Function dependent on selected feature index.

Register: AIN70_EF_READ_B (AIN#(0:149)_EF_READ_B@70)

Address: 7440

property ain70_ef_read_c: float

Function dependent on selected feature index.

Register: AIN70_EF_READ_C (AIN#(0:149)_EF_READ_C@70)

Address: 7740

property ain70_ef_read_d: float

Function dependent on selected feature index.

Register: AIN70_EF_READ_D (AIN#(0:149)_EF_READ_D@70)

Address: 8040

property ain71_ef_config_a: int

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@71)

Address: 9442

property ain71_ef_config_b: int

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@71)

Address: 9742

property ain71_ef_config_c: int

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@71)

Address: 10042

property ain71_ef_config_d: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@71)

Address: 10342

property ain71_ef_config_e: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@71)

Address: 10642

property ain71_ef_config_f: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@71)

Address: 10942

property ain71_ef_config_g: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@71)

Address: 11242

property ain71_ef_config_h: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@71)

Address: 11542

property ain71_ef_config_i: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@71)

Address: 11842

property ain71_ef_config_j: float

Function dependent on selected feature index.

Register: AIN71_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@71)

Address: 12142

property ain71_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN71_EF_INDEX (AIN#(0:149)_EF_INDEX@71)

Address: 9142

property ain71_ef_read_a: float

Function dependent on selected feature index.

Register: AIN71_EF_READ_A (AIN#(0:149)_EF_READ_A@71)

Address: 7142

property ain71_ef_read_b: float

Function dependent on selected feature index.

Register: AIN71_EF_READ_B (AIN#(0:149)_EF_READ_B@71)

Address: 7442

property ain71_ef_read_c: float

Function dependent on selected feature index.

Register: AIN71_EF_READ_C (AIN#(0:149)_EF_READ_C@71)

Address: 7742

property ain71_ef_read_d: float

Function dependent on selected feature index.

Register: AIN71_EF_READ_D (AIN#(0:149)_EF_READ_D@71)

Address: 8042

property ain72_ef_config_a: int

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@72)

Address: 9444

property ain72_ef_config_b: int

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@72)

Address: 9744

property ain72_ef_config_c: int

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@72)

Address: 10044

property ain72_ef_config_d: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@72)

Address: 10344

property ain72_ef_config_e: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@72)

Address: 10644

property ain72_ef_config_f: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@72)

Address: 10944

property ain72_ef_config_g: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@72)

Address: 11244

property ain72_ef_config_h: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@72)

Address: 11544

property ain72_ef_config_i: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@72)

Address: 11844

property ain72_ef_config_j: float

Function dependent on selected feature index.

Register: AIN72_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@72)

Address: 12144

property ain72_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN72_EF_INDEX (AIN#(0:149)_EF_INDEX@72)

Address: 9144

property ain72_ef_read_a: float

Function dependent on selected feature index.

Register: AIN72_EF_READ_A (AIN#(0:149)_EF_READ_A@72)

Address: 7144

property ain72_ef_read_b: float

Function dependent on selected feature index.

Register: AIN72_EF_READ_B (AIN#(0:149)_EF_READ_B@72)

Address: 7444

property ain72_ef_read_c: float

Function dependent on selected feature index.

Register: AIN72_EF_READ_C (AIN#(0:149)_EF_READ_C@72)

Address: 7744

property ain72_ef_read_d: float

Function dependent on selected feature index.

Register: AIN72_EF_READ_D (AIN#(0:149)_EF_READ_D@72)

Address: 8044

property ain73_ef_config_a: int

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@73)

Address: 9446

property ain73_ef_config_b: int

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@73)

Address: 9746

property ain73_ef_config_c: int

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@73)

Address: 10046

property ain73_ef_config_d: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@73)

Address: 10346

property ain73_ef_config_e: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@73)

Address: 10646

property ain73_ef_config_f: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@73)

Address: 10946

property ain73_ef_config_g: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@73)

Address: 11246

property ain73_ef_config_h: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@73)

Address: 11546

property ain73_ef_config_i: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@73)

Address: 11846

property ain73_ef_config_j: float

Function dependent on selected feature index.

Register: AIN73_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@73)

Address: 12146

property ain73_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN73_EF_INDEX (AIN#(0:149)_EF_INDEX@73)

Address: 9146

property ain73_ef_read_a: float

Function dependent on selected feature index.

Register: AIN73_EF_READ_A (AIN#(0:149)_EF_READ_A@73)

Address: 7146

property ain73_ef_read_b: float

Function dependent on selected feature index.

Register: AIN73_EF_READ_B (AIN#(0:149)_EF_READ_B@73)

Address: 7446

property ain73_ef_read_c: float

Function dependent on selected feature index.

Register: AIN73_EF_READ_C (AIN#(0:149)_EF_READ_C@73)

Address: 7746

property ain73_ef_read_d: float

Function dependent on selected feature index.

Register: AIN73_EF_READ_D (AIN#(0:149)_EF_READ_D@73)

Address: 8046

property ain74_ef_config_a: int

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@74)

Address: 9448

property ain74_ef_config_b: int

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@74)

Address: 9748

property ain74_ef_config_c: int

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@74)

Address: 10048

property ain74_ef_config_d: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@74)

Address: 10348

property ain74_ef_config_e: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@74)

Address: 10648

property ain74_ef_config_f: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@74)

Address: 10948

property ain74_ef_config_g: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@74)

Address: 11248

property ain74_ef_config_h: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@74)

Address: 11548

property ain74_ef_config_i: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@74)

Address: 11848

property ain74_ef_config_j: float

Function dependent on selected feature index.

Register: AIN74_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@74)

Address: 12148

property ain74_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN74_EF_INDEX (AIN#(0:149)_EF_INDEX@74)

Address: 9148

property ain74_ef_read_a: float

Function dependent on selected feature index.

Register: AIN74_EF_READ_A (AIN#(0:149)_EF_READ_A@74)

Address: 7148

property ain74_ef_read_b: float

Function dependent on selected feature index.

Register: AIN74_EF_READ_B (AIN#(0:149)_EF_READ_B@74)

Address: 7448

property ain74_ef_read_c: float

Function dependent on selected feature index.

Register: AIN74_EF_READ_C (AIN#(0:149)_EF_READ_C@74)

Address: 7748

property ain74_ef_read_d: float

Function dependent on selected feature index.

Register: AIN74_EF_READ_D (AIN#(0:149)_EF_READ_D@74)

Address: 8048

property ain75_ef_config_a: int

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@75)

Address: 9450

property ain75_ef_config_b: int

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@75)

Address: 9750

property ain75_ef_config_c: int

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@75)

Address: 10050

property ain75_ef_config_d: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@75)

Address: 10350

property ain75_ef_config_e: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@75)

Address: 10650

property ain75_ef_config_f: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@75)

Address: 10950

property ain75_ef_config_g: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@75)

Address: 11250

property ain75_ef_config_h: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@75)

Address: 11550

property ain75_ef_config_i: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@75)

Address: 11850

property ain75_ef_config_j: float

Function dependent on selected feature index.

Register: AIN75_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@75)

Address: 12150

property ain75_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN75_EF_INDEX (AIN#(0:149)_EF_INDEX@75)

Address: 9150

property ain75_ef_read_a: float

Function dependent on selected feature index.

Register: AIN75_EF_READ_A (AIN#(0:149)_EF_READ_A@75)

Address: 7150

property ain75_ef_read_b: float

Function dependent on selected feature index.

Register: AIN75_EF_READ_B (AIN#(0:149)_EF_READ_B@75)

Address: 7450

property ain75_ef_read_c: float

Function dependent on selected feature index.

Register: AIN75_EF_READ_C (AIN#(0:149)_EF_READ_C@75)

Address: 7750

property ain75_ef_read_d: float

Function dependent on selected feature index.

Register: AIN75_EF_READ_D (AIN#(0:149)_EF_READ_D@75)

Address: 8050

property ain76_ef_config_a: int

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@76)

Address: 9452

property ain76_ef_config_b: int

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@76)

Address: 9752

property ain76_ef_config_c: int

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@76)

Address: 10052

property ain76_ef_config_d: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@76)

Address: 10352

property ain76_ef_config_e: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@76)

Address: 10652

property ain76_ef_config_f: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@76)

Address: 10952

property ain76_ef_config_g: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@76)

Address: 11252

property ain76_ef_config_h: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@76)

Address: 11552

property ain76_ef_config_i: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@76)

Address: 11852

property ain76_ef_config_j: float

Function dependent on selected feature index.

Register: AIN76_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@76)

Address: 12152

property ain76_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN76_EF_INDEX (AIN#(0:149)_EF_INDEX@76)

Address: 9152

property ain76_ef_read_a: float

Function dependent on selected feature index.

Register: AIN76_EF_READ_A (AIN#(0:149)_EF_READ_A@76)

Address: 7152

property ain76_ef_read_b: float

Function dependent on selected feature index.

Register: AIN76_EF_READ_B (AIN#(0:149)_EF_READ_B@76)

Address: 7452

property ain76_ef_read_c: float

Function dependent on selected feature index.

Register: AIN76_EF_READ_C (AIN#(0:149)_EF_READ_C@76)

Address: 7752

property ain76_ef_read_d: float

Function dependent on selected feature index.

Register: AIN76_EF_READ_D (AIN#(0:149)_EF_READ_D@76)

Address: 8052

property ain77_ef_config_a: int

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@77)

Address: 9454

property ain77_ef_config_b: int

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@77)

Address: 9754

property ain77_ef_config_c: int

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@77)

Address: 10054

property ain77_ef_config_d: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@77)

Address: 10354

property ain77_ef_config_e: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@77)

Address: 10654

property ain77_ef_config_f: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@77)

Address: 10954

property ain77_ef_config_g: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@77)

Address: 11254

property ain77_ef_config_h: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@77)

Address: 11554

property ain77_ef_config_i: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@77)

Address: 11854

property ain77_ef_config_j: float

Function dependent on selected feature index.

Register: AIN77_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@77)

Address: 12154

property ain77_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN77_EF_INDEX (AIN#(0:149)_EF_INDEX@77)

Address: 9154

property ain77_ef_read_a: float

Function dependent on selected feature index.

Register: AIN77_EF_READ_A (AIN#(0:149)_EF_READ_A@77)

Address: 7154

property ain77_ef_read_b: float

Function dependent on selected feature index.

Register: AIN77_EF_READ_B (AIN#(0:149)_EF_READ_B@77)

Address: 7454

property ain77_ef_read_c: float

Function dependent on selected feature index.

Register: AIN77_EF_READ_C (AIN#(0:149)_EF_READ_C@77)

Address: 7754

property ain77_ef_read_d: float

Function dependent on selected feature index.

Register: AIN77_EF_READ_D (AIN#(0:149)_EF_READ_D@77)

Address: 8054

property ain78_ef_config_a: int

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@78)

Address: 9456

property ain78_ef_config_b: int

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@78)

Address: 9756

property ain78_ef_config_c: int

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@78)

Address: 10056

property ain78_ef_config_d: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@78)

Address: 10356

property ain78_ef_config_e: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@78)

Address: 10656

property ain78_ef_config_f: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@78)

Address: 10956

property ain78_ef_config_g: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@78)

Address: 11256

property ain78_ef_config_h: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@78)

Address: 11556

property ain78_ef_config_i: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@78)

Address: 11856

property ain78_ef_config_j: float

Function dependent on selected feature index.

Register: AIN78_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@78)

Address: 12156

property ain78_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN78_EF_INDEX (AIN#(0:149)_EF_INDEX@78)

Address: 9156

property ain78_ef_read_a: float

Function dependent on selected feature index.

Register: AIN78_EF_READ_A (AIN#(0:149)_EF_READ_A@78)

Address: 7156

property ain78_ef_read_b: float

Function dependent on selected feature index.

Register: AIN78_EF_READ_B (AIN#(0:149)_EF_READ_B@78)

Address: 7456

property ain78_ef_read_c: float

Function dependent on selected feature index.

Register: AIN78_EF_READ_C (AIN#(0:149)_EF_READ_C@78)

Address: 7756

property ain78_ef_read_d: float

Function dependent on selected feature index.

Register: AIN78_EF_READ_D (AIN#(0:149)_EF_READ_D@78)

Address: 8056

property ain79_ef_config_a: int

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@79)

Address: 9458

property ain79_ef_config_b: int

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@79)

Address: 9758

property ain79_ef_config_c: int

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@79)

Address: 10058

property ain79_ef_config_d: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@79)

Address: 10358

property ain79_ef_config_e: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@79)

Address: 10658

property ain79_ef_config_f: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@79)

Address: 10958

property ain79_ef_config_g: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@79)

Address: 11258

property ain79_ef_config_h: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@79)

Address: 11558

property ain79_ef_config_i: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@79)

Address: 11858

property ain79_ef_config_j: float

Function dependent on selected feature index.

Register: AIN79_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@79)

Address: 12158

property ain79_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN79_EF_INDEX (AIN#(0:149)_EF_INDEX@79)

Address: 9158

property ain79_ef_read_a: float

Function dependent on selected feature index.

Register: AIN79_EF_READ_A (AIN#(0:149)_EF_READ_A@79)

Address: 7158

property ain79_ef_read_b: float

Function dependent on selected feature index.

Register: AIN79_EF_READ_B (AIN#(0:149)_EF_READ_B@79)

Address: 7458

property ain79_ef_read_c: float

Function dependent on selected feature index.

Register: AIN79_EF_READ_C (AIN#(0:149)_EF_READ_C@79)

Address: 7758

property ain79_ef_read_d: float

Function dependent on selected feature index.

Register: AIN79_EF_READ_D (AIN#(0:149)_EF_READ_D@79)

Address: 8058

property ain7_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN7_BINARY (AIN#(0:7)_BINARY@7)

Address: 50014

property ain7_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN7_BINARY_CAPTURE (AIN#(0:7)_BINARY_CAPTURE@7)

Address: 50664

property ain7_capture: float

T8 Only. Returns the saved voltage of the specified analog input.

Register: AIN7_CAPTURE (AIN#(0:7)_CAPTURE@7)

Address: 664

property ain7_ef_config_a: int

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@7)

Address: 9314

property ain7_ef_config_b: int

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@7)

Address: 9614

property ain7_ef_config_c: int

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@7)

Address: 9914

property ain7_ef_config_d: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@7)

Address: 10214

property ain7_ef_config_e: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@7)

Address: 10514

property ain7_ef_config_f: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@7)

Address: 10814

property ain7_ef_config_g: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@7)

Address: 11114

property ain7_ef_config_h: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@7)

Address: 11414

property ain7_ef_config_i: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@7)

Address: 11714

property ain7_ef_config_j: float

Function dependent on selected feature index.

Register: AIN7_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@7)

Address: 12014

property ain7_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN7_EF_INDEX (AIN#(0:149)_EF_INDEX@7)

Address: 9014

property ain7_ef_read_a: float

Function dependent on selected feature index.

Register: AIN7_EF_READ_A (AIN#(0:149)_EF_READ_A@7)

Address: 7014

property ain7_ef_read_b: float

Function dependent on selected feature index.

Register: AIN7_EF_READ_B (AIN#(0:149)_EF_READ_B@7)

Address: 7314

property ain7_ef_read_c: float

Function dependent on selected feature index.

Register: AIN7_EF_READ_C (AIN#(0:149)_EF_READ_C@7)

Address: 7614

property ain7_ef_read_d: float

Function dependent on selected feature index.

Register: AIN7_EF_READ_D (AIN#(0:149)_EF_READ_D@7)

Address: 7914

property ain7_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN7_NEGATIVE_CH (AIN#(0:7)_NEGATIVE_CH@7)

Address: 41007

property ain7_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN7_RANGE (AIN#(0:7)_RANGE@7)

Address: 40014

property ain7_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN7_RESOLUTION_INDEX (AIN#(0:7)_RESOLUTION_INDEX@7)

Address: 41507

property ain7_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN7_SETTLING_US (AIN#(0:7)_SETTLING_US@7)

Address: 42014

property ain80_ef_config_a: int

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@80)

Address: 9460

property ain80_ef_config_b: int

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@80)

Address: 9760

property ain80_ef_config_c: int

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@80)

Address: 10060

property ain80_ef_config_d: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@80)

Address: 10360

property ain80_ef_config_e: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@80)

Address: 10660

property ain80_ef_config_f: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@80)

Address: 10960

property ain80_ef_config_g: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@80)

Address: 11260

property ain80_ef_config_h: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@80)

Address: 11560

property ain80_ef_config_i: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@80)

Address: 11860

property ain80_ef_config_j: float

Function dependent on selected feature index.

Register: AIN80_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@80)

Address: 12160

property ain80_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN80_EF_INDEX (AIN#(0:149)_EF_INDEX@80)

Address: 9160

property ain80_ef_read_a: float

Function dependent on selected feature index.

Register: AIN80_EF_READ_A (AIN#(0:149)_EF_READ_A@80)

Address: 7160

property ain80_ef_read_b: float

Function dependent on selected feature index.

Register: AIN80_EF_READ_B (AIN#(0:149)_EF_READ_B@80)

Address: 7460

property ain80_ef_read_c: float

Function dependent on selected feature index.

Register: AIN80_EF_READ_C (AIN#(0:149)_EF_READ_C@80)

Address: 7760

property ain80_ef_read_d: float

Function dependent on selected feature index.

Register: AIN80_EF_READ_D (AIN#(0:149)_EF_READ_D@80)

Address: 8060

property ain81_ef_config_a: int

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@81)

Address: 9462

property ain81_ef_config_b: int

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@81)

Address: 9762

property ain81_ef_config_c: int

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@81)

Address: 10062

property ain81_ef_config_d: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@81)

Address: 10362

property ain81_ef_config_e: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@81)

Address: 10662

property ain81_ef_config_f: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@81)

Address: 10962

property ain81_ef_config_g: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@81)

Address: 11262

property ain81_ef_config_h: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@81)

Address: 11562

property ain81_ef_config_i: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@81)

Address: 11862

property ain81_ef_config_j: float

Function dependent on selected feature index.

Register: AIN81_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@81)

Address: 12162

property ain81_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN81_EF_INDEX (AIN#(0:149)_EF_INDEX@81)

Address: 9162

property ain81_ef_read_a: float

Function dependent on selected feature index.

Register: AIN81_EF_READ_A (AIN#(0:149)_EF_READ_A@81)

Address: 7162

property ain81_ef_read_b: float

Function dependent on selected feature index.

Register: AIN81_EF_READ_B (AIN#(0:149)_EF_READ_B@81)

Address: 7462

property ain81_ef_read_c: float

Function dependent on selected feature index.

Register: AIN81_EF_READ_C (AIN#(0:149)_EF_READ_C@81)

Address: 7762

property ain81_ef_read_d: float

Function dependent on selected feature index.

Register: AIN81_EF_READ_D (AIN#(0:149)_EF_READ_D@81)

Address: 8062

property ain82_ef_config_a: int

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@82)

Address: 9464

property ain82_ef_config_b: int

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@82)

Address: 9764

property ain82_ef_config_c: int

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@82)

Address: 10064

property ain82_ef_config_d: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@82)

Address: 10364

property ain82_ef_config_e: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@82)

Address: 10664

property ain82_ef_config_f: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@82)

Address: 10964

property ain82_ef_config_g: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@82)

Address: 11264

property ain82_ef_config_h: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@82)

Address: 11564

property ain82_ef_config_i: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@82)

Address: 11864

property ain82_ef_config_j: float

Function dependent on selected feature index.

Register: AIN82_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@82)

Address: 12164

property ain82_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN82_EF_INDEX (AIN#(0:149)_EF_INDEX@82)

Address: 9164

property ain82_ef_read_a: float

Function dependent on selected feature index.

Register: AIN82_EF_READ_A (AIN#(0:149)_EF_READ_A@82)

Address: 7164

property ain82_ef_read_b: float

Function dependent on selected feature index.

Register: AIN82_EF_READ_B (AIN#(0:149)_EF_READ_B@82)

Address: 7464

property ain82_ef_read_c: float

Function dependent on selected feature index.

Register: AIN82_EF_READ_C (AIN#(0:149)_EF_READ_C@82)

Address: 7764

property ain82_ef_read_d: float

Function dependent on selected feature index.

Register: AIN82_EF_READ_D (AIN#(0:149)_EF_READ_D@82)

Address: 8064

property ain83_ef_config_a: int

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@83)

Address: 9466

property ain83_ef_config_b: int

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@83)

Address: 9766

property ain83_ef_config_c: int

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@83)

Address: 10066

property ain83_ef_config_d: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@83)

Address: 10366

property ain83_ef_config_e: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@83)

Address: 10666

property ain83_ef_config_f: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@83)

Address: 10966

property ain83_ef_config_g: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@83)

Address: 11266

property ain83_ef_config_h: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@83)

Address: 11566

property ain83_ef_config_i: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@83)

Address: 11866

property ain83_ef_config_j: float

Function dependent on selected feature index.

Register: AIN83_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@83)

Address: 12166

property ain83_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN83_EF_INDEX (AIN#(0:149)_EF_INDEX@83)

Address: 9166

property ain83_ef_read_a: float

Function dependent on selected feature index.

Register: AIN83_EF_READ_A (AIN#(0:149)_EF_READ_A@83)

Address: 7166

property ain83_ef_read_b: float

Function dependent on selected feature index.

Register: AIN83_EF_READ_B (AIN#(0:149)_EF_READ_B@83)

Address: 7466

property ain83_ef_read_c: float

Function dependent on selected feature index.

Register: AIN83_EF_READ_C (AIN#(0:149)_EF_READ_C@83)

Address: 7766

property ain83_ef_read_d: float

Function dependent on selected feature index.

Register: AIN83_EF_READ_D (AIN#(0:149)_EF_READ_D@83)

Address: 8066

property ain84_ef_config_a: int

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@84)

Address: 9468

property ain84_ef_config_b: int

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@84)

Address: 9768

property ain84_ef_config_c: int

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@84)

Address: 10068

property ain84_ef_config_d: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@84)

Address: 10368

property ain84_ef_config_e: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@84)

Address: 10668

property ain84_ef_config_f: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@84)

Address: 10968

property ain84_ef_config_g: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@84)

Address: 11268

property ain84_ef_config_h: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@84)

Address: 11568

property ain84_ef_config_i: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@84)

Address: 11868

property ain84_ef_config_j: float

Function dependent on selected feature index.

Register: AIN84_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@84)

Address: 12168

property ain84_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN84_EF_INDEX (AIN#(0:149)_EF_INDEX@84)

Address: 9168

property ain84_ef_read_a: float

Function dependent on selected feature index.

Register: AIN84_EF_READ_A (AIN#(0:149)_EF_READ_A@84)

Address: 7168

property ain84_ef_read_b: float

Function dependent on selected feature index.

Register: AIN84_EF_READ_B (AIN#(0:149)_EF_READ_B@84)

Address: 7468

property ain84_ef_read_c: float

Function dependent on selected feature index.

Register: AIN84_EF_READ_C (AIN#(0:149)_EF_READ_C@84)

Address: 7768

property ain84_ef_read_d: float

Function dependent on selected feature index.

Register: AIN84_EF_READ_D (AIN#(0:149)_EF_READ_D@84)

Address: 8068

property ain85_ef_config_a: int

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@85)

Address: 9470

property ain85_ef_config_b: int

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@85)

Address: 9770

property ain85_ef_config_c: int

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@85)

Address: 10070

property ain85_ef_config_d: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@85)

Address: 10370

property ain85_ef_config_e: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@85)

Address: 10670

property ain85_ef_config_f: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@85)

Address: 10970

property ain85_ef_config_g: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@85)

Address: 11270

property ain85_ef_config_h: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@85)

Address: 11570

property ain85_ef_config_i: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@85)

Address: 11870

property ain85_ef_config_j: float

Function dependent on selected feature index.

Register: AIN85_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@85)

Address: 12170

property ain85_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN85_EF_INDEX (AIN#(0:149)_EF_INDEX@85)

Address: 9170

property ain85_ef_read_a: float

Function dependent on selected feature index.

Register: AIN85_EF_READ_A (AIN#(0:149)_EF_READ_A@85)

Address: 7170

property ain85_ef_read_b: float

Function dependent on selected feature index.

Register: AIN85_EF_READ_B (AIN#(0:149)_EF_READ_B@85)

Address: 7470

property ain85_ef_read_c: float

Function dependent on selected feature index.

Register: AIN85_EF_READ_C (AIN#(0:149)_EF_READ_C@85)

Address: 7770

property ain85_ef_read_d: float

Function dependent on selected feature index.

Register: AIN85_EF_READ_D (AIN#(0:149)_EF_READ_D@85)

Address: 8070

property ain86_ef_config_a: int

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@86)

Address: 9472

property ain86_ef_config_b: int

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@86)

Address: 9772

property ain86_ef_config_c: int

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@86)

Address: 10072

property ain86_ef_config_d: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@86)

Address: 10372

property ain86_ef_config_e: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@86)

Address: 10672

property ain86_ef_config_f: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@86)

Address: 10972

property ain86_ef_config_g: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@86)

Address: 11272

property ain86_ef_config_h: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@86)

Address: 11572

property ain86_ef_config_i: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@86)

Address: 11872

property ain86_ef_config_j: float

Function dependent on selected feature index.

Register: AIN86_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@86)

Address: 12172

property ain86_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN86_EF_INDEX (AIN#(0:149)_EF_INDEX@86)

Address: 9172

property ain86_ef_read_a: float

Function dependent on selected feature index.

Register: AIN86_EF_READ_A (AIN#(0:149)_EF_READ_A@86)

Address: 7172

property ain86_ef_read_b: float

Function dependent on selected feature index.

Register: AIN86_EF_READ_B (AIN#(0:149)_EF_READ_B@86)

Address: 7472

property ain86_ef_read_c: float

Function dependent on selected feature index.

Register: AIN86_EF_READ_C (AIN#(0:149)_EF_READ_C@86)

Address: 7772

property ain86_ef_read_d: float

Function dependent on selected feature index.

Register: AIN86_EF_READ_D (AIN#(0:149)_EF_READ_D@86)

Address: 8072

property ain87_ef_config_a: int

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@87)

Address: 9474

property ain87_ef_config_b: int

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@87)

Address: 9774

property ain87_ef_config_c: int

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@87)

Address: 10074

property ain87_ef_config_d: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@87)

Address: 10374

property ain87_ef_config_e: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@87)

Address: 10674

property ain87_ef_config_f: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@87)

Address: 10974

property ain87_ef_config_g: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@87)

Address: 11274

property ain87_ef_config_h: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@87)

Address: 11574

property ain87_ef_config_i: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@87)

Address: 11874

property ain87_ef_config_j: float

Function dependent on selected feature index.

Register: AIN87_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@87)

Address: 12174

property ain87_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN87_EF_INDEX (AIN#(0:149)_EF_INDEX@87)

Address: 9174

property ain87_ef_read_a: float

Function dependent on selected feature index.

Register: AIN87_EF_READ_A (AIN#(0:149)_EF_READ_A@87)

Address: 7174

property ain87_ef_read_b: float

Function dependent on selected feature index.

Register: AIN87_EF_READ_B (AIN#(0:149)_EF_READ_B@87)

Address: 7474

property ain87_ef_read_c: float

Function dependent on selected feature index.

Register: AIN87_EF_READ_C (AIN#(0:149)_EF_READ_C@87)

Address: 7774

property ain87_ef_read_d: float

Function dependent on selected feature index.

Register: AIN87_EF_READ_D (AIN#(0:149)_EF_READ_D@87)

Address: 8074

property ain88_ef_config_a: int

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@88)

Address: 9476

property ain88_ef_config_b: int

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@88)

Address: 9776

property ain88_ef_config_c: int

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@88)

Address: 10076

property ain88_ef_config_d: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@88)

Address: 10376

property ain88_ef_config_e: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@88)

Address: 10676

property ain88_ef_config_f: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@88)

Address: 10976

property ain88_ef_config_g: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@88)

Address: 11276

property ain88_ef_config_h: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@88)

Address: 11576

property ain88_ef_config_i: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@88)

Address: 11876

property ain88_ef_config_j: float

Function dependent on selected feature index.

Register: AIN88_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@88)

Address: 12176

property ain88_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN88_EF_INDEX (AIN#(0:149)_EF_INDEX@88)

Address: 9176

property ain88_ef_read_a: float

Function dependent on selected feature index.

Register: AIN88_EF_READ_A (AIN#(0:149)_EF_READ_A@88)

Address: 7176

property ain88_ef_read_b: float

Function dependent on selected feature index.

Register: AIN88_EF_READ_B (AIN#(0:149)_EF_READ_B@88)

Address: 7476

property ain88_ef_read_c: float

Function dependent on selected feature index.

Register: AIN88_EF_READ_C (AIN#(0:149)_EF_READ_C@88)

Address: 7776

property ain88_ef_read_d: float

Function dependent on selected feature index.

Register: AIN88_EF_READ_D (AIN#(0:149)_EF_READ_D@88)

Address: 8076

property ain89_ef_config_a: int

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@89)

Address: 9478

property ain89_ef_config_b: int

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@89)

Address: 9778

property ain89_ef_config_c: int

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@89)

Address: 10078

property ain89_ef_config_d: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@89)

Address: 10378

property ain89_ef_config_e: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@89)

Address: 10678

property ain89_ef_config_f: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@89)

Address: 10978

property ain89_ef_config_g: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@89)

Address: 11278

property ain89_ef_config_h: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@89)

Address: 11578

property ain89_ef_config_i: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@89)

Address: 11878

property ain89_ef_config_j: float

Function dependent on selected feature index.

Register: AIN89_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@89)

Address: 12178

property ain89_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN89_EF_INDEX (AIN#(0:149)_EF_INDEX@89)

Address: 9178

property ain89_ef_read_a: float

Function dependent on selected feature index.

Register: AIN89_EF_READ_A (AIN#(0:149)_EF_READ_A@89)

Address: 7178

property ain89_ef_read_b: float

Function dependent on selected feature index.

Register: AIN89_EF_READ_B (AIN#(0:149)_EF_READ_B@89)

Address: 7478

property ain89_ef_read_c: float

Function dependent on selected feature index.

Register: AIN89_EF_READ_C (AIN#(0:149)_EF_READ_C@89)

Address: 7778

property ain89_ef_read_d: float

Function dependent on selected feature index.

Register: AIN89_EF_READ_D (AIN#(0:149)_EF_READ_D@89)

Address: 8078

property ain8_ef_config_a: int

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@8)

Address: 9316

property ain8_ef_config_b: int

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@8)

Address: 9616

property ain8_ef_config_c: int

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@8)

Address: 9916

property ain8_ef_config_d: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@8)

Address: 10216

property ain8_ef_config_e: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@8)

Address: 10516

property ain8_ef_config_f: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@8)

Address: 10816

property ain8_ef_config_g: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@8)

Address: 11116

property ain8_ef_config_h: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@8)

Address: 11416

property ain8_ef_config_i: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@8)

Address: 11716

property ain8_ef_config_j: float

Function dependent on selected feature index.

Register: AIN8_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@8)

Address: 12016

property ain8_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN8_EF_INDEX (AIN#(0:149)_EF_INDEX@8)

Address: 9016

property ain8_ef_read_a: float

Function dependent on selected feature index.

Register: AIN8_EF_READ_A (AIN#(0:149)_EF_READ_A@8)

Address: 7016

property ain8_ef_read_b: float

Function dependent on selected feature index.

Register: AIN8_EF_READ_B (AIN#(0:149)_EF_READ_B@8)

Address: 7316

property ain8_ef_read_c: float

Function dependent on selected feature index.

Register: AIN8_EF_READ_C (AIN#(0:149)_EF_READ_C@8)

Address: 7616

property ain8_ef_read_d: float

Function dependent on selected feature index.

Register: AIN8_EF_READ_D (AIN#(0:149)_EF_READ_D@8)

Address: 7916

property ain90_ef_config_a: int

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@90)

Address: 9480

property ain90_ef_config_b: int

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@90)

Address: 9780

property ain90_ef_config_c: int

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@90)

Address: 10080

property ain90_ef_config_d: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@90)

Address: 10380

property ain90_ef_config_e: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@90)

Address: 10680

property ain90_ef_config_f: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@90)

Address: 10980

property ain90_ef_config_g: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@90)

Address: 11280

property ain90_ef_config_h: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@90)

Address: 11580

property ain90_ef_config_i: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@90)

Address: 11880

property ain90_ef_config_j: float

Function dependent on selected feature index.

Register: AIN90_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@90)

Address: 12180

property ain90_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN90_EF_INDEX (AIN#(0:149)_EF_INDEX@90)

Address: 9180

property ain90_ef_read_a: float

Function dependent on selected feature index.

Register: AIN90_EF_READ_A (AIN#(0:149)_EF_READ_A@90)

Address: 7180

property ain90_ef_read_b: float

Function dependent on selected feature index.

Register: AIN90_EF_READ_B (AIN#(0:149)_EF_READ_B@90)

Address: 7480

property ain90_ef_read_c: float

Function dependent on selected feature index.

Register: AIN90_EF_READ_C (AIN#(0:149)_EF_READ_C@90)

Address: 7780

property ain90_ef_read_d: float

Function dependent on selected feature index.

Register: AIN90_EF_READ_D (AIN#(0:149)_EF_READ_D@90)

Address: 8080

property ain91_ef_config_a: int

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@91)

Address: 9482

property ain91_ef_config_b: int

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@91)

Address: 9782

property ain91_ef_config_c: int

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@91)

Address: 10082

property ain91_ef_config_d: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@91)

Address: 10382

property ain91_ef_config_e: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@91)

Address: 10682

property ain91_ef_config_f: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@91)

Address: 10982

property ain91_ef_config_g: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@91)

Address: 11282

property ain91_ef_config_h: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@91)

Address: 11582

property ain91_ef_config_i: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@91)

Address: 11882

property ain91_ef_config_j: float

Function dependent on selected feature index.

Register: AIN91_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@91)

Address: 12182

property ain91_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN91_EF_INDEX (AIN#(0:149)_EF_INDEX@91)

Address: 9182

property ain91_ef_read_a: float

Function dependent on selected feature index.

Register: AIN91_EF_READ_A (AIN#(0:149)_EF_READ_A@91)

Address: 7182

property ain91_ef_read_b: float

Function dependent on selected feature index.

Register: AIN91_EF_READ_B (AIN#(0:149)_EF_READ_B@91)

Address: 7482

property ain91_ef_read_c: float

Function dependent on selected feature index.

Register: AIN91_EF_READ_C (AIN#(0:149)_EF_READ_C@91)

Address: 7782

property ain91_ef_read_d: float

Function dependent on selected feature index.

Register: AIN91_EF_READ_D (AIN#(0:149)_EF_READ_D@91)

Address: 8082

property ain92_ef_config_a: int

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@92)

Address: 9484

property ain92_ef_config_b: int

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@92)

Address: 9784

property ain92_ef_config_c: int

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@92)

Address: 10084

property ain92_ef_config_d: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@92)

Address: 10384

property ain92_ef_config_e: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@92)

Address: 10684

property ain92_ef_config_f: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@92)

Address: 10984

property ain92_ef_config_g: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@92)

Address: 11284

property ain92_ef_config_h: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@92)

Address: 11584

property ain92_ef_config_i: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@92)

Address: 11884

property ain92_ef_config_j: float

Function dependent on selected feature index.

Register: AIN92_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@92)

Address: 12184

property ain92_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN92_EF_INDEX (AIN#(0:149)_EF_INDEX@92)

Address: 9184

property ain92_ef_read_a: float

Function dependent on selected feature index.

Register: AIN92_EF_READ_A (AIN#(0:149)_EF_READ_A@92)

Address: 7184

property ain92_ef_read_b: float

Function dependent on selected feature index.

Register: AIN92_EF_READ_B (AIN#(0:149)_EF_READ_B@92)

Address: 7484

property ain92_ef_read_c: float

Function dependent on selected feature index.

Register: AIN92_EF_READ_C (AIN#(0:149)_EF_READ_C@92)

Address: 7784

property ain92_ef_read_d: float

Function dependent on selected feature index.

Register: AIN92_EF_READ_D (AIN#(0:149)_EF_READ_D@92)

Address: 8084

property ain93_ef_config_a: int

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@93)

Address: 9486

property ain93_ef_config_b: int

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@93)

Address: 9786

property ain93_ef_config_c: int

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@93)

Address: 10086

property ain93_ef_config_d: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@93)

Address: 10386

property ain93_ef_config_e: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@93)

Address: 10686

property ain93_ef_config_f: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@93)

Address: 10986

property ain93_ef_config_g: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@93)

Address: 11286

property ain93_ef_config_h: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@93)

Address: 11586

property ain93_ef_config_i: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@93)

Address: 11886

property ain93_ef_config_j: float

Function dependent on selected feature index.

Register: AIN93_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@93)

Address: 12186

property ain93_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN93_EF_INDEX (AIN#(0:149)_EF_INDEX@93)

Address: 9186

property ain93_ef_read_a: float

Function dependent on selected feature index.

Register: AIN93_EF_READ_A (AIN#(0:149)_EF_READ_A@93)

Address: 7186

property ain93_ef_read_b: float

Function dependent on selected feature index.

Register: AIN93_EF_READ_B (AIN#(0:149)_EF_READ_B@93)

Address: 7486

property ain93_ef_read_c: float

Function dependent on selected feature index.

Register: AIN93_EF_READ_C (AIN#(0:149)_EF_READ_C@93)

Address: 7786

property ain93_ef_read_d: float

Function dependent on selected feature index.

Register: AIN93_EF_READ_D (AIN#(0:149)_EF_READ_D@93)

Address: 8086

property ain94_ef_config_a: int

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@94)

Address: 9488

property ain94_ef_config_b: int

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@94)

Address: 9788

property ain94_ef_config_c: int

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@94)

Address: 10088

property ain94_ef_config_d: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@94)

Address: 10388

property ain94_ef_config_e: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@94)

Address: 10688

property ain94_ef_config_f: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@94)

Address: 10988

property ain94_ef_config_g: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@94)

Address: 11288

property ain94_ef_config_h: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@94)

Address: 11588

property ain94_ef_config_i: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@94)

Address: 11888

property ain94_ef_config_j: float

Function dependent on selected feature index.

Register: AIN94_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@94)

Address: 12188

property ain94_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN94_EF_INDEX (AIN#(0:149)_EF_INDEX@94)

Address: 9188

property ain94_ef_read_a: float

Function dependent on selected feature index.

Register: AIN94_EF_READ_A (AIN#(0:149)_EF_READ_A@94)

Address: 7188

property ain94_ef_read_b: float

Function dependent on selected feature index.

Register: AIN94_EF_READ_B (AIN#(0:149)_EF_READ_B@94)

Address: 7488

property ain94_ef_read_c: float

Function dependent on selected feature index.

Register: AIN94_EF_READ_C (AIN#(0:149)_EF_READ_C@94)

Address: 7788

property ain94_ef_read_d: float

Function dependent on selected feature index.

Register: AIN94_EF_READ_D (AIN#(0:149)_EF_READ_D@94)

Address: 8088

property ain95_ef_config_a: int

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@95)

Address: 9490

property ain95_ef_config_b: int

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@95)

Address: 9790

property ain95_ef_config_c: int

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@95)

Address: 10090

property ain95_ef_config_d: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@95)

Address: 10390

property ain95_ef_config_e: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@95)

Address: 10690

property ain95_ef_config_f: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@95)

Address: 10990

property ain95_ef_config_g: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@95)

Address: 11290

property ain95_ef_config_h: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@95)

Address: 11590

property ain95_ef_config_i: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@95)

Address: 11890

property ain95_ef_config_j: float

Function dependent on selected feature index.

Register: AIN95_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@95)

Address: 12190

property ain95_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN95_EF_INDEX (AIN#(0:149)_EF_INDEX@95)

Address: 9190

property ain95_ef_read_a: float

Function dependent on selected feature index.

Register: AIN95_EF_READ_A (AIN#(0:149)_EF_READ_A@95)

Address: 7190

property ain95_ef_read_b: float

Function dependent on selected feature index.

Register: AIN95_EF_READ_B (AIN#(0:149)_EF_READ_B@95)

Address: 7490

property ain95_ef_read_c: float

Function dependent on selected feature index.

Register: AIN95_EF_READ_C (AIN#(0:149)_EF_READ_C@95)

Address: 7790

property ain95_ef_read_d: float

Function dependent on selected feature index.

Register: AIN95_EF_READ_D (AIN#(0:149)_EF_READ_D@95)

Address: 8090

property ain96_ef_config_a: int

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@96)

Address: 9492

property ain96_ef_config_b: int

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@96)

Address: 9792

property ain96_ef_config_c: int

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@96)

Address: 10092

property ain96_ef_config_d: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@96)

Address: 10392

property ain96_ef_config_e: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@96)

Address: 10692

property ain96_ef_config_f: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@96)

Address: 10992

property ain96_ef_config_g: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@96)

Address: 11292

property ain96_ef_config_h: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@96)

Address: 11592

property ain96_ef_config_i: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@96)

Address: 11892

property ain96_ef_config_j: float

Function dependent on selected feature index.

Register: AIN96_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@96)

Address: 12192

property ain96_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN96_EF_INDEX (AIN#(0:149)_EF_INDEX@96)

Address: 9192

property ain96_ef_read_a: float

Function dependent on selected feature index.

Register: AIN96_EF_READ_A (AIN#(0:149)_EF_READ_A@96)

Address: 7192

property ain96_ef_read_b: float

Function dependent on selected feature index.

Register: AIN96_EF_READ_B (AIN#(0:149)_EF_READ_B@96)

Address: 7492

property ain96_ef_read_c: float

Function dependent on selected feature index.

Register: AIN96_EF_READ_C (AIN#(0:149)_EF_READ_C@96)

Address: 7792

property ain96_ef_read_d: float

Function dependent on selected feature index.

Register: AIN96_EF_READ_D (AIN#(0:149)_EF_READ_D@96)

Address: 8092

property ain97_ef_config_a: int

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@97)

Address: 9494

property ain97_ef_config_b: int

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@97)

Address: 9794

property ain97_ef_config_c: int

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@97)

Address: 10094

property ain97_ef_config_d: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@97)

Address: 10394

property ain97_ef_config_e: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@97)

Address: 10694

property ain97_ef_config_f: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@97)

Address: 10994

property ain97_ef_config_g: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@97)

Address: 11294

property ain97_ef_config_h: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@97)

Address: 11594

property ain97_ef_config_i: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@97)

Address: 11894

property ain97_ef_config_j: float

Function dependent on selected feature index.

Register: AIN97_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@97)

Address: 12194

property ain97_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN97_EF_INDEX (AIN#(0:149)_EF_INDEX@97)

Address: 9194

property ain97_ef_read_a: float

Function dependent on selected feature index.

Register: AIN97_EF_READ_A (AIN#(0:149)_EF_READ_A@97)

Address: 7194

property ain97_ef_read_b: float

Function dependent on selected feature index.

Register: AIN97_EF_READ_B (AIN#(0:149)_EF_READ_B@97)

Address: 7494

property ain97_ef_read_c: float

Function dependent on selected feature index.

Register: AIN97_EF_READ_C (AIN#(0:149)_EF_READ_C@97)

Address: 7794

property ain97_ef_read_d: float

Function dependent on selected feature index.

Register: AIN97_EF_READ_D (AIN#(0:149)_EF_READ_D@97)

Address: 8094

property ain98_ef_config_a: int

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@98)

Address: 9496

property ain98_ef_config_b: int

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@98)

Address: 9796

property ain98_ef_config_c: int

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@98)

Address: 10096

property ain98_ef_config_d: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@98)

Address: 10396

property ain98_ef_config_e: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@98)

Address: 10696

property ain98_ef_config_f: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@98)

Address: 10996

property ain98_ef_config_g: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@98)

Address: 11296

property ain98_ef_config_h: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@98)

Address: 11596

property ain98_ef_config_i: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@98)

Address: 11896

property ain98_ef_config_j: float

Function dependent on selected feature index.

Register: AIN98_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@98)

Address: 12196

property ain98_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN98_EF_INDEX (AIN#(0:149)_EF_INDEX@98)

Address: 9196

property ain98_ef_read_a: float

Function dependent on selected feature index.

Register: AIN98_EF_READ_A (AIN#(0:149)_EF_READ_A@98)

Address: 7196

property ain98_ef_read_b: float

Function dependent on selected feature index.

Register: AIN98_EF_READ_B (AIN#(0:149)_EF_READ_B@98)

Address: 7496

property ain98_ef_read_c: float

Function dependent on selected feature index.

Register: AIN98_EF_READ_C (AIN#(0:149)_EF_READ_C@98)

Address: 7796

property ain98_ef_read_d: float

Function dependent on selected feature index.

Register: AIN98_EF_READ_D (AIN#(0:149)_EF_READ_D@98)

Address: 8096

property ain99_ef_config_a: int

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@99)

Address: 9498

property ain99_ef_config_b: int

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@99)

Address: 9798

property ain99_ef_config_c: int

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@99)

Address: 10098

property ain99_ef_config_d: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@99)

Address: 10398

property ain99_ef_config_e: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@99)

Address: 10698

property ain99_ef_config_f: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@99)

Address: 10998

property ain99_ef_config_g: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@99)

Address: 11298

property ain99_ef_config_h: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@99)

Address: 11598

property ain99_ef_config_i: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@99)

Address: 11898

property ain99_ef_config_j: float

Function dependent on selected feature index.

Register: AIN99_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@99)

Address: 12198

property ain99_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN99_EF_INDEX (AIN#(0:149)_EF_INDEX@99)

Address: 9198

property ain99_ef_read_a: float

Function dependent on selected feature index.

Register: AIN99_EF_READ_A (AIN#(0:149)_EF_READ_A@99)

Address: 7198

property ain99_ef_read_b: float

Function dependent on selected feature index.

Register: AIN99_EF_READ_B (AIN#(0:149)_EF_READ_B@99)

Address: 7498

property ain99_ef_read_c: float

Function dependent on selected feature index.

Register: AIN99_EF_READ_C (AIN#(0:149)_EF_READ_C@99)

Address: 7798

property ain99_ef_read_d: float

Function dependent on selected feature index.

Register: AIN99_EF_READ_D (AIN#(0:149)_EF_READ_D@99)

Address: 8098

property ain9_ef_config_a: int

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@9)

Address: 9318

property ain9_ef_config_b: int

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@9)

Address: 9618

property ain9_ef_config_c: int

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@9)

Address: 9918

property ain9_ef_config_d: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@9)

Address: 10218

property ain9_ef_config_e: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@9)

Address: 10518

property ain9_ef_config_f: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@9)

Address: 10818

property ain9_ef_config_g: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@9)

Address: 11118

property ain9_ef_config_h: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@9)

Address: 11418

property ain9_ef_config_i: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@9)

Address: 11718

property ain9_ef_config_j: float

Function dependent on selected feature index.

Register: AIN9_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@9)

Address: 12018

property ain9_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN9_EF_INDEX (AIN#(0:149)_EF_INDEX@9)

Address: 9018

property ain9_ef_read_a: float

Function dependent on selected feature index.

Register: AIN9_EF_READ_A (AIN#(0:149)_EF_READ_A@9)

Address: 7018

property ain9_ef_read_b: float

Function dependent on selected feature index.

Register: AIN9_EF_READ_B (AIN#(0:149)_EF_READ_B@9)

Address: 7318

property ain9_ef_read_c: float

Function dependent on selected feature index.

Register: AIN9_EF_READ_C (AIN#(0:149)_EF_READ_C@9)

Address: 7618

property ain9_ef_read_d: float

Function dependent on selected feature index.

Register: AIN9_EF_READ_D (AIN#(0:149)_EF_READ_D@9)

Address: 7918

property ain_all_ef_index: int

Write 0 to deactivate AIN_EF on all AINs. No other values may be written to this register. Reads will return the AIN_EF index if all 128 AINs are set to the same value. If values are not the same returns 0xFFFF (65535).

Register: AIN_ALL_EF_INDEX

Address: 43906

property ain_all_negative_ch: int

A write to this global parameter affects all AIN. Writing 1 will set all AINs to differential. Writing 199 will set all AINs to single-ended. A read will return 1 if all AINs are set to differential and 199 if all AINs are set to single-ended. If AIN configurations are not consistent 0xFFFF will be returned.

Register: AIN_ALL_NEGATIVE_CH

Address: 43902

property ain_all_range: float

A write to this global parameter affects all AIN. A read will return the correct setting if all channels are set the same, but otherwise will return -9999.

Register: AIN_ALL_RANGE

Address: 43900

property ain_all_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times. A write to this global parameter affects all AIN. A read will return the correct setting if all channels are set the same, but otherwise will return 0xFFFF.

Register: AIN_ALL_RESOLUTION_INDEX

Address: 43903

property ain_all_settling_us: float

Settling time for command-response and AIN-EF readings. A write to this global parameter affects all AIN. A read will return the correct setting if all channels are set the same, but otherwise will return -9999. Max is 50,000 us.

Register: AIN_ALL_SETTLING_US

Address: 43904

property ain_channel_enable: int

T8 Only. This register is a bitmask representing the enable states of the analog inputs.

Register: AIN_CHANNEL_ENABLE

Address: 43700

property ain_sampling_rate_actual_hz: float

T8 Only. Returns the AIN system’s actual sampling rate.

Register: AIN_SAMPLING_RATE_ACTUAL_HZ

Address: 43712

property ain_sampling_rate_hz: float

T8 Only. Writing to this register sets the analog sampling rate. Not all rates are possible. Read AIN_SAMPLING_RATE_ACTUAL_HZ to get the actual rate.

Register: AIN_SAMPLING_RATE_HZ

Address: 43710

property asynch_baud: int

The symbol rate that will be used for communication. 9600 is typical. Up to 38400 works, but heavily loads the T7’s processor.

Register: ASYNCH_BAUD

Address: 5420

property asynch_data_rx: int

Read received data from here.

This register is a buffer. Underrun behavior - fill with zeros.

Register: ASYNCH_DATA_RX

Address: 5495

property asynch_data_tx: int

Write data to be transmitted here. This register is a buffer.

Register: ASYNCH_DATA_TX

Address: 5490

property asynch_enable: int

1 = Turn on Asynch. Configures timing hardware, DIO lines and allocates the receiving buffer.

Register: ASYNCH_ENABLE

Address: 5400

property asynch_num_bytes_rx: int

The number of data bytes that have been received.

Register: ASYNCH_NUM_BYTES_RX

Address: 5435

property asynch_num_bytes_tx: int

The number of bytes to be transmitted after writing to GO. Max is 256.

Register: ASYNCH_NUM_BYTES_TX

Address: 5440

property asynch_num_data_bits: int

The number of data bits per frame. 0-8, 0=8.

Register: ASYNCH_NUM_DATA_BITS

Address: 5415

property asynch_num_parity_errors: int

The number of parity errors that have been detected. Cleared when UART is enabled. Can also be cleared by writing 0.

Register: ASYNCH_NUM_PARITY_ERRORS

Address: 5465

property asynch_num_stop_bits: int

The number of stop bits. Values: 0 = zero stop bits, 1 = one stop bit, 2 = two stop bits.

Register: ASYNCH_NUM_STOP_BITS

Address: 5455

property asynch_parity: int

Parity setting: 0=none, 1=odd, 2=even.

Register: ASYNCH_PARITY

Address: 5460

property asynch_rx_buffer_size_bytes: int

Number of bytes to use for the receiving buffer. Max is 2048. 0 = 200.

Register: ASYNCH_RX_BUFFER_SIZE_BYTES

Address: 5430

property asynch_rx_dionum: int

The DIO line that will receive data. (RX)

Register: ASYNCH_RX_DIONUM

Address: 5405

property asynch_tx_dionum: int

The DIO line that will transmit data. (TX)

Register: ASYNCH_TX_DIONUM

Address: 5410

property asynch_tx_go: int

Write a 1 to this register to initiate a transmission.

Register: ASYNCH_TX_GO

Address: 5450

property bootloader_version: float

The bootloader version installed on the main processor.

Register: BOOTLOADER_VERSION

Address: 60006

property calibration_constants_status: float

T8 Only. Returns the status of the calibration data saved in flash. 1 = calibration looks good. 0 = calibration invalid.

Register: CALIBRATION_CONSTANTS_STATUS

Address: 60091

property calibration_source: int

T8 Only. Sets and reads the source of the current set of calibration constants. 0 = no calibration. 1 = binary calibration, 2 = Calibration set from Flash, 3 = Nominal Calibration. When setting to 2, the constants will be checked and if invalid 1 will be used instead.

Register: CALIBRATION_SOURCE

Address: 60092

property cio0: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: CIO0 (CIO#(0:3)@0)

Address: 2016

property cio1: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: CIO1 (CIO#(0:3)@1)

Address: 2017

property cio2: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: CIO2 (CIO#(0:3)@2)

Address: 2018

property cio3: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: CIO3 (CIO#(0:3)@3)

Address: 2019

property cio_direction: int

Read or write the direction of the 4 bits of CIO in a single binary-encoded value. 0=Input and 1=Output. The upper 8-bits of this value are inhibits.

Register: CIO_DIRECTION

Address: 2602

property cio_mio_state: int

Read or write the state of the 12 bits of CIO-MIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written.

Register: CIO_MIO_STATE

Address: 2582

property cio_state: int

Read or write the state of the 4 bits of CIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. The upper 8-bits of this value are inhibits.

Register: CIO_STATE

Address: 2502

property cleanse: int

Writing 0x5317052E to this register will trigger a system cleanse.

Register: CLEANSE

Address: 49090

property core_timer: int

Internal 32-bit system timer running at 1/2 core speed, thus normally 80M/2 => 40 MHz.

Register: CORE_TIMER

Address: 61520

property current_source_10ua_cal_value: float

Fixed current source value in Amps for the 10UA terminal. This value is stored during factory calibration, it is not a current reading. Using the equation V=IR, with a known current and voltage, it is possible to calculate resistance of RTDs.

Register: CURRENT_SOURCE_10UA_CAL_VALUE

Address: 1900

property current_source_200ua_cal_value: float

Fixed current source value in Amps for the 200UA terminal. This value is stored during factory calibration, it is not a current reading. Using the equation V=IR, with a known current and voltage, it is possible to calculate resistance of RTDs.

Register: CURRENT_SOURCE_200UA_CAL_VALUE

Address: 1902

property dac0: float

Pass a voltage for the specified analog output.

Register: DAC0 (DAC#(0:1)@0)

Address: 1000

property dac0_binary: int

Writes binary values to the DACs. Binary values are 16-bit. If the DAC’s resolution is less than 16 then the lower bits are ignored. 0 = lowest output, 65535 = highest output.

Register: DAC0_BINARY (DAC#(0:1)_BINARY@0)

Address: 51000

property dac1: float

Pass a voltage for the specified analog output.

Register: DAC1 (DAC#(0:1)@1)

Address: 1002

property dac1_binary: int

Writes binary values to the DACs. Binary values are 16-bit. If the DAC’s resolution is less than 16 then the lower bits are ignored. 0 = lowest output, 65535 = highest output.

Register: DAC1_BINARY (DAC#(0:1)_BINARY@1)

Address: 51002

property dac1_frequency_out_enable: int

0 = off, 1 = output 10 Hz signal on DAC1. The signal will be a square wave with peaks of 0 and 3.3V. Note that writing to DAC1 or enabling a stream out which is targeting DAC1 will disable this feature.

Register: DAC1_FREQUENCY_OUT_ENABLE

Address: 61532

property device_name_default: str

Reads return the current device name. Writes update the default and current device name. A reboot is necessary to update the name reported by NBNS. Up to 49 characters, cannot contain periods.

Register: DEVICE_NAME_DEFAULT

Address: 60500

property device_reset_dbg_reg: int

Bitmask register that indicates why a device was last re-set. bit0: Power-on reset, bit1: Brown-out, bit2: Wake from idle, bit3: Wake from sleep, bit4: watchdog timer time-out, bit5: reserved, bit6: Software reset, bit7: external reset (MCLR), bit8: Voltage regulator standby, bit9: Configuration mismatch.

Register: DEVICE_RESET_DBG_REG

Address: 60014

property dio0_ef_config_a: int

Function dependent on selected feature index.

Register: DIO0_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@0)

Address: 44300

property dio0_ef_config_b: int

Function dependent on selected feature index.

Register: DIO0_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@0)

Address: 44400

property dio0_ef_config_c: int

Function dependent on selected feature index.

Register: DIO0_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@0)

Address: 44500

property dio0_ef_config_d: int

Function dependent on selected feature index.

Register: DIO0_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@0)

Address: 44600

property dio0_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO0_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@0)

Address: 45000

property dio0_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO0_EF_ENABLE (DIO#(0:22)_EF_ENABLE@0)

Address: 44000

property dio0_ef_index: int

An index to specify the feature you want.

Register: DIO0_EF_INDEX (DIO#(0:22)_EF_INDEX@0)

Address: 44100

property dio0_ef_options: int

Function dependent on selected feature index.

Register: DIO0_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@0)

Address: 44200

property dio0_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO0_EF_READ_A (DIO#(0:22)_EF_READ_A@0)

Address: 3000

property dio0_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO0_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@0)

Address: 3100

Type:

Reads the same value as DIO#(0

property dio0_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO0_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@0)

Address: 3500

property dio0_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO0_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@0)

Address: 3600

property dio0_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO0_EF_READ_B (DIO#(0:22)_EF_READ_B@0)

Address: 3200

property dio0_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO0_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@0)

Address: 3700

property dio10_ef_config_a: int

Function dependent on selected feature index.

Register: DIO10_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@10)

Address: 44320

property dio10_ef_config_b: int

Function dependent on selected feature index.

Register: DIO10_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@10)

Address: 44420

property dio10_ef_config_c: int

Function dependent on selected feature index.

Register: DIO10_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@10)

Address: 44520

property dio10_ef_config_d: int

Function dependent on selected feature index.

Register: DIO10_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@10)

Address: 44620

property dio10_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO10_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@10)

Address: 45020

property dio10_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO10_EF_ENABLE (DIO#(0:22)_EF_ENABLE@10)

Address: 44020

property dio10_ef_index: int

An index to specify the feature you want.

Register: DIO10_EF_INDEX (DIO#(0:22)_EF_INDEX@10)

Address: 44120

property dio10_ef_options: int

Function dependent on selected feature index.

Register: DIO10_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@10)

Address: 44220

property dio10_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO10_EF_READ_A (DIO#(0:22)_EF_READ_A@10)

Address: 3020

property dio10_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO10_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@10)

Address: 3120

Type:

Reads the same value as DIO#(0

property dio10_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO10_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@10)

Address: 3520

property dio10_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO10_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@10)

Address: 3620

property dio10_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO10_EF_READ_B (DIO#(0:22)_EF_READ_B@10)

Address: 3220

property dio10_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO10_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@10)

Address: 3720

property dio11_ef_config_a: int

Function dependent on selected feature index.

Register: DIO11_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@11)

Address: 44322

property dio11_ef_config_b: int

Function dependent on selected feature index.

Register: DIO11_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@11)

Address: 44422

property dio11_ef_config_c: int

Function dependent on selected feature index.

Register: DIO11_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@11)

Address: 44522

property dio11_ef_config_d: int

Function dependent on selected feature index.

Register: DIO11_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@11)

Address: 44622

property dio11_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO11_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@11)

Address: 45022

property dio11_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO11_EF_ENABLE (DIO#(0:22)_EF_ENABLE@11)

Address: 44022

property dio11_ef_index: int

An index to specify the feature you want.

Register: DIO11_EF_INDEX (DIO#(0:22)_EF_INDEX@11)

Address: 44122

property dio11_ef_options: int

Function dependent on selected feature index.

Register: DIO11_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@11)

Address: 44222

property dio11_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO11_EF_READ_A (DIO#(0:22)_EF_READ_A@11)

Address: 3022

property dio11_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO11_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@11)

Address: 3122

Type:

Reads the same value as DIO#(0

property dio11_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO11_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@11)

Address: 3522

property dio11_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO11_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@11)

Address: 3622

property dio11_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO11_EF_READ_B (DIO#(0:22)_EF_READ_B@11)

Address: 3222

property dio11_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO11_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@11)

Address: 3722

property dio12_ef_config_a: int

Function dependent on selected feature index.

Register: DIO12_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@12)

Address: 44324

property dio12_ef_config_b: int

Function dependent on selected feature index.

Register: DIO12_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@12)

Address: 44424

property dio12_ef_config_c: int

Function dependent on selected feature index.

Register: DIO12_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@12)

Address: 44524

property dio12_ef_config_d: int

Function dependent on selected feature index.

Register: DIO12_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@12)

Address: 44624

property dio12_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO12_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@12)

Address: 45024

property dio12_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO12_EF_ENABLE (DIO#(0:22)_EF_ENABLE@12)

Address: 44024

property dio12_ef_index: int

An index to specify the feature you want.

Register: DIO12_EF_INDEX (DIO#(0:22)_EF_INDEX@12)

Address: 44124

property dio12_ef_options: int

Function dependent on selected feature index.

Register: DIO12_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@12)

Address: 44224

property dio12_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO12_EF_READ_A (DIO#(0:22)_EF_READ_A@12)

Address: 3024

property dio12_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO12_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@12)

Address: 3124

Type:

Reads the same value as DIO#(0

property dio12_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO12_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@12)

Address: 3524

property dio12_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO12_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@12)

Address: 3624

property dio12_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO12_EF_READ_B (DIO#(0:22)_EF_READ_B@12)

Address: 3224

property dio12_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO12_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@12)

Address: 3724

property dio13_ef_config_a: int

Function dependent on selected feature index.

Register: DIO13_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@13)

Address: 44326

property dio13_ef_config_b: int

Function dependent on selected feature index.

Register: DIO13_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@13)

Address: 44426

property dio13_ef_config_c: int

Function dependent on selected feature index.

Register: DIO13_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@13)

Address: 44526

property dio13_ef_config_d: int

Function dependent on selected feature index.

Register: DIO13_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@13)

Address: 44626

property dio13_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO13_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@13)

Address: 45026

property dio13_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO13_EF_ENABLE (DIO#(0:22)_EF_ENABLE@13)

Address: 44026

property dio13_ef_index: int

An index to specify the feature you want.

Register: DIO13_EF_INDEX (DIO#(0:22)_EF_INDEX@13)

Address: 44126

property dio13_ef_options: int

Function dependent on selected feature index.

Register: DIO13_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@13)

Address: 44226

property dio13_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO13_EF_READ_A (DIO#(0:22)_EF_READ_A@13)

Address: 3026

property dio13_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO13_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@13)

Address: 3126

Type:

Reads the same value as DIO#(0

property dio13_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO13_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@13)

Address: 3526

property dio13_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO13_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@13)

Address: 3626

property dio13_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO13_EF_READ_B (DIO#(0:22)_EF_READ_B@13)

Address: 3226

property dio13_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO13_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@13)

Address: 3726

property dio14_ef_config_a: int

Function dependent on selected feature index.

Register: DIO14_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@14)

Address: 44328

property dio14_ef_config_b: int

Function dependent on selected feature index.

Register: DIO14_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@14)

Address: 44428

property dio14_ef_config_c: int

Function dependent on selected feature index.

Register: DIO14_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@14)

Address: 44528

property dio14_ef_config_d: int

Function dependent on selected feature index.

Register: DIO14_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@14)

Address: 44628

property dio14_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO14_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@14)

Address: 45028

property dio14_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO14_EF_ENABLE (DIO#(0:22)_EF_ENABLE@14)

Address: 44028

property dio14_ef_index: int

An index to specify the feature you want.

Register: DIO14_EF_INDEX (DIO#(0:22)_EF_INDEX@14)

Address: 44128

property dio14_ef_options: int

Function dependent on selected feature index.

Register: DIO14_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@14)

Address: 44228

property dio14_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO14_EF_READ_A (DIO#(0:22)_EF_READ_A@14)

Address: 3028

property dio14_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO14_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@14)

Address: 3128

Type:

Reads the same value as DIO#(0

property dio14_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO14_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@14)

Address: 3528

property dio14_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO14_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@14)

Address: 3628

property dio14_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO14_EF_READ_B (DIO#(0:22)_EF_READ_B@14)

Address: 3228

property dio14_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO14_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@14)

Address: 3728

property dio15_ef_config_a: int

Function dependent on selected feature index.

Register: DIO15_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@15)

Address: 44330

property dio15_ef_config_b: int

Function dependent on selected feature index.

Register: DIO15_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@15)

Address: 44430

property dio15_ef_config_c: int

Function dependent on selected feature index.

Register: DIO15_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@15)

Address: 44530

property dio15_ef_config_d: int

Function dependent on selected feature index.

Register: DIO15_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@15)

Address: 44630

property dio15_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO15_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@15)

Address: 45030

property dio15_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO15_EF_ENABLE (DIO#(0:22)_EF_ENABLE@15)

Address: 44030

property dio15_ef_index: int

An index to specify the feature you want.

Register: DIO15_EF_INDEX (DIO#(0:22)_EF_INDEX@15)

Address: 44130

property dio15_ef_options: int

Function dependent on selected feature index.

Register: DIO15_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@15)

Address: 44230

property dio15_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO15_EF_READ_A (DIO#(0:22)_EF_READ_A@15)

Address: 3030

property dio15_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO15_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@15)

Address: 3130

Type:

Reads the same value as DIO#(0

property dio15_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO15_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@15)

Address: 3530

property dio15_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO15_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@15)

Address: 3630

property dio15_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO15_EF_READ_B (DIO#(0:22)_EF_READ_B@15)

Address: 3230

property dio15_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO15_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@15)

Address: 3730

property dio16_ef_config_a: int

Function dependent on selected feature index.

Register: DIO16_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@16)

Address: 44332

property dio16_ef_config_b: int

Function dependent on selected feature index.

Register: DIO16_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@16)

Address: 44432

property dio16_ef_config_c: int

Function dependent on selected feature index.

Register: DIO16_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@16)

Address: 44532

property dio16_ef_config_d: int

Function dependent on selected feature index.

Register: DIO16_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@16)

Address: 44632

property dio16_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO16_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@16)

Address: 45032

property dio16_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO16_EF_ENABLE (DIO#(0:22)_EF_ENABLE@16)

Address: 44032

property dio16_ef_index: int

An index to specify the feature you want.

Register: DIO16_EF_INDEX (DIO#(0:22)_EF_INDEX@16)

Address: 44132

property dio16_ef_options: int

Function dependent on selected feature index.

Register: DIO16_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@16)

Address: 44232

property dio16_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO16_EF_READ_A (DIO#(0:22)_EF_READ_A@16)

Address: 3032

property dio16_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO16_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@16)

Address: 3132

Type:

Reads the same value as DIO#(0

property dio16_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO16_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@16)

Address: 3532

property dio16_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO16_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@16)

Address: 3632

property dio16_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO16_EF_READ_B (DIO#(0:22)_EF_READ_B@16)

Address: 3232

property dio16_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO16_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@16)

Address: 3732

property dio17_ef_config_a: int

Function dependent on selected feature index.

Register: DIO17_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@17)

Address: 44334

property dio17_ef_config_b: int

Function dependent on selected feature index.

Register: DIO17_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@17)

Address: 44434

property dio17_ef_config_c: int

Function dependent on selected feature index.

Register: DIO17_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@17)

Address: 44534

property dio17_ef_config_d: int

Function dependent on selected feature index.

Register: DIO17_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@17)

Address: 44634

property dio17_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO17_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@17)

Address: 45034

property dio17_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO17_EF_ENABLE (DIO#(0:22)_EF_ENABLE@17)

Address: 44034

property dio17_ef_index: int

An index to specify the feature you want.

Register: DIO17_EF_INDEX (DIO#(0:22)_EF_INDEX@17)

Address: 44134

property dio17_ef_options: int

Function dependent on selected feature index.

Register: DIO17_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@17)

Address: 44234

property dio17_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO17_EF_READ_A (DIO#(0:22)_EF_READ_A@17)

Address: 3034

property dio17_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO17_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@17)

Address: 3134

Type:

Reads the same value as DIO#(0

property dio17_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO17_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@17)

Address: 3534

property dio17_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO17_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@17)

Address: 3634

property dio17_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO17_EF_READ_B (DIO#(0:22)_EF_READ_B@17)

Address: 3234

property dio17_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO17_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@17)

Address: 3734

property dio18_ef_config_a: int

Function dependent on selected feature index.

Register: DIO18_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@18)

Address: 44336

property dio18_ef_config_b: int

Function dependent on selected feature index.

Register: DIO18_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@18)

Address: 44436

property dio18_ef_config_c: int

Function dependent on selected feature index.

Register: DIO18_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@18)

Address: 44536

property dio18_ef_config_d: int

Function dependent on selected feature index.

Register: DIO18_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@18)

Address: 44636

property dio18_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO18_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@18)

Address: 45036

property dio18_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO18_EF_ENABLE (DIO#(0:22)_EF_ENABLE@18)

Address: 44036

property dio18_ef_index: int

An index to specify the feature you want.

Register: DIO18_EF_INDEX (DIO#(0:22)_EF_INDEX@18)

Address: 44136

property dio18_ef_options: int

Function dependent on selected feature index.

Register: DIO18_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@18)

Address: 44236

property dio18_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO18_EF_READ_A (DIO#(0:22)_EF_READ_A@18)

Address: 3036

property dio18_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO18_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@18)

Address: 3136

Type:

Reads the same value as DIO#(0

property dio18_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO18_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@18)

Address: 3536

property dio18_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO18_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@18)

Address: 3636

property dio18_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO18_EF_READ_B (DIO#(0:22)_EF_READ_B@18)

Address: 3236

property dio18_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO18_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@18)

Address: 3736

property dio19_ef_config_a: int

Function dependent on selected feature index.

Register: DIO19_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@19)

Address: 44338

property dio19_ef_config_b: int

Function dependent on selected feature index.

Register: DIO19_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@19)

Address: 44438

property dio19_ef_config_c: int

Function dependent on selected feature index.

Register: DIO19_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@19)

Address: 44538

property dio19_ef_config_d: int

Function dependent on selected feature index.

Register: DIO19_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@19)

Address: 44638

property dio19_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO19_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@19)

Address: 45038

property dio19_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO19_EF_ENABLE (DIO#(0:22)_EF_ENABLE@19)

Address: 44038

property dio19_ef_index: int

An index to specify the feature you want.

Register: DIO19_EF_INDEX (DIO#(0:22)_EF_INDEX@19)

Address: 44138

property dio19_ef_options: int

Function dependent on selected feature index.

Register: DIO19_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@19)

Address: 44238

property dio19_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO19_EF_READ_A (DIO#(0:22)_EF_READ_A@19)

Address: 3038

property dio19_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO19_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@19)

Address: 3138

Type:

Reads the same value as DIO#(0

property dio19_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO19_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@19)

Address: 3538

property dio19_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO19_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@19)

Address: 3638

property dio19_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO19_EF_READ_B (DIO#(0:22)_EF_READ_B@19)

Address: 3238

property dio19_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO19_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@19)

Address: 3738

property dio1_ef_config_a: int

Function dependent on selected feature index.

Register: DIO1_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@1)

Address: 44302

property dio1_ef_config_b: int

Function dependent on selected feature index.

Register: DIO1_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@1)

Address: 44402

property dio1_ef_config_c: int

Function dependent on selected feature index.

Register: DIO1_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@1)

Address: 44502

property dio1_ef_config_d: int

Function dependent on selected feature index.

Register: DIO1_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@1)

Address: 44602

property dio1_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO1_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@1)

Address: 45002

property dio1_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO1_EF_ENABLE (DIO#(0:22)_EF_ENABLE@1)

Address: 44002

property dio1_ef_index: int

An index to specify the feature you want.

Register: DIO1_EF_INDEX (DIO#(0:22)_EF_INDEX@1)

Address: 44102

property dio1_ef_options: int

Function dependent on selected feature index.

Register: DIO1_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@1)

Address: 44202

property dio1_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO1_EF_READ_A (DIO#(0:22)_EF_READ_A@1)

Address: 3002

property dio1_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO1_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@1)

Address: 3102

Type:

Reads the same value as DIO#(0

property dio1_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO1_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@1)

Address: 3502

property dio1_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO1_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@1)

Address: 3602

property dio1_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO1_EF_READ_B (DIO#(0:22)_EF_READ_B@1)

Address: 3202

property dio1_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO1_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@1)

Address: 3702

property dio20_ef_config_a: int

Function dependent on selected feature index.

Register: DIO20_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@20)

Address: 44340

property dio20_ef_config_b: int

Function dependent on selected feature index.

Register: DIO20_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@20)

Address: 44440

property dio20_ef_config_c: int

Function dependent on selected feature index.

Register: DIO20_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@20)

Address: 44540

property dio20_ef_config_d: int

Function dependent on selected feature index.

Register: DIO20_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@20)

Address: 44640

property dio20_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO20_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@20)

Address: 45040

property dio20_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO20_EF_ENABLE (DIO#(0:22)_EF_ENABLE@20)

Address: 44040

property dio20_ef_index: int

An index to specify the feature you want.

Register: DIO20_EF_INDEX (DIO#(0:22)_EF_INDEX@20)

Address: 44140

property dio20_ef_options: int

Function dependent on selected feature index.

Register: DIO20_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@20)

Address: 44240

property dio20_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO20_EF_READ_A (DIO#(0:22)_EF_READ_A@20)

Address: 3040

property dio20_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO20_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@20)

Address: 3140

Type:

Reads the same value as DIO#(0

property dio20_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO20_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@20)

Address: 3540

property dio20_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO20_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@20)

Address: 3640

property dio20_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO20_EF_READ_B (DIO#(0:22)_EF_READ_B@20)

Address: 3240

property dio20_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO20_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@20)

Address: 3740

property dio21_ef_config_a: int

Function dependent on selected feature index.

Register: DIO21_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@21)

Address: 44342

property dio21_ef_config_b: int

Function dependent on selected feature index.

Register: DIO21_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@21)

Address: 44442

property dio21_ef_config_c: int

Function dependent on selected feature index.

Register: DIO21_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@21)

Address: 44542

property dio21_ef_config_d: int

Function dependent on selected feature index.

Register: DIO21_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@21)

Address: 44642

property dio21_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO21_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@21)

Address: 45042

property dio21_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO21_EF_ENABLE (DIO#(0:22)_EF_ENABLE@21)

Address: 44042

property dio21_ef_index: int

An index to specify the feature you want.

Register: DIO21_EF_INDEX (DIO#(0:22)_EF_INDEX@21)

Address: 44142

property dio21_ef_options: int

Function dependent on selected feature index.

Register: DIO21_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@21)

Address: 44242

property dio21_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO21_EF_READ_A (DIO#(0:22)_EF_READ_A@21)

Address: 3042

property dio21_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO21_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@21)

Address: 3142

Type:

Reads the same value as DIO#(0

property dio21_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO21_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@21)

Address: 3542

property dio21_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO21_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@21)

Address: 3642

property dio21_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO21_EF_READ_B (DIO#(0:22)_EF_READ_B@21)

Address: 3242

property dio21_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO21_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@21)

Address: 3742

property dio22_ef_config_a: int

Function dependent on selected feature index.

Register: DIO22_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@22)

Address: 44344

property dio22_ef_config_b: int

Function dependent on selected feature index.

Register: DIO22_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@22)

Address: 44444

property dio22_ef_config_c: int

Function dependent on selected feature index.

Register: DIO22_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@22)

Address: 44544

property dio22_ef_config_d: int

Function dependent on selected feature index.

Register: DIO22_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@22)

Address: 44644

property dio22_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO22_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@22)

Address: 45044

property dio22_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO22_EF_ENABLE (DIO#(0:22)_EF_ENABLE@22)

Address: 44044

property dio22_ef_index: int

An index to specify the feature you want.

Register: DIO22_EF_INDEX (DIO#(0:22)_EF_INDEX@22)

Address: 44144

property dio22_ef_options: int

Function dependent on selected feature index.

Register: DIO22_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@22)

Address: 44244

property dio22_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO22_EF_READ_A (DIO#(0:22)_EF_READ_A@22)

Address: 3044

property dio22_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO22_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@22)

Address: 3144

Type:

Reads the same value as DIO#(0

property dio22_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO22_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@22)

Address: 3544

property dio22_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO22_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@22)

Address: 3644

property dio22_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO22_EF_READ_B (DIO#(0:22)_EF_READ_B@22)

Address: 3244

property dio22_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO22_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@22)

Address: 3744

property dio2_ef_config_a: int

Function dependent on selected feature index.

Register: DIO2_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@2)

Address: 44304

property dio2_ef_config_b: int

Function dependent on selected feature index.

Register: DIO2_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@2)

Address: 44404

property dio2_ef_config_c: int

Function dependent on selected feature index.

Register: DIO2_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@2)

Address: 44504

property dio2_ef_config_d: int

Function dependent on selected feature index.

Register: DIO2_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@2)

Address: 44604

property dio2_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO2_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@2)

Address: 45004

property dio2_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO2_EF_ENABLE (DIO#(0:22)_EF_ENABLE@2)

Address: 44004

property dio2_ef_index: int

An index to specify the feature you want.

Register: DIO2_EF_INDEX (DIO#(0:22)_EF_INDEX@2)

Address: 44104

property dio2_ef_options: int

Function dependent on selected feature index.

Register: DIO2_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@2)

Address: 44204

property dio2_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO2_EF_READ_A (DIO#(0:22)_EF_READ_A@2)

Address: 3004

property dio2_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO2_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@2)

Address: 3104

Type:

Reads the same value as DIO#(0

property dio2_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO2_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@2)

Address: 3504

property dio2_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO2_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@2)

Address: 3604

property dio2_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO2_EF_READ_B (DIO#(0:22)_EF_READ_B@2)

Address: 3204

property dio2_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO2_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@2)

Address: 3704

property dio3_ef_config_a: int

Function dependent on selected feature index.

Register: DIO3_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@3)

Address: 44306

property dio3_ef_config_b: int

Function dependent on selected feature index.

Register: DIO3_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@3)

Address: 44406

property dio3_ef_config_c: int

Function dependent on selected feature index.

Register: DIO3_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@3)

Address: 44506

property dio3_ef_config_d: int

Function dependent on selected feature index.

Register: DIO3_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@3)

Address: 44606

property dio3_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO3_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@3)

Address: 45006

property dio3_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO3_EF_ENABLE (DIO#(0:22)_EF_ENABLE@3)

Address: 44006

property dio3_ef_index: int

An index to specify the feature you want.

Register: DIO3_EF_INDEX (DIO#(0:22)_EF_INDEX@3)

Address: 44106

property dio3_ef_options: int

Function dependent on selected feature index.

Register: DIO3_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@3)

Address: 44206

property dio3_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO3_EF_READ_A (DIO#(0:22)_EF_READ_A@3)

Address: 3006

property dio3_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO3_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@3)

Address: 3106

Type:

Reads the same value as DIO#(0

property dio3_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO3_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@3)

Address: 3506

property dio3_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO3_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@3)

Address: 3606

property dio3_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO3_EF_READ_B (DIO#(0:22)_EF_READ_B@3)

Address: 3206

property dio3_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO3_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@3)

Address: 3706

property dio4_ef_config_a: int

Function dependent on selected feature index.

Register: DIO4_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@4)

Address: 44308

property dio4_ef_config_b: int

Function dependent on selected feature index.

Register: DIO4_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@4)

Address: 44408

property dio4_ef_config_c: int

Function dependent on selected feature index.

Register: DIO4_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@4)

Address: 44508

property dio4_ef_config_d: int

Function dependent on selected feature index.

Register: DIO4_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@4)

Address: 44608

property dio4_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO4_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@4)

Address: 45008

property dio4_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO4_EF_ENABLE (DIO#(0:22)_EF_ENABLE@4)

Address: 44008

property dio4_ef_index: int

An index to specify the feature you want.

Register: DIO4_EF_INDEX (DIO#(0:22)_EF_INDEX@4)

Address: 44108

property dio4_ef_options: int

Function dependent on selected feature index.

Register: DIO4_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@4)

Address: 44208

property dio4_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO4_EF_READ_A (DIO#(0:22)_EF_READ_A@4)

Address: 3008

property dio4_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO4_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@4)

Address: 3108

Type:

Reads the same value as DIO#(0

property dio4_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO4_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@4)

Address: 3508

property dio4_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO4_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@4)

Address: 3608

property dio4_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO4_EF_READ_B (DIO#(0:22)_EF_READ_B@4)

Address: 3208

property dio4_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO4_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@4)

Address: 3708

property dio5_ef_config_a: int

Function dependent on selected feature index.

Register: DIO5_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@5)

Address: 44310

property dio5_ef_config_b: int

Function dependent on selected feature index.

Register: DIO5_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@5)

Address: 44410

property dio5_ef_config_c: int

Function dependent on selected feature index.

Register: DIO5_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@5)

Address: 44510

property dio5_ef_config_d: int

Function dependent on selected feature index.

Register: DIO5_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@5)

Address: 44610

property dio5_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO5_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@5)

Address: 45010

property dio5_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO5_EF_ENABLE (DIO#(0:22)_EF_ENABLE@5)

Address: 44010

property dio5_ef_index: int

An index to specify the feature you want.

Register: DIO5_EF_INDEX (DIO#(0:22)_EF_INDEX@5)

Address: 44110

property dio5_ef_options: int

Function dependent on selected feature index.

Register: DIO5_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@5)

Address: 44210

property dio5_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO5_EF_READ_A (DIO#(0:22)_EF_READ_A@5)

Address: 3010

property dio5_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO5_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@5)

Address: 3110

Type:

Reads the same value as DIO#(0

property dio5_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO5_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@5)

Address: 3510

property dio5_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO5_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@5)

Address: 3610

property dio5_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO5_EF_READ_B (DIO#(0:22)_EF_READ_B@5)

Address: 3210

property dio5_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO5_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@5)

Address: 3710

property dio6_ef_config_a: int

Function dependent on selected feature index.

Register: DIO6_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@6)

Address: 44312

property dio6_ef_config_b: int

Function dependent on selected feature index.

Register: DIO6_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@6)

Address: 44412

property dio6_ef_config_c: int

Function dependent on selected feature index.

Register: DIO6_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@6)

Address: 44512

property dio6_ef_config_d: int

Function dependent on selected feature index.

Register: DIO6_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@6)

Address: 44612

property dio6_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO6_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@6)

Address: 45012

property dio6_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO6_EF_ENABLE (DIO#(0:22)_EF_ENABLE@6)

Address: 44012

property dio6_ef_index: int

An index to specify the feature you want.

Register: DIO6_EF_INDEX (DIO#(0:22)_EF_INDEX@6)

Address: 44112

property dio6_ef_options: int

Function dependent on selected feature index.

Register: DIO6_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@6)

Address: 44212

property dio6_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO6_EF_READ_A (DIO#(0:22)_EF_READ_A@6)

Address: 3012

property dio6_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO6_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@6)

Address: 3112

Type:

Reads the same value as DIO#(0

property dio6_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO6_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@6)

Address: 3512

property dio6_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO6_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@6)

Address: 3612

property dio6_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO6_EF_READ_B (DIO#(0:22)_EF_READ_B@6)

Address: 3212

property dio6_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO6_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@6)

Address: 3712

property dio7_ef_config_a: int

Function dependent on selected feature index.

Register: DIO7_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@7)

Address: 44314

property dio7_ef_config_b: int

Function dependent on selected feature index.

Register: DIO7_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@7)

Address: 44414

property dio7_ef_config_c: int

Function dependent on selected feature index.

Register: DIO7_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@7)

Address: 44514

property dio7_ef_config_d: int

Function dependent on selected feature index.

Register: DIO7_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@7)

Address: 44614

property dio7_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO7_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@7)

Address: 45014

property dio7_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO7_EF_ENABLE (DIO#(0:22)_EF_ENABLE@7)

Address: 44014

property dio7_ef_index: int

An index to specify the feature you want.

Register: DIO7_EF_INDEX (DIO#(0:22)_EF_INDEX@7)

Address: 44114

property dio7_ef_options: int

Function dependent on selected feature index.

Register: DIO7_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@7)

Address: 44214

property dio7_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO7_EF_READ_A (DIO#(0:22)_EF_READ_A@7)

Address: 3014

property dio7_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO7_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@7)

Address: 3114

Type:

Reads the same value as DIO#(0

property dio7_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO7_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@7)

Address: 3514

property dio7_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO7_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@7)

Address: 3614

property dio7_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO7_EF_READ_B (DIO#(0:22)_EF_READ_B@7)

Address: 3214

property dio7_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO7_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@7)

Address: 3714

property dio8_ef_config_a: int

Function dependent on selected feature index.

Register: DIO8_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@8)

Address: 44316

property dio8_ef_config_b: int

Function dependent on selected feature index.

Register: DIO8_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@8)

Address: 44416

property dio8_ef_config_c: int

Function dependent on selected feature index.

Register: DIO8_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@8)

Address: 44516

property dio8_ef_config_d: int

Function dependent on selected feature index.

Register: DIO8_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@8)

Address: 44616

property dio8_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO8_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@8)

Address: 45016

property dio8_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO8_EF_ENABLE (DIO#(0:22)_EF_ENABLE@8)

Address: 44016

property dio8_ef_index: int

An index to specify the feature you want.

Register: DIO8_EF_INDEX (DIO#(0:22)_EF_INDEX@8)

Address: 44116

property dio8_ef_options: int

Function dependent on selected feature index.

Register: DIO8_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@8)

Address: 44216

property dio8_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO8_EF_READ_A (DIO#(0:22)_EF_READ_A@8)

Address: 3016

property dio8_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO8_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@8)

Address: 3116

Type:

Reads the same value as DIO#(0

property dio8_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO8_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@8)

Address: 3516

property dio8_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO8_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@8)

Address: 3616

property dio8_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO8_EF_READ_B (DIO#(0:22)_EF_READ_B@8)

Address: 3216

property dio8_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO8_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@8)

Address: 3716

property dio9_ef_config_a: int

Function dependent on selected feature index.

Register: DIO9_EF_CONFIG_A (DIO#(0:22)_EF_CONFIG_A@9)

Address: 44318

property dio9_ef_config_b: int

Function dependent on selected feature index.

Register: DIO9_EF_CONFIG_B (DIO#(0:22)_EF_CONFIG_B@9)

Address: 44418

property dio9_ef_config_c: int

Function dependent on selected feature index.

Register: DIO9_EF_CONFIG_C (DIO#(0:22)_EF_CONFIG_C@9)

Address: 44518

property dio9_ef_config_d: int

Function dependent on selected feature index.

Register: DIO9_EF_CONFIG_D (DIO#(0:22)_EF_CONFIG_D@9)

Address: 44618

property dio9_ef_easy_frequency_in: float

Deprecated. Automatically configures the associated DIO_EF for feature index 11. If already configured for index 11, reads the result and resets the DIO_EF.

Register: DIO9_EF_EASY_FREQUENCY_IN (DIO#(0:22)_EF_EASY_FREQUENCY_IN@9)

Address: 45018

property dio9_ef_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration. Note that DIO-EF reads work when disabled and do not return an error.

Register: DIO9_EF_ENABLE (DIO#(0:22)_EF_ENABLE@9)

Address: 44018

property dio9_ef_index: int

An index to specify the feature you want.

Register: DIO9_EF_INDEX (DIO#(0:22)_EF_INDEX@9)

Address: 44118

property dio9_ef_options: int

Function dependent on selected feature index.

Register: DIO9_EF_OPTIONS (DIO#(0:22)_EF_OPTIONS@9)

Address: 44218

property dio9_ef_read_a: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO9_EF_READ_A (DIO#(0:22)_EF_READ_A@9)

Address: 3018

property dio9_ef_read_a_and_reset: int

22)_EF_READ_A and forces a reset.

Register: DIO9_EF_READ_A_AND_RESET (DIO#(0:22)_EF_READ_A_AND_RESET@9)

Address: 3118

Type:

Reads the same value as DIO#(0

property dio9_ef_read_a_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO9_EF_READ_A_F (DIO#(0:22)_EF_READ_A_F@9)

Address: 3518

property dio9_ef_read_a_f_and_reset: float

Reads a floating point value and forces a reset. The meaning of value is dependent on selected feature index.

Register: DIO9_EF_READ_A_F_AND_RESET (DIO#(0:22)_EF_READ_A_F_AND_RESET@9)

Address: 3618

property dio9_ef_read_b: int

Reads an unsigned integer value. The meaning of the integer is dependent on selected feature index.

Register: DIO9_EF_READ_B (DIO#(0:22)_EF_READ_B@9)

Address: 3218

property dio9_ef_read_b_f: float

Reads a floating point value. The meaning of value is dependent on selected feature index.

Register: DIO9_EF_READ_B_F (DIO#(0:22)_EF_READ_B_F@9)

Address: 3718

property dio_direction: int

Read or write the direction of all digital I/O in a single binary-encoded value. 0=Input and 1=Output. Writes are filtered by the value in DIO_INHIBIT.

Register: DIO_DIRECTION

Address: 2850

property dio_ef_clock0_count: int

Current tick count of this clock. Will read between 0 and ROLL_VALUE-1.

Register: DIO_EF_CLOCK0_COUNT

Address: 44908

property dio_ef_clock0_divisor: int

Divides the core clock. Valid options: 1,2,4,8,16,32,64,256.

Register: DIO_EF_CLOCK0_DIVISOR

Address: 44901

property dio_ef_clock0_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration.

Register: DIO_EF_CLOCK0_ENABLE

Address: 44900

property dio_ef_clock0_options: int

Bitmask: bit0: 1 = use external clock. All other bits reserved.

Register: DIO_EF_CLOCK0_OPTIONS

Address: 44902

property dio_ef_clock0_roll_value: int

The clock will count to this value and then start over at zero. The clock pulses counted are those after the divisor. 0 results in the max roll value possible. This is a 32-bit value (0-4294967295) if using a 32-bit clock, and a 16-bit value (0-65535) if using a 16-bit clock.

Register: DIO_EF_CLOCK0_ROLL_VALUE

Address: 44904

property dio_ef_clock1_count: int

Current tick count of this clock. Will read between 0 and ROLL_VALUE-1.

Register: DIO_EF_CLOCK1_COUNT

Address: 44918

property dio_ef_clock1_divisor: int

Divides the core clock. Valid options: 1,2,4,8,16,32,64,256.

Register: DIO_EF_CLOCK1_DIVISOR

Address: 44911

property dio_ef_clock1_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration.

Register: DIO_EF_CLOCK1_ENABLE

Address: 44910

property dio_ef_clock1_options: int

Bitmask: bit0: 1 = use external clock. All other bits reserved.

Register: DIO_EF_CLOCK1_OPTIONS

Address: 44912

property dio_ef_clock1_roll_value: int

The clock will count to this value and then start over at zero. The clock pulses counted are those after the divisor. 0 results in the max roll value possible. This is a 32-bit value (0-4294967295) if using a 32-bit clock, and a 16-bit value (0-65535) if using a 16-bit clock.

Register: DIO_EF_CLOCK1_ROLL_VALUE

Address: 44914

property dio_ef_clock2_count: int

Current tick count of this clock. Will read between 0 and ROLL_VALUE-1.

Register: DIO_EF_CLOCK2_COUNT

Address: 44928

property dio_ef_clock2_divisor: int

Divides the core clock. Valid options: 1,2,4,8,16,32,64,256.

Register: DIO_EF_CLOCK2_DIVISOR

Address: 44921

property dio_ef_clock2_enable: int

1 = enabled. 0 = disabled. Must be disabled during configuration.

Register: DIO_EF_CLOCK2_ENABLE

Address: 44920

property dio_ef_clock2_options: int

Bitmask: bit0: 1 = use external clock. All other bits reserved.

Register: DIO_EF_CLOCK2_OPTIONS

Address: 44922

property dio_ef_clock2_roll_value: int

The clock will count to this value and then start over at zero. The clock pulses counted are those after the divisor. 0 results in the max roll value possible. This is a 32-bit value (0-4294967295) if using a 32-bit clock, and a 16-bit value (0-65535) if using a 16-bit clock.

Register: DIO_EF_CLOCK2_ROLL_VALUE

Address: 44924

property dio_inhibit: int

A single binary-encoded value where each bit determines whether _STATE, _DIRECTION or _ANALOG_ENABLE writes affect that bit of digital I/O. 0=Default=Affected, 1=Ignored.

Register: DIO_INHIBIT

Address: 2900

property dio_pulldown_enable: int

T8 Only. This register will enable pulldowns on DIO lines. This is a binary coded value where bit 0 represent FIO0, and bit 11 represents EIO3, etc. 1 = pulldown enabled, 0 = pulldown disabled. This register only affects flex-lines which can be configured as analog or digital. This register is not affected by the inhibit register.

Register: DIO_PULLDOWN_ENABLE

Address: 2870

property dio_pullup_disable: int

This register will prevent pullups from being enabled on lines set to digital input. This is a binary coded value where bit 0 represent FIO0 and bit 11 represents EIO3. 1 = pullup disabled, 0 = pullup enabled. This register is not affected by the inhibit register.

Register: DIO_PULLUP_DISABLE

Address: 2890

property dio_state: int

Read or write the state of all digital I/O in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. A read of an output returns the current logic level on the terminal, not necessarily the output state written. Writes are filtered by the value in DIO_INHIBIT.

Register: DIO_STATE

Address: 2800

property eio0: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO0 (EIO#(0:7)@0)

Address: 2008

property eio1: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO1 (EIO#(0:7)@1)

Address: 2009

property eio2: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO2 (EIO#(0:7)@2)

Address: 2010

property eio3: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO3 (EIO#(0:7)@3)

Address: 2011

property eio4: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO4 (EIO#(0:7)@4)

Address: 2012

property eio5: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO5 (EIO#(0:7)@5)

Address: 2013

property eio6: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO6 (EIO#(0:7)@6)

Address: 2014

property eio7: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: EIO7 (EIO#(0:7)@7)

Address: 2015

property eio_cio_state: int

Read or write the state of the 12 bits of EIO-CIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. As of firmware 1.0172, MIO states are included in the upper nibble of the CIO byte.

Register: EIO_CIO_STATE

Address: 2581

property eio_direction: int

Read or write the direction of the 8 bits of EIO in a single binary-encoded value. 0=Input and 1=Output. The upper 8-bits of this value are inhibits.

Register: EIO_DIRECTION

Address: 2601

property eio_state: int

Read or write the state of the 8 bits of EIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. The upper 8-bits of this value are inhibits.

Register: EIO_STATE

Address: 2501

property ethernet_altdns: str

Read the current Alt DNS of wired Ethernet.

Register: ETHERNET_ALTDNS

Address: 49108

property ethernet_altdns_default: str

The Alt DNS of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_ALTDNS_DEFAULT

Address: 49158

property ethernet_apply_settings: int

Writing 1 to this register power-cycles Ethernet. It tells the device to waits 1s before turning off Ethernet and then 500ms before turning it back on.

Register: ETHERNET_APPLY_SETTINGS

Address: 49190

property ethernet_dhcp_enable: int

Read the current Enabled/Disabled state of Ethernet DHCP.

Register: ETHERNET_DHCP_ENABLE

Address: 49110

property ethernet_dhcp_enable_default: int

The Enabled/Disabled state of Ethernet DHCP after a power-cycle to the device.

Register: ETHERNET_DHCP_ENABLE_DEFAULT

Address: 49160

property ethernet_dns: str

Read the current DNS of wired Ethernet.

Register: ETHERNET_DNS

Address: 49106

property ethernet_dns_default: str

The DNS of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_DNS_DEFAULT

Address: 49156

property ethernet_gateway: str

Read the current gateway of wired Ethernet.

Register: ETHERNET_GATEWAY

Address: 49104

property ethernet_gateway_default: str

The gateway of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_GATEWAY_DEFAULT

Address: 49154

property ethernet_ip: str

Read the current IP address of wired Ethernet.

Register: ETHERNET_IP

Address: 49100

property ethernet_ip_default: str

The IP address of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_IP_DEFAULT

Address: 49150

property ethernet_mac: str

The MAC address of the wired Ethernet module.

Register: ETHERNET_MAC

Address: 60020

property ethernet_subnet: str

Read the current subnet of wired Ethernet.

Register: ETHERNET_SUBNET

Address: 49102

property ethernet_subnet_default: str

The subnet of wired Ethernet after a power-cycle to the device.

Register: ETHERNET_SUBNET_DEFAULT

Address: 49152

property ethernet_udp_discovery_only: int

Restricts which Modbus operations are allowed over UDP. When set to 1, only the registers needed for discovering units can be read and any other operation will throw an error.

Register: ETHERNET_UDP_DISCOVERY_ONLY

Address: 49115

property ethernet_udp_discovery_only_default: int

The Enabled/Disabled state of ETHERNET_UDP_DISCOVERY_ONLY after a power-cycle to the device.

Register: ETHERNET_UDP_DISCOVERY_ONLY_DEFAULT

Address: 49165

property file_io_attributes: int

Used to differentiate files from directories/folders. Bitmask: Bit0: Reserved, Bit1: Reserved, Bit2: Reserved, Bit3: Reserved, Bit4: 1=Directory, Bit5: 1=File.

Register: FILE_IO_ATTRIBUTES

Address: 60623

property file_io_close: int

Write any value to this register to close the open file.

Register: FILE_IO_CLOSE

Address: 60621

property file_io_delete: int

Write any value to this register to delete the active file. Must first designate which file to delete by writing to FILE_IO_PATH_WRITE_LEN_BYTES then FILE_IO_PATH_WRITE.

Register: FILE_IO_DELETE

Address: 60622

property file_io_dir_change: int

Write any value to this register to change the current working directory (CWD). Must first designate which directory to open by writing to FILE_IO_PATH_WRITE_LEN_BYTES then FILE_IO_PATH_WRITE.

Register: FILE_IO_DIR_CHANGE

Address: 60600

property file_io_dir_current: int

Write any value to this register to load the current working directory into FILE_IO_PATH_READ, and its length into FILE_IO_PATH_READ_LEN_BYTES. Can be used to identify current position in a file tree.

Register: FILE_IO_DIR_CURRENT

Address: 60601

property file_io_dir_first: int

Write any value to this register to initiate iteration through files and directories in the CWD. Typical sequence: FILE_IO_DIR_FIRST(W), then loop through: [FILE_IO_NAME_READ_LEN(R), FILE_IO_NAME_READ(R), FILE_IO_ATTRIBUTES(R), FILE_IO_SIZE_BYTES(R), FILE_IO_DIR_NEXT(W)] ..until any of the following errors: FILE_IO_END_OF_CWD (2966), FILE_IO_INVALID_OBJECT (2809), or FILE_IO_NOT_FOUND (2960).

Register: FILE_IO_DIR_FIRST

Address: 60610

property file_io_dir_make: int

Unimplemented.

Register: FILE_IO_DIR_MAKE

Address: 60602

property file_io_dir_next: int

Write any value to this register to continue iteration through files and directories in the CWD.

Register: FILE_IO_DIR_NEXT

Address: 60611

property file_io_dir_remove: int

Unimplemented.

Register: FILE_IO_DIR_REMOVE

Address: 60603

property file_io_disk_format_index: int

Used to determine the format of the SD card. 0=None or Unknown, 1=FAT12, 2=FAT16(Windows FAT), 3=FAT32.

Register: FILE_IO_DISK_FORMAT_INDEX

Address: 60638

property file_io_disk_free_clusters: int

Free (available) clusters in the SD card. Used to determine free space. Captured on read of FILE_IO_DISK_SECTOR_SIZE_BYTES.

Register: FILE_IO_DISK_FREE_CLUSTERS

Address: 60636

property file_io_disk_sector_size_bytes: int

The size of each sector in the SD card in bytes. In Windows this is called the Allocation Size.

Register: FILE_IO_DISK_SECTOR_SIZE_BYTES

Address: 60630

property file_io_disk_sectors_per_cluster: int

The number of sectors in each cluster. Captured on read of FILE_IO_DISK_SECTOR_SIZE_BYTES.

Register: FILE_IO_DISK_SECTORS_PER_CLUSTER

Address: 60632

property file_io_disk_total_clusters: int

The total number of clusters in the SD card. Captured on read of FILE_IO_DISK_SECTOR_SIZE_BYTES.

Register: FILE_IO_DISK_TOTAL_CLUSTERS

Address: 60634

property file_io_open: int

Write any value to this register to open a file. Must first designate which file to open by writing to FILE_IO_PATH_WRITE_LEN_BYTES then FILE_IO_PATH_WRITE.

Register: FILE_IO_OPEN

Address: 60620

property file_io_path_read: int

Read the next file path in the CWD. Length of the string (in bytes) determined by FILE_IO_PATH_READ_LEN_BYTES. File paths will be null terminated.

This register is a buffer. Underrun behavior - fill with zeros.

Register: FILE_IO_PATH_READ

Address: 60652

property file_io_path_read_len_bytes: int

Read the length (in bytes) of the next file path or directory to access.

Register: FILE_IO_PATH_READ_LEN_BYTES

Address: 60642

property file_io_path_write: int

Write the desired file path. Must first write the length of the file path string (in bytes) to FILE_IO_PATH_WRITE_LEN_BYTES. File paths should be null terminated. This register is a buffer.

Register: FILE_IO_PATH_WRITE

Address: 60650

property file_io_path_write_len_bytes: int

Write the length (in bytes) of the file path or directory to access.

Register: FILE_IO_PATH_WRITE_LEN_BYTES

Address: 60640

property file_io_read: int

Read the contents of a file. Must first write to FILE_IO_OPEN. Size of the file (in bytes) determined by FILE_IO_SIZE_BYTES.

This register is a buffer. Underrun behavior - throws an error.

Register: FILE_IO_READ

Address: 60656

property file_io_size_bytes: int

The size of the file in bytes. Directories have 0 size.

Register: FILE_IO_SIZE_BYTES

Address: 60628

property file_io_write: int

Unimplemented. This register is a buffer.

Register: FILE_IO_WRITE

Address: 60654

property fio0: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO0 (FIO#(0:7)@0)

Address: 2000

property fio1: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO1 (FIO#(0:7)@1)

Address: 2001

property fio2: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO2 (FIO#(0:7)@2)

Address: 2002

property fio3: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO3 (FIO#(0:7)@3)

Address: 2003

property fio4: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO4 (FIO#(0:7)@4)

Address: 2004

property fio5: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO5 (FIO#(0:7)@5)

Address: 2005

property fio6: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO6 (FIO#(0:7)@6)

Address: 2006

property fio7: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: FIO7 (FIO#(0:7)@7)

Address: 2007

property fio_direction: int

Read or write the direction of the 8 bits of FIO in a single binary-encoded value. 0=Input and 1=Output. The upper 8-bits of this value are inhibits.

Register: FIO_DIRECTION

Address: 2600

property fio_eio_state: int

Read or write the state of the 16 bits of FIO-EIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written.

Register: FIO_EIO_STATE

Address: 2580

property fio_state: int

Read or write the state of the 8 bits of FIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. The upper 8-bits of this value are inhibits.

Register: FIO_STATE

Address: 2500

property firmware_version: float

The current firmware version installed on the main processor.

Register: FIRMWARE_VERSION

Address: 60004

property hardware_installed: int

Bitmask indicating installed hardware options. bit0: High Resolution ADC, bit1: WiFi, bit2: RTC, bit3: microSD.

Register: HARDWARE_INSTALLED

Address: 60010

property hardware_version: float

The hardware version of the device.

Register: HARDWARE_VERSION

Address: 60002

property i2c_acks: int

A binary encoded value (array of bits) used to observe ACKs from the slave device.

Register: I2C_ACKS

Address: 5114

property i2c_data_rx: int

Data that has been read from the I2C bus.

This register is a buffer. Underrun behavior - fill with zeros.

Register: I2C_DATA_RX

Address: 5160

property i2c_data_tx: int

Data that will be written to the I2C bus. This register is a buffer.

Register: I2C_DATA_TX

Address: 5120

property i2c_go: int

Writing to this register will instruct the LabJack to perform an I2C transaction.

Register: I2C_GO

Address: 5110

property i2c_num_bytes_rx: int

The number of data bytes to read. Zero is valid and will result in a write-only I2C operation.

Register: I2C_NUM_BYTES_RX

Address: 5109

property i2c_num_bytes_tx: int

The number of data bytes to transmit. Zero is valid and will result in a read-only I2C operation.

Register: I2C_NUM_BYTES_TX

Address: 5108

property i2c_options: int

Advanced. Controls details of the I2C protocol to improve device compatibility. bit 0: 1 = Reset the I2C bus before attempting communication. bit 1: 0 = Restarts will use a stop and a start, 1 = Restarts will not use a stop. bit 2: 1 = disable clock stretching.

Register: I2C_OPTIONS

Address: 5103

property i2c_scl_dionum: int

The number of the DIO line to be used as the I2C clock line. Ex: Writing 1 will force FIO1 to become the I2C-SCL line.

Register: I2C_SCL_DIONUM

Address: 5101

property i2c_sda_dionum: int

The number of the DIO line to be used as the I2C data line. Ex: Writing 0 will force FIO0 to become the I2C-SDA line.

Register: I2C_SDA_DIONUM

Address: 5100

property i2c_slave_address: int

The 7-bit address of the slave device. Value is shifted left by firmware to allow room for the I2C R/W bit.

Register: I2C_SLAVE_ADDRESS

Address: 5104

property i2c_speed_throttle: int

This value controls the I2C clock frequency. Pass 0-65535. Default=0 corresponds to 65536 internally which results in ~450 kHz. 1 results in ~40 Hz, 65516 is ~100 kHz.

Register: I2C_SPEED_THROTTLE

Address: 5102

property internal_flash_calculate_crc: int

Calculates the checksum of a 4096 byte flash page.

Register: INTERNAL_FLASH_CALCULATE_CRC

Address: 61842

property internal_flash_erase: int

Erases a 4k section of internal flash starting at the specified address. This register is a buffer.

Register: INTERNAL_FLASH_ERASE

Address: 61820

property internal_flash_key: int

Sets the region of internal flash to which access is allowed.

Register: INTERNAL_FLASH_KEY

Address: 61800

property internal_flash_read: int

Data read from internal flash. Read size must be an even number of registers.

Register: INTERNAL_FLASH_READ

Address: 61812

property internal_flash_read_pointer: int

The address in internal flash that reads will start from.

Register: INTERNAL_FLASH_READ_POINTER

Address: 61810

property internal_flash_write: int

Data written here will be written to internal flash. Write size must be an even number of registers. This register is a buffer.

Register: INTERNAL_FLASH_WRITE

Address: 61832

property internal_flash_write_pointer: int

Address in internal flash where writes will begin.

Register: INTERNAL_FLASH_WRITE_POINTER

Address: 61830

property internal_is_amps: float

T8 Only. Returns the power supply current draw.

Register: INTERNAL_IS_AMPS

Address: 60032

property internal_vs_volts: float

T8 Only. Returns the power supply voltage.

Register: INTERNAL_VS_VOLTS

Address: 60030

property io_config_check_for_default: int

Returns 1 if the current configuration matches the default configuration.

Register: IO_CONFIG_CHECK_FOR_DEFAULT

Address: 49018

property io_config_check_for_factory: int

Returns 1 if default settings are the same as factory settings.

Register: IO_CONFIG_CHECK_FOR_FACTORY

Address: 49000

property io_config_current_crc32: int

Collects the current IO configuration and calculates of a CRC32.

Register: IO_CONFIG_CURRENT_CRC32

Address: 49020

property io_config_current_pread: int

The address in the current configuration data which reads will start from.

Register: IO_CONFIG_CURRENT_pREAD

Address: 49014

property io_config_current_read: int

Data read from the current configuration.

Register: IO_CONFIG_CURRENT_READ

Address: 49016

property io_config_default_pread: int

The address in the configuration data which reads will start from.

Register: IO_CONFIG_DEFAULT_pREAD

Address: 49010

property io_config_default_read: int

Data read from the startup configuration.

Register: IO_CONFIG_DEFAULT_READ

Address: 49012

property io_config_factory_pread: int

The address in the factory configuration data which reads will start from.

Register: IO_CONFIG_FACTORY_pREAD

Address: 49006

property io_config_factory_read: int

Data read from factory configuration.

Register: IO_CONFIG_FACTORY_READ

Address: 49008

property io_config_set_current_to_default: int

Write a 1 to set current values to default configuration. The default values are retrieved from flash and written to the current configuration registers, thus this behaves similar to reboot/power-up. Systems affected: AIN, DIO, DAC, AIN_EF, DIO_EF.

Register: IO_CONFIG_SET_CURRENT_TO_DEFAULT

Address: 61991

property io_config_set_current_to_factory: int

Write a 1 to set current values to factory configuration. The factory values are retrieved from flash and written to the current configuration registers. Systems affected: AIN, DIO, DAC, AIN_EF, DIO_EF.

Register: IO_CONFIG_SET_CURRENT_TO_FACTORY

Address: 61990

property io_config_set_default_to_current: int

Write a 1 to cause new default (reboot/power-up) values to be saved to flash. Current values are retrieved and saved as the new defaults. Systems affected: AIN, DIO, DAC, AIN_EF, DIO_EF.

Register: IO_CONFIG_SET_DEFAULT_TO_CURRENT

Address: 49002

property io_config_set_default_to_factory: int

Write a 1 to cause new default (reboot/power-up) values to be saved to flash. Factory values are retrieved and saved as the new defaults. Systems affected: AIN, DIO, DAC, AIN_EF, DIO_EF.

Register: IO_CONFIG_SET_DEFAULT_TO_FACTORY

Address: 49004

property last_err_detail: int

Returns the last LabJack error code seen on the device.

Register: LAST_ERR_DETAIL

Address: 55000

property last_err_frame: int

Returns the frame number that caused the last error.

Register: LAST_ERR_FRAME

Address: 55002

property last_err_transaction_id: int

Returns the transaction ID of the Modbus TCP packet that caused the last error.

Register: LAST_ERR_TRANSACTION_ID

Address: 55003

property last_mb_err: int

Returns the last Modbus TCP error code seen on the device.

Register: LAST_MB_ERR

Address: 55001

property led_comm: int

Sets the state of the COMM LED when the LEDs are set to manual, see the POWER_LED register.

Register: LED_COMM

Address: 2990

property led_status: int

Sets the state of the STATUS LED when the LEDs are set to manual, see the POWER_LED register.

Register: LED_STATUS

Address: 2991

property ljmcommon_version: float

The MAC address of the wired Ethernet module.

Register: LJMCOMMON_VERSION

Address: 60018

property lua_debug_data: int

Read debug data from here. This register is a buffer.

Register: LUA_DEBUG_DATA

Address: 6024

property lua_debug_enable: int

Write 1 to this register to enable debugging.

Register: LUA_DEBUG_ENABLE

Address: 6020

property lua_debug_enable_default: int

This is the value that will be loaded into LUA_DEBUG_ENABLE when the LabJack boots up.

Register: LUA_DEBUG_ENABLE_DEFAULT

Address: 6120

property lua_debug_num_bytes: int

The number of data bytes in the debug buffer waiting to be read.

Register: LUA_DEBUG_NUM_BYTES

Address: 6022

property lua_debug_num_bytes_default: int

This is the number of bytes that will be used for the lua debug buffer.

Register: LUA_DEBUG_NUM_BYTES_DEFAULT

Address: 6122

property lua_load_saved: int

Writing any value reads the script from Flash and loads it into RAM. The script can now be compiled and run.

Register: LUA_LOAD_SAVED

Address: 6034

property lua_no_warn_truncation: int

Writing a 1 to this register will prevent truncation warnings from being displayed. This register will be cleared every time Lua is started.

Register: LUA_NO_WARN_TRUNCATION

Address: 6050

property lua_run: int

Writing 1 compiles and runs the Lua script that is loaded in RAM. Writing zero stops the script and begins cleaning up memory. Users may poll the register after writing a value of 0 to verify that the VM is unloaded, and garbage collection is complete. 0 = VM fully unloaded. 1 = Running/in-progress.

Register: LUA_RUN

Address: 6000

property lua_run_default: int

If set to 1 the script saved in flash will be loaded and run when the LabJack boots up.

Register: LUA_RUN_DEFAULT

Address: 6100

property lua_save_to_flash: int

Write 1 to save the loaded source code to flash.

Register: LUA_SAVE_TO_FLASH

Address: 6032

property lua_saved_read: int

Read script saved to flash from here.

Register: LUA_SAVED_READ

Address: 6038

property lua_saved_read_pointer: int

Address within the saved Lua script in Flash to begin reading from.

Register: LUA_SAVED_READ_POINTER

Address: 6036

property lua_source_size: int

Allocates RAM for the source code.

Register: LUA_SOURCE_SIZE

Address: 6012

property lua_source_write: int

Write the source code here. Source will be saved to the RAM allocated by LUA_SOURCE_SIZE. This register is a buffer.

Register: LUA_SOURCE_WRITE

Address: 6014

property mio0: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: MIO0 (MIO#(0:2)@0)

Address: 2020

property mio1: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: MIO1 (MIO#(0:2)@1)

Address: 2021

property mio2: int

Read or set the state of 1 bit of digital I/O. Also configures the direction to input or output. Read 0=Low AND 1=High. Write 0=Low AND 1=High.

Register: MIO2 (MIO#(0:2)@2)

Address: 2022

property mio_direction: int

Read or write the direction of the 3 bits of MIO in a single binary-encoded value. 0=Input and 1=Output. The upper 8-bits of this value are inhibits.

Register: MIO_DIRECTION

Address: 2603

property mio_state: int

Read or write the state of the 3 bits of MIO in a single binary-encoded value. 0=Low AND 1=High. Does not configure direction. Reading lines set to output returns the current logic levels on the terminals, not necessarily the output states written. The upper 8-bits of this value are inhibits.

Register: MIO_STATE

Address: 2503

property onewire_data_rx: int

Data received over the 1-wire bus.

This register is a buffer. Underrun behavior - buffer is static, old data will fill the extra locations, firmware 1.0225 changes this to read zeros.

Register: ONEWIRE_DATA_RX

Address: 5370

property onewire_data_tx: int

Data to be transmitted over the 1-wire bus. This register is a buffer.

Register: ONEWIRE_DATA_TX

Address: 5340

property onewire_dpu_dionum: int

The dynamic pullup control DIO number.

Register: ONEWIRE_DPU_DIONUM

Address: 5301

property onewire_dq_dionum: int

The data-line DIO number.

Register: ONEWIRE_DQ_DIONUM

Address: 5300

property onewire_function: int

Set the ROM function to use. 0xF0=Search, 0xCC=Skip, 0x55=Match, 0x33=Read.

Register: ONEWIRE_FUNCTION

Address: 5307

property onewire_go: int

Instructs the device to perform the configured 1-wire transaction.

Register: ONEWIRE_GO

Address: 5310

property onewire_num_bytes_rx: int

Number of data bytes to be received.

Register: ONEWIRE_NUM_BYTES_RX

Address: 5309

property onewire_num_bytes_tx: int

Number of data bytes to be sent.

Register: ONEWIRE_NUM_BYTES_TX

Address: 5308

property onewire_options: int

Controls advanced features. Value is a bitmask. bit 0: reserved, bit 1: reserved, bit 2: 1=DPU Enabled 0=DPU Disabled, bit 3: DPU Polarity 1=Active state is high, 0=Active state is low (Dynamic Pull-Up)

Register: ONEWIRE_OPTIONS

Address: 5302

property onewire_path_h: int

Upper 32-bits of the path to take during a search.

Register: ONEWIRE_PATH_H

Address: 5324

property onewire_path_l: int

Lower 32-bits of the path to take during a search.

Register: ONEWIRE_PATH_L

Address: 5326

property onewire_rom_branchs_found_h: int

Upper 32-bits of the branches detected during a search.

Register: ONEWIRE_ROM_BRANCHS_FOUND_H

Address: 5332

property onewire_rom_branchs_found_l: int

Lower 32-bits of the branches detected during a search.

Register: ONEWIRE_ROM_BRANCHS_FOUND_L

Address: 5334

property onewire_rom_match_h: int

Upper 32-bits of the ROM to match.

Register: ONEWIRE_ROM_MATCH_H

Address: 5320

property onewire_rom_match_l: int

Lower 32-bits of the ROM to match.

Register: ONEWIRE_ROM_MATCH_L

Address: 5322

property onewire_search_result_h: int

Upper 32-bits of the search result.

Register: ONEWIRE_SEARCH_RESULT_H

Address: 5328

property onewire_search_result_l: int

Lower 32-bites of the search result.

Register: ONEWIRE_SEARCH_RESULT_L

Address: 5330

property power_ain: int

The current ON/OFF state of the analog input module.

Register: POWER_AIN

Address: 48005

property power_ain_default: int

The ON/OFF state of the analog input module after a power-cycle to the device. Provided to optionally reduce power consumption.

Register: POWER_AIN_DEFAULT

Address: 48055

property power_ethernet: int

The current ON/OFF state of the Ethernet module.

Register: POWER_ETHERNET

Address: 48003

property power_ethernet_default: int

The ON/OFF state of the Ethernet module after a power-cycle to the device. Provided to optionally reduce power consumption.

Register: POWER_ETHERNET_DEFAULT

Address: 48053

property power_led: int

Sets the LED operation: 0 = Off. Useful for lower power applications. 1 = normal. 2 = Lower power, LEDs will still blink but will normally be off. 3 = Reserved. 4 = Manual, in this mode the LEDs can be user controlled.

Register: POWER_LED

Address: 48006

property power_led_default: int

The ON/OFF state of the LEDs after a power-cycle to the device.

Register: POWER_LED_DEFAULT

Address: 48056

property power_wifi: int

The current ON/OFF state of the WiFi module.

Register: POWER_WIFI

Address: 48004

property power_wifi_default: int

The ON/OFF state of the WiFi module after a power-cycle to the device. Provided to optionally reduce power consumption.

Register: POWER_WIFI_DEFAULT

Address: 48054

property product_id: float

The numeric identifier of the device. Such as 7 for a T7 / T7-Pro.

Register: PRODUCT_ID

Address: 60000

property rtc_set_time_s: int

Write a new timestamp to the RTC in seconds since Jan, 1970, aka Epoch or Unix timestamp.

Register: RTC_SET_TIME_S

Address: 61504

property rtc_set_time_sntp: int

Write any value to instruct the T7 to update its clock from a SNTP server. Requires that SNTP_UPDATE_INTERVAL is non-zero.

Register: RTC_SET_TIME_SNTP

Address: 61506

property rtc_time_calendar: int

Read six consecutive addresses of type UINT16, starting with this address. The result will be in year, month, day, hour, minute, second calendar format. i.e. [2014, 10, 21, 18, 55, 35]

Register: RTC_TIME_CALENDAR

Address: 61510

property rtc_time_s: int

Read the current time in seconds since Jan, 1970, aka Epoch or Unix time. This value is calculated from the 80 MHz crystal, not the RTC 32 kHz crystal. Non-pro devices do not have a real time clock, so the reported time is either seconds since device startup or the time reported by the network time protocol over Ethernet. Pro devices have a real time clock that will be used to initialize this register at startup, the time can then be updated by NTP.

Register: RTC_TIME_S

Address: 61500

property sbus0_background_enable: int

Currently unsupported.

Register: SBUS0_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@0)

Address: 30250

property sbus0_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS0_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@0)

Address: 30225

property sbus0_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS0_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@0)

Address: 30200

property sbus0_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS0_RH (SBUS#(0:22)_RH@0)

Address: 30150

property sbus0_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS0_TEMP (SBUS#(0:22)_TEMP@0)

Address: 30100

property sbus10_background_enable: int

Currently unsupported.

Register: SBUS10_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@10)

Address: 30260

property sbus10_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS10_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@10)

Address: 30235

property sbus10_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS10_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@10)

Address: 30210

property sbus10_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS10_RH (SBUS#(0:22)_RH@10)

Address: 30170

property sbus10_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS10_TEMP (SBUS#(0:22)_TEMP@10)

Address: 30120

property sbus11_background_enable: int

Currently unsupported.

Register: SBUS11_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@11)

Address: 30261

property sbus11_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS11_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@11)

Address: 30236

property sbus11_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS11_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@11)

Address: 30211

property sbus11_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS11_RH (SBUS#(0:22)_RH@11)

Address: 30172

property sbus11_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS11_TEMP (SBUS#(0:22)_TEMP@11)

Address: 30122

property sbus12_background_enable: int

Currently unsupported.

Register: SBUS12_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@12)

Address: 30262

property sbus12_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS12_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@12)

Address: 30237

property sbus12_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS12_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@12)

Address: 30212

property sbus12_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS12_RH (SBUS#(0:22)_RH@12)

Address: 30174

property sbus12_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS12_TEMP (SBUS#(0:22)_TEMP@12)

Address: 30124

property sbus13_background_enable: int

Currently unsupported.

Register: SBUS13_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@13)

Address: 30263

property sbus13_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS13_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@13)

Address: 30238

property sbus13_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS13_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@13)

Address: 30213

property sbus13_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS13_RH (SBUS#(0:22)_RH@13)

Address: 30176

property sbus13_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS13_TEMP (SBUS#(0:22)_TEMP@13)

Address: 30126

property sbus14_background_enable: int

Currently unsupported.

Register: SBUS14_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@14)

Address: 30264

property sbus14_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS14_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@14)

Address: 30239

property sbus14_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS14_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@14)

Address: 30214

property sbus14_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS14_RH (SBUS#(0:22)_RH@14)

Address: 30178

property sbus14_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS14_TEMP (SBUS#(0:22)_TEMP@14)

Address: 30128

property sbus15_background_enable: int

Currently unsupported.

Register: SBUS15_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@15)

Address: 30265

property sbus15_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS15_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@15)

Address: 30240

property sbus15_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS15_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@15)

Address: 30215

property sbus15_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS15_RH (SBUS#(0:22)_RH@15)

Address: 30180

property sbus15_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS15_TEMP (SBUS#(0:22)_TEMP@15)

Address: 30130

property sbus16_background_enable: int

Currently unsupported.

Register: SBUS16_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@16)

Address: 30266

property sbus16_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS16_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@16)

Address: 30241

property sbus16_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS16_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@16)

Address: 30216

property sbus16_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS16_RH (SBUS#(0:22)_RH@16)

Address: 30182

property sbus16_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS16_TEMP (SBUS#(0:22)_TEMP@16)

Address: 30132

property sbus17_background_enable: int

Currently unsupported.

Register: SBUS17_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@17)

Address: 30267

property sbus17_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS17_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@17)

Address: 30242

property sbus17_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS17_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@17)

Address: 30217

property sbus17_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS17_RH (SBUS#(0:22)_RH@17)

Address: 30184

property sbus17_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS17_TEMP (SBUS#(0:22)_TEMP@17)

Address: 30134

property sbus18_background_enable: int

Currently unsupported.

Register: SBUS18_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@18)

Address: 30268

property sbus18_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS18_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@18)

Address: 30243

property sbus18_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS18_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@18)

Address: 30218

property sbus18_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS18_RH (SBUS#(0:22)_RH@18)

Address: 30186

property sbus18_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS18_TEMP (SBUS#(0:22)_TEMP@18)

Address: 30136

property sbus19_background_enable: int

Currently unsupported.

Register: SBUS19_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@19)

Address: 30269

property sbus19_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS19_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@19)

Address: 30244

property sbus19_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS19_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@19)

Address: 30219

property sbus19_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS19_RH (SBUS#(0:22)_RH@19)

Address: 30188

property sbus19_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS19_TEMP (SBUS#(0:22)_TEMP@19)

Address: 30138

property sbus1_background_enable: int

Currently unsupported.

Register: SBUS1_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@1)

Address: 30251

property sbus1_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS1_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@1)

Address: 30226

property sbus1_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS1_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@1)

Address: 30201

property sbus1_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS1_RH (SBUS#(0:22)_RH@1)

Address: 30152

property sbus1_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS1_TEMP (SBUS#(0:22)_TEMP@1)

Address: 30102

property sbus20_background_enable: int

Currently unsupported.

Register: SBUS20_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@20)

Address: 30270

property sbus20_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS20_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@20)

Address: 30245

property sbus20_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS20_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@20)

Address: 30220

property sbus20_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS20_RH (SBUS#(0:22)_RH@20)

Address: 30190

property sbus20_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS20_TEMP (SBUS#(0:22)_TEMP@20)

Address: 30140

property sbus21_background_enable: int

Currently unsupported.

Register: SBUS21_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@21)

Address: 30271

property sbus21_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS21_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@21)

Address: 30246

property sbus21_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS21_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@21)

Address: 30221

property sbus21_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS21_RH (SBUS#(0:22)_RH@21)

Address: 30192

property sbus21_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS21_TEMP (SBUS#(0:22)_TEMP@21)

Address: 30142

property sbus22_background_enable: int

Currently unsupported.

Register: SBUS22_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@22)

Address: 30272

property sbus22_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS22_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@22)

Address: 30247

property sbus22_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS22_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@22)

Address: 30222

property sbus22_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS22_RH (SBUS#(0:22)_RH@22)

Address: 30194

property sbus22_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS22_TEMP (SBUS#(0:22)_TEMP@22)

Address: 30144

property sbus2_background_enable: int

Currently unsupported.

Register: SBUS2_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@2)

Address: 30252

property sbus2_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS2_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@2)

Address: 30227

property sbus2_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS2_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@2)

Address: 30202

property sbus2_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS2_RH (SBUS#(0:22)_RH@2)

Address: 30154

property sbus2_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS2_TEMP (SBUS#(0:22)_TEMP@2)

Address: 30104

property sbus3_background_enable: int

Currently unsupported.

Register: SBUS3_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@3)

Address: 30253

property sbus3_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS3_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@3)

Address: 30228

property sbus3_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS3_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@3)

Address: 30203

property sbus3_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS3_RH (SBUS#(0:22)_RH@3)

Address: 30156

property sbus3_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS3_TEMP (SBUS#(0:22)_TEMP@3)

Address: 30106

property sbus4_background_enable: int

Currently unsupported.

Register: SBUS4_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@4)

Address: 30254

property sbus4_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS4_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@4)

Address: 30229

property sbus4_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS4_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@4)

Address: 30204

property sbus4_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS4_RH (SBUS#(0:22)_RH@4)

Address: 30158

property sbus4_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS4_TEMP (SBUS#(0:22)_TEMP@4)

Address: 30108

property sbus5_background_enable: int

Currently unsupported.

Register: SBUS5_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@5)

Address: 30255

property sbus5_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS5_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@5)

Address: 30230

property sbus5_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS5_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@5)

Address: 30205

property sbus5_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS5_RH (SBUS#(0:22)_RH@5)

Address: 30160

property sbus5_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS5_TEMP (SBUS#(0:22)_TEMP@5)

Address: 30110

property sbus6_background_enable: int

Currently unsupported.

Register: SBUS6_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@6)

Address: 30256

property sbus6_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS6_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@6)

Address: 30231

property sbus6_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS6_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@6)

Address: 30206

property sbus6_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS6_RH (SBUS#(0:22)_RH@6)

Address: 30162

property sbus6_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS6_TEMP (SBUS#(0:22)_TEMP@6)

Address: 30112

property sbus7_background_enable: int

Currently unsupported.

Register: SBUS7_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@7)

Address: 30257

property sbus7_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS7_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@7)

Address: 30232

property sbus7_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS7_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@7)

Address: 30207

property sbus7_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS7_RH (SBUS#(0:22)_RH@7)

Address: 30164

property sbus7_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS7_TEMP (SBUS#(0:22)_TEMP@7)

Address: 30114

property sbus8_background_enable: int

Currently unsupported.

Register: SBUS8_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@8)

Address: 30258

property sbus8_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS8_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@8)

Address: 30233

property sbus8_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS8_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@8)

Address: 30208

property sbus8_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS8_RH (SBUS#(0:22)_RH@8)

Address: 30166

property sbus8_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS8_TEMP (SBUS#(0:22)_TEMP@8)

Address: 30116

property sbus9_background_enable: int

Currently unsupported.

Register: SBUS9_BACKGROUND_ENABLE (SBUS#(0:22)_BACKGROUND_ENABLE@9)

Address: 30259

property sbus9_clock_dionum: int

This is the DIO# that the external sensor’s clock line is connected to.

Register: SBUS9_CLOCK_DIONUM (SBUS#(0:22)_CLOCK_DIONUM@9)

Address: 30234

property sbus9_data_dionum: int

This is the DIO# that the external sensor’s data line is connected to.

Register: SBUS9_DATA_DIONUM (SBUS#(0:22)_DATA_DIONUM@9)

Address: 30209

property sbus9_rh: float

Reads humidity in % from an external SBUS sensor (EI-1050/SHT1x/SHT7x). # is the DIO line for the EI-1050 enable. If # is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS9_RH (SBUS#(0:22)_RH@9)

Address: 30168

property sbus9_temp: float

Reads temperature in Kelvin from an SBUS sensor (EI-1050/SHT1x/SHT7x). SBUS# is the DIO line for the EI-1050 enable. If SBUS# is the same as the value specified for data or clock line, there will be no control of an enable line.

Register: SBUS9_TEMP (SBUS#(0:22)_TEMP@9)

Address: 30118

property sbus_all_clock_dionum: int

A write to this global parameter sets all SBUS clock line registers to the same value. A read will return the correct setting if all channels are set the same, but otherwise will return 0xFF.

Register: SBUS_ALL_CLOCK_DIONUM

Address: 30276

property sbus_all_clock_speed: int

Sets the clock speed. The clock is software generated so the resulting frequency is not exact. Valid range is 0-65535. Larger values are faster. 0 is the fastest option and is equivalent to 65536. A value of 0 is ~200 kHz. A value of 65000 is ~9.1 kHz.

Register: SBUS_ALL_CLOCK_SPEED

Address: 30278

property sbus_all_data_dionum: int

A write to this global parameter sets all SBUS data line registers to the same value. A read will return the correct setting if all channels are set the same, but otherwise will return 0xFF.

Register: SBUS_ALL_DATA_DIONUM

Address: 30275

property sbus_all_power_dionum: int

Sets the power line. This DIO is set to output-high upon any read of SBUS#_TEMP or SBUS#_RH. Default is FIO6 for the T4 and FIO2 for the T7. An FIO line can power up to 4 sensors while an EIO/CIO/MIO line or DAC line can power up to 20 sensors. Set to 9999 to disable. To use multiple power lines, use a DAC line for power, or otherwise control power yourself, set this to 9999 and then control power using writes to normal registers such as FIO5, EIO0, or DAC0.

Register: SBUS_ALL_POWER_DIONUM

Address: 30277

property serial_number: int

The serial number of the device.

Register: SERIAL_NUMBER

Address: 60028

setup_ain0(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN0.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain1(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN1.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain2(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN2.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain3(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN3.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain4(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN4.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain5(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN5.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain6(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN6.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain7(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup AIN7.

Parameters:

• range – the maximum expected voltage to automatically select the best gain

• settling_time_us – the settling time in micro seconds

• resolution_index – see LabJack docs

setup_ain_all(range_: float = 0.0, settling_time_us: int = 0, resolution_index: int = 0) → None

Setup all AIN channels.

property sntp_update_interval: int

Sets the SNTP retry time in seconds. A value of zero will disable SNTP(0=default). Values must be 10 or greater.

Register: SNTP_UPDATE_INTERVAL

Address: 49702

property spc_frequency_out_enable_deprecated: int

This has been deprecated in favor of DAC1_FREQUENCY_OUT_ENABLE. 0 = off, 1 = output 10 Hz signal on SPC. Note that stream uses SPC for a timing output, so if you use this while streaming you will get a lot more counts.

Register: SPC_FREQUENCY_OUT_ENABLE_DEPRECATED

Address: 61530

property spi_clk_dionum: int

The DIO line for Clock.

Register: SPI_CLK_DIONUM

Address: 5001

property spi_cs_dionum: int

The DIO line for Chip-Select.

Register: SPI_CS_DIONUM

Address: 5000

property spi_data_rx: int

Read data here.

This register is a buffer. Underrun behavior - fill with zeros.

Register: SPI_DATA_RX

Address: 5050

property spi_data_tx: int

Write data here. This register is a buffer.

Register: SPI_DATA_TX

Address: 5010

property spi_go: int

Write 1 to begin the configured SPI transaction.

Register: SPI_GO

Address: 5007

property spi_miso_dionum: int

The DIO line for Master-In-Slave-Out.

Register: SPI_MISO_DIONUM

Address: 5002

property spi_mode: int

The SPI mode controls the clock idle state and which edge clocks the data. Bit 1 is CPOL and Bit 0 is CPHA, so CPOL/CPHA for different decimal values: 0 = 0/0 = b00, 1 = 0/1 = b01, 2 = 1/0 = b10, 3 = 1/1 = b11. For CPOL and CPHA explanations, see Wikipedia article: https://en.wikipedia.org/wiki/Serial_Peripheral_Interface_Bus.

Register: SPI_MODE

Address: 5004

property spi_mosi_dionum: int

The DIO line for Master-Out-Slave-In.

Register: SPI_MOSI_DIONUM

Address: 5003

property spi_num_bytes: int

The number of bytes to transfer. The maximum transfer size is 100 bytes.

Register: SPI_NUM_BYTES

Address: 5009

property spi_options: int

Bit 0 is Auto-CS-Disable. When bit 0 is 0, CS is enabled. When bit 0 is 1, CS is disabled. Bit 1: 0 = Set DIO directions before starting the SPI operations, 1 = Do not set DIO directions. Bit 2: 0 = Transmit data MSB first, 1 = LSB first. Bits 4-7: This value sets the number of bits that will be transmitted during the last byte of the SPI operation. Default is 8, valid options are 1-8.

Register: SPI_OPTIONS

Address: 5006

property spi_speed_throttle: int

This value controls the SPI clock frequency. Pass 0-65535. Default=0 corresponds to 65536 internally which results in ~800 kHz. 65500 = ~100 kHz, 65100 = ~10 kHz, 61100 = ~1 kHz, 21000 = ~100 Hz, and 1 = ~67 Hz. Avoid setting too low such that the entire transaction lasts longer than the 250 millisecond timeout of the internal watchdog timer.

Register: SPI_SPEED_THROTTLE

Address: 5005

property stream_auto_target: int

Controls where data will be sent. Value is a bitmask. bit 0: 1 = Send to Ethernet 702 sockets, bit 1: 1 = Send to USB, bit 4: 1 = Command-Response mode. All other bits are reserved.

Register: STREAM_AUTO_TARGET

Address: 4016

property stream_autorecover_disable: int

When the stream buffer becomes full the stream will be stopped. Same behavior as if STREAM_ENABLE is set to zero.

Register: STREAM_AUTORECOVER_DISABLE

Address: 4028

property stream_buffer_size_bytes: int

Size of the stream data buffer in bytes. A value of 0 equates to the default value. Must be a power of 2. Size in samples is STREAM_BUFFER_SIZE_BYTES/2. Size in scans is (STREAM_BUFFER_SIZE_BYTES/2)/STREAM_NUM_ADDRESSES. Changes while stream is running do not affect the currently running stream.

Register: STREAM_BUFFER_SIZE_BYTES

Address: 4012

property stream_clock_source: int

Controls which clock source will be used to run the main stream clock. 0 = Internal crystal, 2 = External clock source on CIO3. Rising edges will increment a counter and trigger a stream scan after the number of edges specified in STREAM_EXTERNAL_CLOCK_DIVISOR. T7 will expect external stream clock on CIO3. All other values reserved.

Register: STREAM_CLOCK_SOURCE

Address: 4014

property stream_data_capture_16: int

If a channel produces 32-bits of data the upper 16 will be saved here.

Register: STREAM_DATA_CAPTURE_16

Address: 4899

property stream_data_cr: int

Address to read stream data from when operating in C-R mode.

Register: STREAM_DATA_CR

Address: 4500

property stream_debug_get_self_index: int

Returns the index of the channel. The index is the position in the scan list that the channel occupies.

Register: STREAM_DEBUG_GET_SELF_INDEX

Address: 4898

property stream_enable: int

Write 1 to start stream. Write 0 to stop stream. Reading this register returns 1 when stream is enabled. When using a triggered stream the stream is considered enabled while waiting for the trigger.

Register: STREAM_ENABLE

Address: 4990

property stream_external_clock_divisor: int

The number of pulses per stream scan when using an external clock.

Register: STREAM_EXTERNAL_CLOCK_DIVISOR

Address: 4022

property stream_num_addresses: int

The number of entries in the scanlist.

Register: STREAM_NUM_ADDRESSES

Address: 4004

property stream_num_scans: int

The number of scans to run before automatically stopping (stream-burst). 0 = run continuously. Limit for STREAM_NUM_SCANS is 2^32-1, but if the host is not reading data as fast as it is acquired you also need to consider STREAM_BUFFER_SIZE_BYTES.

Register: STREAM_NUM_SCANS

Address: 4020

property stream_out0: int

127) to trigger stream-out updates. When added to the scan list these do count against the max scan rate just like normal input addresses, but they do not return any data in the stream read.

Register: STREAM_OUT0 (STREAM_OUT#(0:3)@0)

Address: 4800

Type:

Include one or more of these registers in STREAM_SCANLIST_ADDRESS#(0

property stream_out0_buffer_allocate_num_bytes: int

Size of the buffer in bytes as a power of 2. Should be at least twice the size of updates that will be written and no less than 32. The usable buffer size will be equal to the value of this register minus 2 bytes (one 16-bit sample). Before writing data to _BUFFER_###, you must write to _BUFFER_ALLOCATE_NUM_BYTES to allocate RAM for the data. Max is 16384.

Register: STREAM_OUT0_BUFFER_ALLOCATE_NUM_BYTES (STREAM_OUT#(0:3)_BUFFER_ALLOCATE_NUM_BYTES@0)

Address: 4050

property stream_out0_buffer_f32: float

Data destination when sending floating point data. Appropriate cal constants are used to convert F32 values to 16-bit binary data, and thus each of these values uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT0_BUFFER_F32 (STREAM_OUT#(0:3)_BUFFER_F32@0)

Address: 4400

property stream_out0_buffer_status: int

The number of values in the buffer that are not currently being used.

Register: STREAM_OUT0_BUFFER_STATUS (STREAM_OUT#(0:3)_BUFFER_STATUS@0)

Address: 4080

property stream_out0_buffer_u16: int

Data destination when sending 16-bit integer data. Each value uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT0_BUFFER_U16 (STREAM_OUT#(0:3)_BUFFER_U16@0)

Address: 4420

property stream_out0_buffer_u32: int

Not used at this time. There are no U32 registers supported in stream-out. This register is a buffer.

Register: STREAM_OUT0_BUFFER_U32 (STREAM_OUT#(0:3)_BUFFER_U32@0)

Address: 4410

property stream_out0_enable: int

When STREAM_OUT#_ENABLE is enabled, the stream out target is generally updated by one value from the stream out buffer per stream scan. For example, there will generally be one instance of e.g. STREAM_OUT0 in the stream scan list, which will cause one STREAM_OUT0_BUFFER value to be consumed and written to STREAM_OUT0_TARGET for every stream scan. The stream scan list could also contain two instances of STREAM_OUT0, in which case two values from STREAM_OUT0_BUFFER value would be consumed and written for every stream scan.

Register: STREAM_OUT0_ENABLE (STREAM_OUT#(0:3)_ENABLE@0)

Address: 4090

property stream_out0_loop_num_values: int

The number of values, from the end of the array, that will be repeated after reaching the end of supplied data array.

Register: STREAM_OUT0_LOOP_NUM_VALUES (STREAM_OUT#(0:3)_LOOP_NUM_VALUES@0)

Address: 4060

property stream_out0_set_loop: int

Controls when new data and loop size are used. 1=Use new data immediately. 2=Wait for synch. New data will not be used until a different stream-out channel is set to Synch. 3=Synch. This stream-out# as well as any stream-outs set to synch will start using new data immediately.

Register: STREAM_OUT0_SET_LOOP (STREAM_OUT#(0:3)_SET_LOOP@0)

Address: 4070

property stream_out0_target: int

Channel that data will be written to. Before writing data to _BUFFER_###, you must write to _TARGET so the device knows how to interpret and store values.

Register: STREAM_OUT0_TARGET (STREAM_OUT#(0:3)_TARGET@0)

Address: 4040

property stream_out1: int

127) to trigger stream-out updates. When added to the scan list these do count against the max scan rate just like normal input addresses, but they do not return any data in the stream read.

Register: STREAM_OUT1 (STREAM_OUT#(0:3)@1)

Address: 4801

Type:

Include one or more of these registers in STREAM_SCANLIST_ADDRESS#(0

property stream_out1_buffer_allocate_num_bytes: int

Size of the buffer in bytes as a power of 2. Should be at least twice the size of updates that will be written and no less than 32. The usable buffer size will be equal to the value of this register minus 2 bytes (one 16-bit sample). Before writing data to _BUFFER_###, you must write to _BUFFER_ALLOCATE_NUM_BYTES to allocate RAM for the data. Max is 16384.

Register: STREAM_OUT1_BUFFER_ALLOCATE_NUM_BYTES (STREAM_OUT#(0:3)_BUFFER_ALLOCATE_NUM_BYTES@1)

Address: 4052

property stream_out1_buffer_f32: float

Data destination when sending floating point data. Appropriate cal constants are used to convert F32 values to 16-bit binary data, and thus each of these values uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT1_BUFFER_F32 (STREAM_OUT#(0:3)_BUFFER_F32@1)

Address: 4402

property stream_out1_buffer_status: int

The number of values in the buffer that are not currently being used.

Register: STREAM_OUT1_BUFFER_STATUS (STREAM_OUT#(0:3)_BUFFER_STATUS@1)

Address: 4082

property stream_out1_buffer_u16: int

Data destination when sending 16-bit integer data. Each value uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT1_BUFFER_U16 (STREAM_OUT#(0:3)_BUFFER_U16@1)

Address: 4421

property stream_out1_buffer_u32: int

Not used at this time. There are no U32 registers supported in stream-out. This register is a buffer.

Register: STREAM_OUT1_BUFFER_U32 (STREAM_OUT#(0:3)_BUFFER_U32@1)

Address: 4412

property stream_out1_enable: int

When STREAM_OUT#_ENABLE is enabled, the stream out target is generally updated by one value from the stream out buffer per stream scan. For example, there will generally be one instance of e.g. STREAM_OUT0 in the stream scan list, which will cause one STREAM_OUT0_BUFFER value to be consumed and written to STREAM_OUT0_TARGET for every stream scan. The stream scan list could also contain two instances of STREAM_OUT0, in which case two values from STREAM_OUT0_BUFFER value would be consumed and written for every stream scan.

Register: STREAM_OUT1_ENABLE (STREAM_OUT#(0:3)_ENABLE@1)

Address: 4092

property stream_out1_loop_num_values: int

The number of values, from the end of the array, that will be repeated after reaching the end of supplied data array.

Register: STREAM_OUT1_LOOP_NUM_VALUES (STREAM_OUT#(0:3)_LOOP_NUM_VALUES@1)

Address: 4062

property stream_out1_set_loop: int

Controls when new data and loop size are used. 1=Use new data immediately. 2=Wait for synch. New data will not be used until a different stream-out channel is set to Synch. 3=Synch. This stream-out# as well as any stream-outs set to synch will start using new data immediately.

Register: STREAM_OUT1_SET_LOOP (STREAM_OUT#(0:3)_SET_LOOP@1)

Address: 4072

property stream_out1_target: int

Channel that data will be written to. Before writing data to _BUFFER_###, you must write to _TARGET so the device knows how to interpret and store values.

Register: STREAM_OUT1_TARGET (STREAM_OUT#(0:3)_TARGET@1)

Address: 4042

property stream_out2: int

127) to trigger stream-out updates. When added to the scan list these do count against the max scan rate just like normal input addresses, but they do not return any data in the stream read.

Register: STREAM_OUT2 (STREAM_OUT#(0:3)@2)

Address: 4802

Type:

Include one or more of these registers in STREAM_SCANLIST_ADDRESS#(0

property stream_out2_buffer_allocate_num_bytes: int

Size of the buffer in bytes as a power of 2. Should be at least twice the size of updates that will be written and no less than 32. The usable buffer size will be equal to the value of this register minus 2 bytes (one 16-bit sample). Before writing data to _BUFFER_###, you must write to _BUFFER_ALLOCATE_NUM_BYTES to allocate RAM for the data. Max is 16384.

Register: STREAM_OUT2_BUFFER_ALLOCATE_NUM_BYTES (STREAM_OUT#(0:3)_BUFFER_ALLOCATE_NUM_BYTES@2)

Address: 4054

property stream_out2_buffer_f32: float

Data destination when sending floating point data. Appropriate cal constants are used to convert F32 values to 16-bit binary data, and thus each of these values uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT2_BUFFER_F32 (STREAM_OUT#(0:3)_BUFFER_F32@2)

Address: 4404

property stream_out2_buffer_status: int

The number of values in the buffer that are not currently being used.

Register: STREAM_OUT2_BUFFER_STATUS (STREAM_OUT#(0:3)_BUFFER_STATUS@2)

Address: 4084

property stream_out2_buffer_u16: int

Data destination when sending 16-bit integer data. Each value uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT2_BUFFER_U16 (STREAM_OUT#(0:3)_BUFFER_U16@2)

Address: 4422

property stream_out2_buffer_u32: int

Not used at this time. There are no U32 registers supported in stream-out. This register is a buffer.

Register: STREAM_OUT2_BUFFER_U32 (STREAM_OUT#(0:3)_BUFFER_U32@2)

Address: 4414

property stream_out2_enable: int

When STREAM_OUT#_ENABLE is enabled, the stream out target is generally updated by one value from the stream out buffer per stream scan. For example, there will generally be one instance of e.g. STREAM_OUT0 in the stream scan list, which will cause one STREAM_OUT0_BUFFER value to be consumed and written to STREAM_OUT0_TARGET for every stream scan. The stream scan list could also contain two instances of STREAM_OUT0, in which case two values from STREAM_OUT0_BUFFER value would be consumed and written for every stream scan.

Register: STREAM_OUT2_ENABLE (STREAM_OUT#(0:3)_ENABLE@2)

Address: 4094

property stream_out2_loop_num_values: int

The number of values, from the end of the array, that will be repeated after reaching the end of supplied data array.

Register: STREAM_OUT2_LOOP_NUM_VALUES (STREAM_OUT#(0:3)_LOOP_NUM_VALUES@2)

Address: 4064

property stream_out2_set_loop: int

Controls when new data and loop size are used. 1=Use new data immediately. 2=Wait for synch. New data will not be used until a different stream-out channel is set to Synch. 3=Synch. This stream-out# as well as any stream-outs set to synch will start using new data immediately.

Register: STREAM_OUT2_SET_LOOP (STREAM_OUT#(0:3)_SET_LOOP@2)

Address: 4074

property stream_out2_target: int

Channel that data will be written to. Before writing data to _BUFFER_###, you must write to _TARGET so the device knows how to interpret and store values.

Register: STREAM_OUT2_TARGET (STREAM_OUT#(0:3)_TARGET@2)

Address: 4044

property stream_out3: int

127) to trigger stream-out updates. When added to the scan list these do count against the max scan rate just like normal input addresses, but they do not return any data in the stream read.

Register: STREAM_OUT3 (STREAM_OUT#(0:3)@3)

Address: 4803

Type:

Include one or more of these registers in STREAM_SCANLIST_ADDRESS#(0

property stream_out3_buffer_allocate_num_bytes: int

Size of the buffer in bytes as a power of 2. Should be at least twice the size of updates that will be written and no less than 32. The usable buffer size will be equal to the value of this register minus 2 bytes (one 16-bit sample). Before writing data to _BUFFER_###, you must write to _BUFFER_ALLOCATE_NUM_BYTES to allocate RAM for the data. Max is 16384.

Register: STREAM_OUT3_BUFFER_ALLOCATE_NUM_BYTES (STREAM_OUT#(0:3)_BUFFER_ALLOCATE_NUM_BYTES@3)

Address: 4056

property stream_out3_buffer_f32: float

Data destination when sending floating point data. Appropriate cal constants are used to convert F32 values to 16-bit binary data, and thus each of these values uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT3_BUFFER_F32 (STREAM_OUT#(0:3)_BUFFER_F32@3)

Address: 4406

property stream_out3_buffer_status: int

The number of values in the buffer that are not currently being used.

Register: STREAM_OUT3_BUFFER_STATUS (STREAM_OUT#(0:3)_BUFFER_STATUS@3)

Address: 4086

property stream_out3_buffer_u16: int

Data destination when sending 16-bit integer data. Each value uses 2 bytes of the stream-out buffer. This register is a buffer.

Register: STREAM_OUT3_BUFFER_U16 (STREAM_OUT#(0:3)_BUFFER_U16@3)

Address: 4423

property stream_out3_buffer_u32: int

Not used at this time. There are no U32 registers supported in stream-out. This register is a buffer.

Register: STREAM_OUT3_BUFFER_U32 (STREAM_OUT#(0:3)_BUFFER_U32@3)

Address: 4416

property stream_out3_enable: int

When STREAM_OUT#_ENABLE is enabled, the stream out target is generally updated by one value from the stream out buffer per stream scan. For example, there will generally be one instance of e.g. STREAM_OUT0 in the stream scan list, which will cause one STREAM_OUT0_BUFFER value to be consumed and written to STREAM_OUT0_TARGET for every stream scan. The stream scan list could also contain two instances of STREAM_OUT0, in which case two values from STREAM_OUT0_BUFFER value would be consumed and written for every stream scan.

Register: STREAM_OUT3_ENABLE (STREAM_OUT#(0:3)_ENABLE@3)

Address: 4096

property stream_out3_loop_num_values: int

The number of values, from the end of the array, that will be repeated after reaching the end of supplied data array.

Register: STREAM_OUT3_LOOP_NUM_VALUES (STREAM_OUT#(0:3)_LOOP_NUM_VALUES@3)

Address: 4066

property stream_out3_set_loop: int

Controls when new data and loop size are used. 1=Use new data immediately. 2=Wait for synch. New data will not be used until a different stream-out channel is set to Synch. 3=Synch. This stream-out# as well as any stream-outs set to synch will start using new data immediately.

Register: STREAM_OUT3_SET_LOOP (STREAM_OUT#(0:3)_SET_LOOP@3)

Address: 4076

property stream_out3_target: int

Channel that data will be written to. Before writing data to _BUFFER_###, you must write to _TARGET so the device knows how to interpret and store values.

Register: STREAM_OUT3_TARGET (STREAM_OUT#(0:3)_TARGET@3)

Address: 4046

property stream_resolution_index: int

The resolution index for stream readings. A larger resolution index generally results in lower noise and longer sample times.

Register: STREAM_RESOLUTION_INDEX

Address: 4010

property stream_samples_per_packet: int

Specifies the number of data points to be sent in the data packet. Only applies to spontaneous mode.

Register: STREAM_SAMPLES_PER_PACKET

Address: 4006

property stream_scanlist_address0: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS0 (STREAM_SCANLIST_ADDRESS#(0:127)@0)

Address: 4100

property stream_scanlist_address1: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS1 (STREAM_SCANLIST_ADDRESS#(0:127)@1)

Address: 4102

property stream_scanlist_address10: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS10 (STREAM_SCANLIST_ADDRESS#(0:127)@10)

Address: 4120

property stream_scanlist_address100: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS100 (STREAM_SCANLIST_ADDRESS#(0:127)@100)

Address: 4300

property stream_scanlist_address101: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS101 (STREAM_SCANLIST_ADDRESS#(0:127)@101)

Address: 4302

property stream_scanlist_address102: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS102 (STREAM_SCANLIST_ADDRESS#(0:127)@102)

Address: 4304

property stream_scanlist_address103: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS103 (STREAM_SCANLIST_ADDRESS#(0:127)@103)

Address: 4306

property stream_scanlist_address104: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS104 (STREAM_SCANLIST_ADDRESS#(0:127)@104)

Address: 4308

property stream_scanlist_address105: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS105 (STREAM_SCANLIST_ADDRESS#(0:127)@105)

Address: 4310

property stream_scanlist_address106: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS106 (STREAM_SCANLIST_ADDRESS#(0:127)@106)

Address: 4312

property stream_scanlist_address107: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS107 (STREAM_SCANLIST_ADDRESS#(0:127)@107)

Address: 4314

property stream_scanlist_address108: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS108 (STREAM_SCANLIST_ADDRESS#(0:127)@108)

Address: 4316

property stream_scanlist_address109: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS109 (STREAM_SCANLIST_ADDRESS#(0:127)@109)

Address: 4318

property stream_scanlist_address11: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS11 (STREAM_SCANLIST_ADDRESS#(0:127)@11)

Address: 4122

property stream_scanlist_address110: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS110 (STREAM_SCANLIST_ADDRESS#(0:127)@110)

Address: 4320

property stream_scanlist_address111: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS111 (STREAM_SCANLIST_ADDRESS#(0:127)@111)

Address: 4322

property stream_scanlist_address112: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS112 (STREAM_SCANLIST_ADDRESS#(0:127)@112)

Address: 4324

property stream_scanlist_address113: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS113 (STREAM_SCANLIST_ADDRESS#(0:127)@113)

Address: 4326

property stream_scanlist_address114: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS114 (STREAM_SCANLIST_ADDRESS#(0:127)@114)

Address: 4328

property stream_scanlist_address115: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS115 (STREAM_SCANLIST_ADDRESS#(0:127)@115)

Address: 4330

property stream_scanlist_address116: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS116 (STREAM_SCANLIST_ADDRESS#(0:127)@116)

Address: 4332

property stream_scanlist_address117: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS117 (STREAM_SCANLIST_ADDRESS#(0:127)@117)

Address: 4334

property stream_scanlist_address118: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS118 (STREAM_SCANLIST_ADDRESS#(0:127)@118)

Address: 4336

property stream_scanlist_address119: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS119 (STREAM_SCANLIST_ADDRESS#(0:127)@119)

Address: 4338

property stream_scanlist_address12: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS12 (STREAM_SCANLIST_ADDRESS#(0:127)@12)

Address: 4124

property stream_scanlist_address120: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS120 (STREAM_SCANLIST_ADDRESS#(0:127)@120)

Address: 4340

property stream_scanlist_address121: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS121 (STREAM_SCANLIST_ADDRESS#(0:127)@121)

Address: 4342

property stream_scanlist_address122: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS122 (STREAM_SCANLIST_ADDRESS#(0:127)@122)

Address: 4344

property stream_scanlist_address123: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS123 (STREAM_SCANLIST_ADDRESS#(0:127)@123)

Address: 4346

property stream_scanlist_address124: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS124 (STREAM_SCANLIST_ADDRESS#(0:127)@124)

Address: 4348

property stream_scanlist_address125: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS125 (STREAM_SCANLIST_ADDRESS#(0:127)@125)

Address: 4350

property stream_scanlist_address126: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS126 (STREAM_SCANLIST_ADDRESS#(0:127)@126)

Address: 4352

property stream_scanlist_address127: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS127 (STREAM_SCANLIST_ADDRESS#(0:127)@127)

Address: 4354

property stream_scanlist_address13: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS13 (STREAM_SCANLIST_ADDRESS#(0:127)@13)

Address: 4126

property stream_scanlist_address14: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS14 (STREAM_SCANLIST_ADDRESS#(0:127)@14)

Address: 4128

property stream_scanlist_address15: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS15 (STREAM_SCANLIST_ADDRESS#(0:127)@15)

Address: 4130

property stream_scanlist_address16: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS16 (STREAM_SCANLIST_ADDRESS#(0:127)@16)

Address: 4132

property stream_scanlist_address17: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS17 (STREAM_SCANLIST_ADDRESS#(0:127)@17)

Address: 4134

property stream_scanlist_address18: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS18 (STREAM_SCANLIST_ADDRESS#(0:127)@18)

Address: 4136

property stream_scanlist_address19: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS19 (STREAM_SCANLIST_ADDRESS#(0:127)@19)

Address: 4138

property stream_scanlist_address2: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS2 (STREAM_SCANLIST_ADDRESS#(0:127)@2)

Address: 4104

property stream_scanlist_address20: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS20 (STREAM_SCANLIST_ADDRESS#(0:127)@20)

Address: 4140

property stream_scanlist_address21: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS21 (STREAM_SCANLIST_ADDRESS#(0:127)@21)

Address: 4142

property stream_scanlist_address22: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS22 (STREAM_SCANLIST_ADDRESS#(0:127)@22)

Address: 4144

property stream_scanlist_address23: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS23 (STREAM_SCANLIST_ADDRESS#(0:127)@23)

Address: 4146

property stream_scanlist_address24: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS24 (STREAM_SCANLIST_ADDRESS#(0:127)@24)

Address: 4148

property stream_scanlist_address25: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS25 (STREAM_SCANLIST_ADDRESS#(0:127)@25)

Address: 4150

property stream_scanlist_address26: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS26 (STREAM_SCANLIST_ADDRESS#(0:127)@26)

Address: 4152

property stream_scanlist_address27: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS27 (STREAM_SCANLIST_ADDRESS#(0:127)@27)

Address: 4154

property stream_scanlist_address28: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS28 (STREAM_SCANLIST_ADDRESS#(0:127)@28)

Address: 4156

property stream_scanlist_address29: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS29 (STREAM_SCANLIST_ADDRESS#(0:127)@29)

Address: 4158

property stream_scanlist_address3: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS3 (STREAM_SCANLIST_ADDRESS#(0:127)@3)

Address: 4106

property stream_scanlist_address30: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS30 (STREAM_SCANLIST_ADDRESS#(0:127)@30)

Address: 4160

property stream_scanlist_address31: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS31 (STREAM_SCANLIST_ADDRESS#(0:127)@31)

Address: 4162

property stream_scanlist_address32: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS32 (STREAM_SCANLIST_ADDRESS#(0:127)@32)

Address: 4164

property stream_scanlist_address33: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS33 (STREAM_SCANLIST_ADDRESS#(0:127)@33)

Address: 4166

property stream_scanlist_address34: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS34 (STREAM_SCANLIST_ADDRESS#(0:127)@34)

Address: 4168

property stream_scanlist_address35: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS35 (STREAM_SCANLIST_ADDRESS#(0:127)@35)

Address: 4170

property stream_scanlist_address36: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS36 (STREAM_SCANLIST_ADDRESS#(0:127)@36)

Address: 4172

property stream_scanlist_address37: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS37 (STREAM_SCANLIST_ADDRESS#(0:127)@37)

Address: 4174

property stream_scanlist_address38: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS38 (STREAM_SCANLIST_ADDRESS#(0:127)@38)

Address: 4176

property stream_scanlist_address39: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS39 (STREAM_SCANLIST_ADDRESS#(0:127)@39)

Address: 4178

property stream_scanlist_address4: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS4 (STREAM_SCANLIST_ADDRESS#(0:127)@4)

Address: 4108

property stream_scanlist_address40: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS40 (STREAM_SCANLIST_ADDRESS#(0:127)@40)

Address: 4180

property stream_scanlist_address41: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS41 (STREAM_SCANLIST_ADDRESS#(0:127)@41)

Address: 4182

property stream_scanlist_address42: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS42 (STREAM_SCANLIST_ADDRESS#(0:127)@42)

Address: 4184

property stream_scanlist_address43: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS43 (STREAM_SCANLIST_ADDRESS#(0:127)@43)

Address: 4186

property stream_scanlist_address44: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS44 (STREAM_SCANLIST_ADDRESS#(0:127)@44)

Address: 4188

property stream_scanlist_address45: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS45 (STREAM_SCANLIST_ADDRESS#(0:127)@45)

Address: 4190

property stream_scanlist_address46: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS46 (STREAM_SCANLIST_ADDRESS#(0:127)@46)

Address: 4192

property stream_scanlist_address47: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS47 (STREAM_SCANLIST_ADDRESS#(0:127)@47)

Address: 4194

property stream_scanlist_address48: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS48 (STREAM_SCANLIST_ADDRESS#(0:127)@48)

Address: 4196

property stream_scanlist_address49: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS49 (STREAM_SCANLIST_ADDRESS#(0:127)@49)

Address: 4198

property stream_scanlist_address5: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS5 (STREAM_SCANLIST_ADDRESS#(0:127)@5)

Address: 4110

property stream_scanlist_address50: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS50 (STREAM_SCANLIST_ADDRESS#(0:127)@50)

Address: 4200

property stream_scanlist_address51: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS51 (STREAM_SCANLIST_ADDRESS#(0:127)@51)

Address: 4202

property stream_scanlist_address52: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS52 (STREAM_SCANLIST_ADDRESS#(0:127)@52)

Address: 4204

property stream_scanlist_address53: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS53 (STREAM_SCANLIST_ADDRESS#(0:127)@53)

Address: 4206

property stream_scanlist_address54: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS54 (STREAM_SCANLIST_ADDRESS#(0:127)@54)

Address: 4208

property stream_scanlist_address55: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS55 (STREAM_SCANLIST_ADDRESS#(0:127)@55)

Address: 4210

property stream_scanlist_address56: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS56 (STREAM_SCANLIST_ADDRESS#(0:127)@56)

Address: 4212

property stream_scanlist_address57: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS57 (STREAM_SCANLIST_ADDRESS#(0:127)@57)

Address: 4214

property stream_scanlist_address58: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS58 (STREAM_SCANLIST_ADDRESS#(0:127)@58)

Address: 4216

property stream_scanlist_address59: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS59 (STREAM_SCANLIST_ADDRESS#(0:127)@59)

Address: 4218

property stream_scanlist_address6: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS6 (STREAM_SCANLIST_ADDRESS#(0:127)@6)

Address: 4112

property stream_scanlist_address60: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS60 (STREAM_SCANLIST_ADDRESS#(0:127)@60)

Address: 4220

property stream_scanlist_address61: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS61 (STREAM_SCANLIST_ADDRESS#(0:127)@61)

Address: 4222

property stream_scanlist_address62: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS62 (STREAM_SCANLIST_ADDRESS#(0:127)@62)

Address: 4224

property stream_scanlist_address63: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS63 (STREAM_SCANLIST_ADDRESS#(0:127)@63)

Address: 4226

property stream_scanlist_address64: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS64 (STREAM_SCANLIST_ADDRESS#(0:127)@64)

Address: 4228

property stream_scanlist_address65: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS65 (STREAM_SCANLIST_ADDRESS#(0:127)@65)

Address: 4230

property stream_scanlist_address66: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS66 (STREAM_SCANLIST_ADDRESS#(0:127)@66)

Address: 4232

property stream_scanlist_address67: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS67 (STREAM_SCANLIST_ADDRESS#(0:127)@67)

Address: 4234

property stream_scanlist_address68: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS68 (STREAM_SCANLIST_ADDRESS#(0:127)@68)

Address: 4236

property stream_scanlist_address69: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS69 (STREAM_SCANLIST_ADDRESS#(0:127)@69)

Address: 4238

property stream_scanlist_address7: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS7 (STREAM_SCANLIST_ADDRESS#(0:127)@7)

Address: 4114

property stream_scanlist_address70: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS70 (STREAM_SCANLIST_ADDRESS#(0:127)@70)

Address: 4240

property stream_scanlist_address71: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS71 (STREAM_SCANLIST_ADDRESS#(0:127)@71)

Address: 4242

property stream_scanlist_address72: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS72 (STREAM_SCANLIST_ADDRESS#(0:127)@72)

Address: 4244

property stream_scanlist_address73: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS73 (STREAM_SCANLIST_ADDRESS#(0:127)@73)

Address: 4246

property stream_scanlist_address74: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS74 (STREAM_SCANLIST_ADDRESS#(0:127)@74)

Address: 4248

property stream_scanlist_address75: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS75 (STREAM_SCANLIST_ADDRESS#(0:127)@75)

Address: 4250

property stream_scanlist_address76: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS76 (STREAM_SCANLIST_ADDRESS#(0:127)@76)

Address: 4252

property stream_scanlist_address77: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS77 (STREAM_SCANLIST_ADDRESS#(0:127)@77)

Address: 4254

property stream_scanlist_address78: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS78 (STREAM_SCANLIST_ADDRESS#(0:127)@78)

Address: 4256

property stream_scanlist_address79: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS79 (STREAM_SCANLIST_ADDRESS#(0:127)@79)

Address: 4258

property stream_scanlist_address8: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS8 (STREAM_SCANLIST_ADDRESS#(0:127)@8)

Address: 4116

property stream_scanlist_address80: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS80 (STREAM_SCANLIST_ADDRESS#(0:127)@80)

Address: 4260

property stream_scanlist_address81: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS81 (STREAM_SCANLIST_ADDRESS#(0:127)@81)

Address: 4262

property stream_scanlist_address82: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS82 (STREAM_SCANLIST_ADDRESS#(0:127)@82)

Address: 4264

property stream_scanlist_address83: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS83 (STREAM_SCANLIST_ADDRESS#(0:127)@83)

Address: 4266

property stream_scanlist_address84: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS84 (STREAM_SCANLIST_ADDRESS#(0:127)@84)

Address: 4268

property stream_scanlist_address85: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS85 (STREAM_SCANLIST_ADDRESS#(0:127)@85)

Address: 4270

property stream_scanlist_address86: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS86 (STREAM_SCANLIST_ADDRESS#(0:127)@86)

Address: 4272

property stream_scanlist_address87: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS87 (STREAM_SCANLIST_ADDRESS#(0:127)@87)

Address: 4274

property stream_scanlist_address88: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS88 (STREAM_SCANLIST_ADDRESS#(0:127)@88)

Address: 4276

property stream_scanlist_address89: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS89 (STREAM_SCANLIST_ADDRESS#(0:127)@89)

Address: 4278

property stream_scanlist_address9: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS9 (STREAM_SCANLIST_ADDRESS#(0:127)@9)

Address: 4118

property stream_scanlist_address90: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS90 (STREAM_SCANLIST_ADDRESS#(0:127)@90)

Address: 4280

property stream_scanlist_address91: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS91 (STREAM_SCANLIST_ADDRESS#(0:127)@91)

Address: 4282

property stream_scanlist_address92: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS92 (STREAM_SCANLIST_ADDRESS#(0:127)@92)

Address: 4284

property stream_scanlist_address93: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS93 (STREAM_SCANLIST_ADDRESS#(0:127)@93)

Address: 4286

property stream_scanlist_address94: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS94 (STREAM_SCANLIST_ADDRESS#(0:127)@94)

Address: 4288

property stream_scanlist_address95: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS95 (STREAM_SCANLIST_ADDRESS#(0:127)@95)

Address: 4290

property stream_scanlist_address96: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS96 (STREAM_SCANLIST_ADDRESS#(0:127)@96)

Address: 4292

property stream_scanlist_address97: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS97 (STREAM_SCANLIST_ADDRESS#(0:127)@97)

Address: 4294

property stream_scanlist_address98: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS98 (STREAM_SCANLIST_ADDRESS#(0:127)@98)

Address: 4296

property stream_scanlist_address99: int

A list of addresses to read each scan. In the case of Stream-Out enabled, the list may also include something to write each scan.

Register: STREAM_SCANLIST_ADDRESS99 (STREAM_SCANLIST_ADDRESS#(0:127)@99)

Address: 4298

property stream_scanrate_hz: float

Write a value to specify the number of times per second that all channels in the stream scanlist will be read. Max stream speeds are based on Sample Rate which is NumChannels*ScanRate. Has no effect when using an external clock. A read of this register returns the actual scan rate, which can be slightly different due to rounding. For scan rates >152.588, the actual scan interval is multiples of 100 ns. Assuming a core clock of 80 MHz the internal roll value is (80M/(8*DesiredScanRate))-1 and the actual scan rate is then 80M/(8*(RollValue+1). For slower scan rates the scan interval resolution is changed to 1 us, 10 us, 100 us, or 1 ms as needed to achieve the longer intervals.

Register: STREAM_SCANRATE_HZ

Address: 4002

property stream_settling_us: float

Time in microseconds to allow signals to settle after switching the mux. Does not apply to the 1st channel in the scan list, as that settling is controlled by scan rate (the time from the last channel until the start of the next scan). Default=0. When set to less than 1, automatic settling will be used. The automatic settling behavior varies by device.

Register: STREAM_SETTLING_US

Address: 4008

property stream_start_time_stamp: int

This register stores the value of CORE_TIMER at the start of the first stream scan. Note that the first stream scan happens 1 scan period after STREAM_ENABLE is set to 1.

Register: STREAM_START_TIME_STAMP

Address: 4026

property stream_trigger_index: int

Controls when stream scanning will start. 0 = Start when stream is enabled, 2000 = Start when DIO_EF0 detects an edge, 2001 = Start when DIO_EF1 detects an edge. See the stream documentation for all supported values.

Register: STREAM_TRIGGER_INDEX

Address: 4024

property system_counter_10khz: int

A 10 kHz counter synchronized to RTC_TIME_S. This register can be appended to RTC_TIME_S as the decimal portion to get 0.1 ms resolution.

Register: SYSTEM_COUNTER_10KHZ

Address: 61502

property system_reboot: int

Issues a device reboot. Must write 0x4C4Axxxx, where xxxx is number of 50ms ticks to wait before reboot. To reboot immediately write 0x4C4A0000 (d1279918080).

Register: SYSTEM_REBOOT

Address: 61998

property system_timer_20hz: int

Internal 32-bit system timer running at 20Hz.

Register: SYSTEM_TIMER_20HZ

Address: 61522

property tdac0: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC0 (TDAC#(0:21)@0)

Address: 30000

property tdac1: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC1 (TDAC#(0:21)@1)

Address: 30002

property tdac10: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC10 (TDAC#(0:21)@10)

Address: 30020

property tdac11: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC11 (TDAC#(0:21)@11)

Address: 30022

property tdac12: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC12 (TDAC#(0:21)@12)

Address: 30024

property tdac13: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC13 (TDAC#(0:21)@13)

Address: 30026

property tdac14: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC14 (TDAC#(0:21)@14)

Address: 30028

property tdac15: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC15 (TDAC#(0:21)@15)

Address: 30030

property tdac16: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC16 (TDAC#(0:21)@16)

Address: 30032

property tdac17: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC17 (TDAC#(0:21)@17)

Address: 30034

property tdac18: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC18 (TDAC#(0:21)@18)

Address: 30036

property tdac19: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC19 (TDAC#(0:21)@19)

Address: 30038

property tdac2: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC2 (TDAC#(0:21)@2)

Address: 30004

property tdac20: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC20 (TDAC#(0:21)@20)

Address: 30040

property tdac21: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC21 (TDAC#(0:21)@21)

Address: 30042

property tdac3: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC3 (TDAC#(0:21)@3)

Address: 30006

property tdac4: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC4 (TDAC#(0:21)@4)

Address: 30008

property tdac5: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC5 (TDAC#(0:21)@5)

Address: 30010

property tdac6: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC6 (TDAC#(0:21)@6)

Address: 30012

property tdac7: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC7 (TDAC#(0:21)@7)

Address: 30014

property tdac8: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC8 (TDAC#(0:21)@8)

Address: 30016

property tdac9: float

Update a voltage output on a connected LJTick-DAC accessory. Even TDAC# = DACA, Odd TDAC# = DACB. For instance, if LJTick-DAC accessory is connected to FIO2/FIO3 block on main device, TDAC2 corresponds with DACA, and TDAC3 corresponds with DACB.

Register: TDAC9 (TDAC#(0:21)@9)

Address: 30018

property tdac_serial_number: int

Returns the serial number of an LJTick-DAC, and forces a re-read of the calibration constants. Which LJTDAC is determined by the last write to TDAC# … whether it was successful or not.

Register: TDAC_SERIAL_NUMBER

Address: 55200

property tdac_speed_throttle: int

Sets the I2C clock speed that will be used when communicating with the TDAC. Default value is 65516. See I2C_SPEED_THROTTLE for more detail.

Register: TDAC_SPEED_THROTTLE

Address: 55202

property temperature0: float

T8 Only. Returns the temperature of the specified analog input. And saves AIN and temperature inputs for all channels.

Register: TEMPERATURE0 (TEMPERATURE#(0:7)@0)

Address: 600

property temperature0_binary: int

T8 Only. Returns the 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command- response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE0_BINARY (TEMPERATURE#(0:7)_BINARY@0)

Address: 50600

property temperature0_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE0_BINARY_CAPTURE (TEMPERATURE#(0:7)_BINARY_CAPTURE@0)

Address: 50700

property temperature0_capture: float

T8 Only. Returns the saved temperature of the specified analog input.

Register: TEMPERATURE0_CAPTURE (TEMPERATURE#(0:7)_CAPTURE@0)

Address: 700

property temperature1: float

T8 Only. Returns the temperature of the specified analog input. And saves AIN and temperature inputs for all channels.

Register: TEMPERATURE1 (TEMPERATURE#(0:7)@1)

Address: 602

property temperature1_binary: int

T8 Only. Returns the 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command- response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE1_BINARY (TEMPERATURE#(0:7)_BINARY@1)

Address: 50602

property temperature1_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE1_BINARY_CAPTURE (TEMPERATURE#(0:7)_BINARY_CAPTURE@1)

Address: 50702

property temperature1_capture: float

T8 Only. Returns the saved temperature of the specified analog input.

Register: TEMPERATURE1_CAPTURE (TEMPERATURE#(0:7)_CAPTURE@1)

Address: 702

property temperature2: float

T8 Only. Returns the temperature of the specified analog input. And saves AIN and temperature inputs for all channels.

Register: TEMPERATURE2 (TEMPERATURE#(0:7)@2)

Address: 604

property temperature2_binary: int

T8 Only. Returns the 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command- response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE2_BINARY (TEMPERATURE#(0:7)_BINARY@2)

Address: 50604

property temperature2_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE2_BINARY_CAPTURE (TEMPERATURE#(0:7)_BINARY_CAPTURE@2)

Address: 50704

property temperature2_capture: float

T8 Only. Returns the saved temperature of the specified analog input.

Register: TEMPERATURE2_CAPTURE (TEMPERATURE#(0:7)_CAPTURE@2)

Address: 704

property temperature3: float

T8 Only. Returns the temperature of the specified analog input. And saves AIN and temperature inputs for all channels.

Register: TEMPERATURE3 (TEMPERATURE#(0:7)@3)

Address: 606

property temperature3_binary: int

T8 Only. Returns the 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command- response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE3_BINARY (TEMPERATURE#(0:7)_BINARY@3)

Address: 50606

property temperature3_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE3_BINARY_CAPTURE (TEMPERATURE#(0:7)_BINARY_CAPTURE@3)

Address: 50706

property temperature3_capture: float

T8 Only. Returns the saved temperature of the specified analog input.

Register: TEMPERATURE3_CAPTURE (TEMPERATURE#(0:7)_CAPTURE@3)

Address: 706

property temperature4: float

T8 Only. Returns the temperature of the specified analog input. And saves AIN and temperature inputs for all channels.

Register: TEMPERATURE4 (TEMPERATURE#(0:7)@4)

Address: 608

property temperature4_binary: int

T8 Only. Returns the 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command- response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE4_BINARY (TEMPERATURE#(0:7)_BINARY@4)

Address: 50608

property temperature4_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE4_BINARY_CAPTURE (TEMPERATURE#(0:7)_BINARY_CAPTURE@4)

Address: 50708

property temperature4_capture: float

T8 Only. Returns the saved temperature of the specified analog input.

Register: TEMPERATURE4_CAPTURE (TEMPERATURE#(0:7)_CAPTURE@4)

Address: 708

property temperature5: float

T8 Only. Returns the temperature of the specified analog input. And saves AIN and temperature inputs for all channels.

Register: TEMPERATURE5 (TEMPERATURE#(0:7)@5)

Address: 610

property temperature5_binary: int

T8 Only. Returns the 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command- response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE5_BINARY (TEMPERATURE#(0:7)_BINARY@5)

Address: 50610

property temperature5_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE5_BINARY_CAPTURE (TEMPERATURE#(0:7)_BINARY_CAPTURE@5)

Address: 50710

property temperature5_capture: float

T8 Only. Returns the saved temperature of the specified analog input.

Register: TEMPERATURE5_CAPTURE (TEMPERATURE#(0:7)_CAPTURE@5)

Address: 710

property temperature6: float

T8 Only. Returns the temperature of the specified analog input. And saves AIN and temperature inputs for all channels.

Register: TEMPERATURE6 (TEMPERATURE#(0:7)@6)

Address: 612

property temperature6_binary: int

T8 Only. Returns the 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command- response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE6_BINARY (TEMPERATURE#(0:7)_BINARY@6)

Address: 50612

property temperature6_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE6_BINARY_CAPTURE (TEMPERATURE#(0:7)_BINARY_CAPTURE@6)

Address: 50712

property temperature6_capture: float

T8 Only. Returns the saved temperature of the specified analog input.

Register: TEMPERATURE6_CAPTURE (TEMPERATURE#(0:7)_CAPTURE@6)

Address: 712

property temperature7: float

T8 Only. Returns the temperature of the specified analog input. And saves AIN and temperature inputs for all channels.

Register: TEMPERATURE7 (TEMPERATURE#(0:7)@7)

Address: 614

property temperature7_binary: int

T8 Only. Returns the 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command- response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE7_BINARY (TEMPERATURE#(0:7)_BINARY@7)

Address: 50614

property temperature7_binary_capture: int

T8 Only. Returns the saved 24-bit binary representation of the voltage output of the temperature sensor for the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: TEMPERATURE7_BINARY_CAPTURE (TEMPERATURE#(0:7)_BINARY_CAPTURE@7)

Address: 50714

property temperature7_capture: float

T8 Only. Returns the saved temperature of the specified analog input.

Register: TEMPERATURE7_CAPTURE (TEMPERATURE#(0:7)_CAPTURE@7)

Address: 714

property temperature_air_k: float

Returns the estimated ambient air temperature just outside of the device in its red plastic enclosure. This register is equal to TEMPERATURE_DEVICE_K - 4.3. If Ethernet and/or WiFi is enabled, subtract an extra 0.6 for each.

Register: TEMPERATURE_AIR_K

Address: 60050

property temperature_device_k: float

Takes a reading from the internal temperature sensor using range=+/-10V and resolution=8, and applies the formula Volts*-92.6+467.6 to return kelvins.

Register: TEMPERATURE_DEVICE_K

Address: 60052

property test: int

A read of this test register should always return 0x00112233 or d1122867. If your software has the word swap quirk, you will incorrectly read 0x22330011 or 573767697. If your software has the address-1 quirk, a UINT16 (1-register) read from 55101 will incorrectly return 0x0011 (should read 0x2233). This register is unlike others, in that it allows you can read a single word from 55100 or 55101, or of course 2 words from 55100.

Register: TEST

Address: 55100

property test_float32: float

Write a value and read back to test FLOAT32 operation. Default is 0xC61C3C00 or -9999.0. If your software has the word swap quirk, the default will incorrectly read 0x3C00C61C or 0.00786.

Register: TEST_FLOAT32

Address: 55124

property test_int32: int

Write a value and read back to test INT32 operation. Default is 0x8899AABB or d-2003195205. If your software has the word swap quirk, the default will incorrectly read 0xAABB8899 or -1430550375.

Register: TEST_INT32

Address: 55122

property test_uint16: int

Write a value and read back to test UINT16 operation. Default is 0x0011 or d17.

Register: TEST_UINT16

Address: 55110

property test_uint32: int

Write a value and read back to test UINT32 operation. Default is 0x00112233 or d1122867. If your software has the word swap quirk, the default will incorrectly read 0x22330011 or 573767697.

Register: TEST_UINT32

Address: 55120

property user_ram0_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM0_F32 (USER_RAM#(0:39)_F32@0)

Address: 46000

property user_ram0_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM0_I32 (USER_RAM#(0:9)_I32@0)

Address: 46080

property user_ram0_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM0_U16 (USER_RAM#(0:19)_U16@0)

Address: 46180

property user_ram0_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM0_U32 (USER_RAM#(0:39)_U32@0)

Address: 46100

property user_ram10_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM10_F32 (USER_RAM#(0:39)_F32@10)

Address: 46020

property user_ram10_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM10_U16 (USER_RAM#(0:19)_U16@10)

Address: 46190

property user_ram10_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM10_U32 (USER_RAM#(0:39)_U32@10)

Address: 46120

property user_ram11_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM11_F32 (USER_RAM#(0:39)_F32@11)

Address: 46022

property user_ram11_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM11_U16 (USER_RAM#(0:19)_U16@11)

Address: 46191

property user_ram11_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM11_U32 (USER_RAM#(0:39)_U32@11)

Address: 46122

property user_ram12_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM12_F32 (USER_RAM#(0:39)_F32@12)

Address: 46024

property user_ram12_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM12_U16 (USER_RAM#(0:19)_U16@12)

Address: 46192

property user_ram12_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM12_U32 (USER_RAM#(0:39)_U32@12)

Address: 46124

property user_ram13_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM13_F32 (USER_RAM#(0:39)_F32@13)

Address: 46026

property user_ram13_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM13_U16 (USER_RAM#(0:19)_U16@13)

Address: 46193

property user_ram13_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM13_U32 (USER_RAM#(0:39)_U32@13)

Address: 46126

property user_ram14_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM14_F32 (USER_RAM#(0:39)_F32@14)

Address: 46028

property user_ram14_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM14_U16 (USER_RAM#(0:19)_U16@14)

Address: 46194

property user_ram14_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM14_U32 (USER_RAM#(0:39)_U32@14)

Address: 46128

property user_ram15_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM15_F32 (USER_RAM#(0:39)_F32@15)

Address: 46030

property user_ram15_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM15_U16 (USER_RAM#(0:19)_U16@15)

Address: 46195

property user_ram15_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM15_U32 (USER_RAM#(0:39)_U32@15)

Address: 46130

property user_ram16_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM16_F32 (USER_RAM#(0:39)_F32@16)

Address: 46032

property user_ram16_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM16_U16 (USER_RAM#(0:19)_U16@16)

Address: 46196

property user_ram16_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM16_U32 (USER_RAM#(0:39)_U32@16)

Address: 46132

property user_ram17_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM17_F32 (USER_RAM#(0:39)_F32@17)

Address: 46034

property user_ram17_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM17_U16 (USER_RAM#(0:19)_U16@17)

Address: 46197

property user_ram17_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM17_U32 (USER_RAM#(0:39)_U32@17)

Address: 46134

property user_ram18_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM18_F32 (USER_RAM#(0:39)_F32@18)

Address: 46036

property user_ram18_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM18_U16 (USER_RAM#(0:19)_U16@18)

Address: 46198

property user_ram18_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM18_U32 (USER_RAM#(0:39)_U32@18)

Address: 46136

property user_ram19_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM19_F32 (USER_RAM#(0:39)_F32@19)

Address: 46038

property user_ram19_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM19_U16 (USER_RAM#(0:19)_U16@19)

Address: 46199

property user_ram19_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM19_U32 (USER_RAM#(0:39)_U32@19)

Address: 46138

property user_ram1_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM1_F32 (USER_RAM#(0:39)_F32@1)

Address: 46002

property user_ram1_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM1_I32 (USER_RAM#(0:9)_I32@1)

Address: 46082

property user_ram1_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM1_U16 (USER_RAM#(0:19)_U16@1)

Address: 46181

property user_ram1_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM1_U32 (USER_RAM#(0:39)_U32@1)

Address: 46102

property user_ram20_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM20_F32 (USER_RAM#(0:39)_F32@20)

Address: 46040

property user_ram20_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM20_U32 (USER_RAM#(0:39)_U32@20)

Address: 46140

property user_ram21_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM21_F32 (USER_RAM#(0:39)_F32@21)

Address: 46042

property user_ram21_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM21_U32 (USER_RAM#(0:39)_U32@21)

Address: 46142

property user_ram22_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM22_F32 (USER_RAM#(0:39)_F32@22)

Address: 46044

property user_ram22_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM22_U32 (USER_RAM#(0:39)_U32@22)

Address: 46144

property user_ram23_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM23_F32 (USER_RAM#(0:39)_F32@23)

Address: 46046

property user_ram23_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM23_U32 (USER_RAM#(0:39)_U32@23)

Address: 46146

property user_ram24_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM24_F32 (USER_RAM#(0:39)_F32@24)

Address: 46048

property user_ram24_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM24_U32 (USER_RAM#(0:39)_U32@24)

Address: 46148

property user_ram25_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM25_F32 (USER_RAM#(0:39)_F32@25)

Address: 46050

property user_ram25_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM25_U32 (USER_RAM#(0:39)_U32@25)

Address: 46150

property user_ram26_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM26_F32 (USER_RAM#(0:39)_F32@26)

Address: 46052

property user_ram26_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM26_U32 (USER_RAM#(0:39)_U32@26)

Address: 46152

property user_ram27_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM27_F32 (USER_RAM#(0:39)_F32@27)

Address: 46054

property user_ram27_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM27_U32 (USER_RAM#(0:39)_U32@27)

Address: 46154

property user_ram28_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM28_F32 (USER_RAM#(0:39)_F32@28)

Address: 46056

property user_ram28_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM28_U32 (USER_RAM#(0:39)_U32@28)

Address: 46156

property user_ram29_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM29_F32 (USER_RAM#(0:39)_F32@29)

Address: 46058

property user_ram29_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM29_U32 (USER_RAM#(0:39)_U32@29)

Address: 46158

property user_ram2_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM2_F32 (USER_RAM#(0:39)_F32@2)

Address: 46004

property user_ram2_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM2_I32 (USER_RAM#(0:9)_I32@2)

Address: 46084

property user_ram2_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM2_U16 (USER_RAM#(0:19)_U16@2)

Address: 46182

property user_ram2_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM2_U32 (USER_RAM#(0:39)_U32@2)

Address: 46104

property user_ram30_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM30_F32 (USER_RAM#(0:39)_F32@30)

Address: 46060

property user_ram30_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM30_U32 (USER_RAM#(0:39)_U32@30)

Address: 46160

property user_ram31_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM31_F32 (USER_RAM#(0:39)_F32@31)

Address: 46062

property user_ram31_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM31_U32 (USER_RAM#(0:39)_U32@31)

Address: 46162

property user_ram32_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM32_F32 (USER_RAM#(0:39)_F32@32)

Address: 46064

property user_ram32_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM32_U32 (USER_RAM#(0:39)_U32@32)

Address: 46164

property user_ram33_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM33_F32 (USER_RAM#(0:39)_F32@33)

Address: 46066

property user_ram33_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM33_U32 (USER_RAM#(0:39)_U32@33)

Address: 46166

property user_ram34_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM34_F32 (USER_RAM#(0:39)_F32@34)

Address: 46068

property user_ram34_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM34_U32 (USER_RAM#(0:39)_U32@34)

Address: 46168

property user_ram35_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM35_F32 (USER_RAM#(0:39)_F32@35)

Address: 46070

property user_ram35_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM35_U32 (USER_RAM#(0:39)_U32@35)

Address: 46170

property user_ram36_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM36_F32 (USER_RAM#(0:39)_F32@36)

Address: 46072

property user_ram36_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM36_U32 (USER_RAM#(0:39)_U32@36)

Address: 46172

property user_ram37_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM37_F32 (USER_RAM#(0:39)_F32@37)

Address: 46074

property user_ram37_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM37_U32 (USER_RAM#(0:39)_U32@37)

Address: 46174

property user_ram38_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM38_F32 (USER_RAM#(0:39)_F32@38)

Address: 46076

property user_ram38_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM38_U32 (USER_RAM#(0:39)_U32@38)

Address: 46176

property user_ram39_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM39_F32 (USER_RAM#(0:39)_F32@39)

Address: 46078

property user_ram39_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM39_U32 (USER_RAM#(0:39)_U32@39)

Address: 46178

property user_ram3_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM3_F32 (USER_RAM#(0:39)_F32@3)

Address: 46006

property user_ram3_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM3_I32 (USER_RAM#(0:9)_I32@3)

Address: 46086

property user_ram3_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM3_U16 (USER_RAM#(0:19)_U16@3)

Address: 46183

property user_ram3_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM3_U32 (USER_RAM#(0:39)_U32@3)

Address: 46106

property user_ram4_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM4_F32 (USER_RAM#(0:39)_F32@4)

Address: 46008

property user_ram4_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM4_I32 (USER_RAM#(0:9)_I32@4)

Address: 46088

property user_ram4_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM4_U16 (USER_RAM#(0:19)_U16@4)

Address: 46184

property user_ram4_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM4_U32 (USER_RAM#(0:39)_U32@4)

Address: 46108

property user_ram5_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM5_F32 (USER_RAM#(0:39)_F32@5)

Address: 46010

property user_ram5_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM5_I32 (USER_RAM#(0:9)_I32@5)

Address: 46090

property user_ram5_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM5_U16 (USER_RAM#(0:19)_U16@5)

Address: 46185

property user_ram5_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM5_U32 (USER_RAM#(0:39)_U32@5)

Address: 46110

property user_ram6_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM6_F32 (USER_RAM#(0:39)_F32@6)

Address: 46012

property user_ram6_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM6_I32 (USER_RAM#(0:9)_I32@6)

Address: 46092

property user_ram6_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM6_U16 (USER_RAM#(0:19)_U16@6)

Address: 46186

property user_ram6_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM6_U32 (USER_RAM#(0:39)_U32@6)

Address: 46112

property user_ram7_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM7_F32 (USER_RAM#(0:39)_F32@7)

Address: 46014

property user_ram7_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM7_I32 (USER_RAM#(0:9)_I32@7)

Address: 46094

property user_ram7_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM7_U16 (USER_RAM#(0:19)_U16@7)

Address: 46187

property user_ram7_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM7_U32 (USER_RAM#(0:39)_U32@7)

Address: 46114

property user_ram8_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM8_F32 (USER_RAM#(0:39)_F32@8)

Address: 46016

property user_ram8_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM8_I32 (USER_RAM#(0:9)_I32@8)

Address: 46096

property user_ram8_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM8_U16 (USER_RAM#(0:19)_U16@8)

Address: 46188

property user_ram8_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM8_U32 (USER_RAM#(0:39)_U32@8)

Address: 46116

property user_ram9_f32: float

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM9_F32 (USER_RAM#(0:39)_F32@9)

Address: 46018

property user_ram9_i32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM9_I32 (USER_RAM#(0:9)_I32@9)

Address: 46098

property user_ram9_u16: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM9_U16 (USER_RAM#(0:19)_U16@9)

Address: 46189

property user_ram9_u32: int

Generic RAM registers. Useful for passing data between a host computer and a Lua script. Will not return an error if alternate data types are used.

Register: USER_RAM9_U32 (USER_RAM#(0:39)_U32@9)

Address: 46118

property user_ram_fifo0_allocate_num_bytes: int

Allocate memory for a FIFO buffer. Number of bytes should be sufficient to store users max transfer array size. Note that FLOAT32, INT32, and UINT32 require 4 bytes per value, and UINT16 require 2 bytes per value. Maximum size is limited by available memory. Care should be taken to conserve enough memory for other operations such as AIN_EF, Lua, Stream etc.

Register: USER_RAM_FIFO0_ALLOCATE_NUM_BYTES (USER_RAM_FIFO#(0:3)_ALLOCATE_NUM_BYTES@0)

Address: 47900

property user_ram_fifo0_data_f32: float

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO0_DATA_F32 (USER_RAM_FIFO#(0:3)_DATA_F32@0)

Address: 47030

property user_ram_fifo0_data_i32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO0_DATA_I32 (USER_RAM_FIFO#(0:3)_DATA_I32@0)

Address: 47020

property user_ram_fifo0_data_u16: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO0_DATA_U16 (USER_RAM_FIFO#(0:3)_DATA_U16@0)

Address: 47000

property user_ram_fifo0_data_u32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO0_DATA_U32 (USER_RAM_FIFO#(0:3)_DATA_U32@0)

Address: 47010

property user_ram_fifo0_empty: int

Write any value to this register to efficiently empty, flush, or otherwise clear data from the FIFO.

Register: USER_RAM_FIFO0_EMPTY (USER_RAM_FIFO#(0:3)_EMPTY@0)

Address: 47930

property user_ram_fifo0_num_bytes_in_fifo: int

Poll this register to see when new data is available/ready. Each read of the FIFO buffer decreases this value, and each write to the FIFO buffer increases this value.

At any point in time, the following equation holds: Nbytes = Nwritten - Nread.

Register: USER_RAM_FIFO0_NUM_BYTES_IN_FIFO (USER_RAM_FIFO#(0:3)_NUM_BYTES_IN_FIFO@0)

Address: 47910

property user_ram_fifo1_allocate_num_bytes: int

Allocate memory for a FIFO buffer. Number of bytes should be sufficient to store users max transfer array size. Note that FLOAT32, INT32, and UINT32 require 4 bytes per value, and UINT16 require 2 bytes per value. Maximum size is limited by available memory. Care should be taken to conserve enough memory for other operations such as AIN_EF, Lua, Stream etc.

Register: USER_RAM_FIFO1_ALLOCATE_NUM_BYTES (USER_RAM_FIFO#(0:3)_ALLOCATE_NUM_BYTES@1)

Address: 47902

property user_ram_fifo1_data_f32: float

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO1_DATA_F32 (USER_RAM_FIFO#(0:3)_DATA_F32@1)

Address: 47032

property user_ram_fifo1_data_i32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO1_DATA_I32 (USER_RAM_FIFO#(0:3)_DATA_I32@1)

Address: 47022

property user_ram_fifo1_data_u16: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO1_DATA_U16 (USER_RAM_FIFO#(0:3)_DATA_U16@1)

Address: 47001

property user_ram_fifo1_data_u32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO1_DATA_U32 (USER_RAM_FIFO#(0:3)_DATA_U32@1)

Address: 47012

property user_ram_fifo1_empty: int

Write any value to this register to efficiently empty, flush, or otherwise clear data from the FIFO.

Register: USER_RAM_FIFO1_EMPTY (USER_RAM_FIFO#(0:3)_EMPTY@1)

Address: 47932

property user_ram_fifo1_num_bytes_in_fifo: int

Poll this register to see when new data is available/ready. Each read of the FIFO buffer decreases this value, and each write to the FIFO buffer increases this value.

At any point in time, the following equation holds: Nbytes = Nwritten - Nread.

Register: USER_RAM_FIFO1_NUM_BYTES_IN_FIFO (USER_RAM_FIFO#(0:3)_NUM_BYTES_IN_FIFO@1)

Address: 47912

property user_ram_fifo2_allocate_num_bytes: int

Allocate memory for a FIFO buffer. Number of bytes should be sufficient to store users max transfer array size. Note that FLOAT32, INT32, and UINT32 require 4 bytes per value, and UINT16 require 2 bytes per value. Maximum size is limited by available memory. Care should be taken to conserve enough memory for other operations such as AIN_EF, Lua, Stream etc.

Register: USER_RAM_FIFO2_ALLOCATE_NUM_BYTES (USER_RAM_FIFO#(0:3)_ALLOCATE_NUM_BYTES@2)

Address: 47904

property user_ram_fifo2_data_f32: float

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO2_DATA_F32 (USER_RAM_FIFO#(0:3)_DATA_F32@2)

Address: 47034

property user_ram_fifo2_data_i32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO2_DATA_I32 (USER_RAM_FIFO#(0:3)_DATA_I32@2)

Address: 47024

property user_ram_fifo2_data_u16: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO2_DATA_U16 (USER_RAM_FIFO#(0:3)_DATA_U16@2)

Address: 47002

property user_ram_fifo2_data_u32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO2_DATA_U32 (USER_RAM_FIFO#(0:3)_DATA_U32@2)

Address: 47014

property user_ram_fifo2_empty: int

Write any value to this register to efficiently empty, flush, or otherwise clear data from the FIFO.

Register: USER_RAM_FIFO2_EMPTY (USER_RAM_FIFO#(0:3)_EMPTY@2)

Address: 47934

property user_ram_fifo2_num_bytes_in_fifo: int

Poll this register to see when new data is available/ready. Each read of the FIFO buffer decreases this value, and each write to the FIFO buffer increases this value.

At any point in time, the following equation holds: Nbytes = Nwritten - Nread.

Register: USER_RAM_FIFO2_NUM_BYTES_IN_FIFO (USER_RAM_FIFO#(0:3)_NUM_BYTES_IN_FIFO@2)

Address: 47914

property user_ram_fifo3_allocate_num_bytes: int

Allocate memory for a FIFO buffer. Number of bytes should be sufficient to store users max transfer array size. Note that FLOAT32, INT32, and UINT32 require 4 bytes per value, and UINT16 require 2 bytes per value. Maximum size is limited by available memory. Care should be taken to conserve enough memory for other operations such as AIN_EF, Lua, Stream etc.

Register: USER_RAM_FIFO3_ALLOCATE_NUM_BYTES (USER_RAM_FIFO#(0:3)_ALLOCATE_NUM_BYTES@3)

Address: 47906

property user_ram_fifo3_data_f32: float

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO3_DATA_F32 (USER_RAM_FIFO#(0:3)_DATA_F32@3)

Address: 47036

property user_ram_fifo3_data_i32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO3_DATA_I32 (USER_RAM_FIFO#(0:3)_DATA_I32@3)

Address: 47026

property user_ram_fifo3_data_u16: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO3_DATA_U16 (USER_RAM_FIFO#(0:3)_DATA_U16@3)

Address: 47003

property user_ram_fifo3_data_u32: int

Generic FIFO buffer. Useful for passing ORDERED or SEQUENTIAL data between various endpoints, such as between a host and a Lua script. Use up to 4 FIFO buffers simultaneously->1 of each data type, all 4 different data types, or a mixture. e.g. FIFO0_DATA_U16 points to the same memory as other FIFO0 registers, such that there are a total of 4 memory blocks: FIFO0, FIFO1, FIFO2 and FIFO3. It is possible to write into a FIFO buffer using a different datatype than is being used to read out of it.

This register is a buffer. Underrun behavior - throws an error.

Register: USER_RAM_FIFO3_DATA_U32 (USER_RAM_FIFO#(0:3)_DATA_U32@3)

Address: 47016

property user_ram_fifo3_empty: int

Write any value to this register to efficiently empty, flush, or otherwise clear data from the FIFO.

Register: USER_RAM_FIFO3_EMPTY (USER_RAM_FIFO#(0:3)_EMPTY@3)

Address: 47936

property user_ram_fifo3_num_bytes_in_fifo: int

Poll this register to see when new data is available/ready. Each read of the FIFO buffer decreases this value, and each write to the FIFO buffer increases this value.

At any point in time, the following equation holds: Nbytes = Nwritten - Nread.

Register: USER_RAM_FIFO3_NUM_BYTES_IN_FIFO (USER_RAM_FIFO#(0:3)_NUM_BYTES_IN_FIFO@3)

Address: 47916

property wait_us_blocking: int

Delays for x microseconds. Range is 0-100000. This operation is Blocking. While a blocking function is running no other registers can be read / written.

Register: WAIT_US_BLOCKING

Address: 61590

property watchdog_advanced_default: int

A single binary-encoded value where each bit is an advanced option. If bit 0 is set, IO_CONFIG_SET_CURRENT_TO_FACTORY will be done on timeout. If bit 1 is set, IO_CONFIG_SET_CURRENT_TO_DEFAULT will be done on timeout.

Register: WATCHDOG_ADVANCED_DEFAULT

Address: 61602

property watchdog_dac0_default: float

The voltage of DAC0 after a Watchdog timeout.

Register: WATCHDOG_DAC0_DEFAULT

Address: 61642

property watchdog_dac0_enable_default: int

Timeout action: Set to 1 to enable DAC0 update on watchdog timeout.

Register: WATCHDOG_DAC0_ENABLE_DEFAULT

Address: 61640

property watchdog_dac1_default: float

The voltage of DAC1 after a Watchdog timeout.

Register: WATCHDOG_DAC1_DEFAULT

Address: 61652

property watchdog_dac1_enable_default: int

Timeout action: Set to 1 to enable DAC1 update on watchdog timeout.

Register: WATCHDOG_DAC1_ENABLE_DEFAULT

Address: 61650

property watchdog_dio_direction_default: int

The direction input/output of the digital I/O after a Watchdog timeout. See DIO_DIRECTION.

Register: WATCHDOG_DIO_DIRECTION_DEFAULT

Address: 61634

property watchdog_dio_enable_default: int

Timeout action: Set to 1 to enable DIO update on watchdog timeout.

Register: WATCHDOG_DIO_ENABLE_DEFAULT

Address: 61630

property watchdog_dio_inhibit_default: int

This register can be used to prevent the watchdog from changing specific IO. See DIO_INHIBIT for more information.

Register: WATCHDOG_DIO_INHIBIT_DEFAULT

Address: 61636

property watchdog_dio_state_default: int

The state high/low of the digital I/O after a Watchdog timeout. See DIO_STATE.

Register: WATCHDOG_DIO_STATE_DEFAULT

Address: 61632

property watchdog_enable_default: int

Write a 1 to enable the watchdog or a 0 to disable. The watchdog must be disabled before writing any of the other watchdog registers (except for WATCHDOG_STRICT_CLEAR).

Register: WATCHDOG_ENABLE_DEFAULT

Address: 61600

property watchdog_reset_enable_default: int

Timeout action: Set to 1 to enable device-reset on watchdog timeout.

Register: WATCHDOG_RESET_ENABLE_DEFAULT

Address: 61620

property watchdog_startup_delay_s_default: int

This specifies the initial timeout period at device bootup. This is used until the first time the watchdog is cleared or timeout … after that the normal timeout is used.

Register: WATCHDOG_STARTUP_DELAY_S_DEFAULT

Address: 61606

property watchdog_strict_clear: int

When running in strict mode, writing the key to this register is the only way to clear the watchdog. Writing to this register while not using strict mode will clear the watchdog.

Register: WATCHDOG_STRICT_CLEAR

Address: 61614

property watchdog_strict_enable_default: int

Set to 1 to enable strict mode.

Register: WATCHDOG_STRICT_ENABLE_DEFAULT

Address: 61610

property watchdog_strict_key_default: int

When set to strict mode, this is the value that must be written to the clear register.

Register: WATCHDOG_STRICT_KEY_DEFAULT

Address: 61612

property watchdog_timeout_s_default: int

When the device receives any communication over USB/Ethernet/WiFi, the watchdog timer is cleared. If the watchdog timer is not cleared within the timeout period, the enabled actions will be done.

Register: WATCHDOG_TIMEOUT_S_DEFAULT

Address: 61604

property wifi_apply_settings: int

Apply all new WiFi settings: IP, Subnet, Gateway, DHCP, SSID, Password. 1=Apply

Register: WIFI_APPLY_SETTINGS

Address: 49400

property wifi_dhcp_enable: int

Read the current Enabled/Disabled state of WiFi DHCP.

Register: WIFI_DHCP_ENABLE

Address: 49210

property wifi_dhcp_enable_default: int

The new Enabled/Disabled state of WiFi DHCP. Use WIFI_APPLY_SETTINGS.

Register: WIFI_DHCP_ENABLE_DEFAULT

Address: 49260

property wifi_firmware_update_status: int

CONFIGURING = 2920, IN_PROGRESS = 2921, REBOOTING = 2923, UPDATE_SUCCESS = 2924, UPDATE_FAILED = 2925.

Register: WIFI_FIRMWARE_UPDATE_STATUS

Address: 49454

property wifi_firmware_update_to_versionx: float

Start an update by using USB or Ethernet to write the desired version to update to.

Register: WIFI_FIRMWARE_UPDATE_TO_VERSIONX

Address: 49402

property wifi_gateway: str

Read the current gateway of WiFi.

Register: WIFI_GATEWAY

Address: 49204

property wifi_gateway_default: str

The new gateway of WiFi. Use WIFI_APPLY_SETTINGS.

Register: WIFI_GATEWAY_DEFAULT

Address: 49254

property wifi_ip: str

Read the current IP address of WiFi.

Register: WIFI_IP

Address: 49200

property wifi_ip_default: str

The new IP address of WiFi. Use WIFI_APPLY_SETTINGS.

Register: WIFI_IP_DEFAULT

Address: 49250

property wifi_mac: str

The MAC address of the WiFi module.

Register: WIFI_MAC

Address: 60024

property wifi_password_default: str

Write the password for the WiFi network, then use WIFI_APPLY_SETTINGS.

Register: WIFI_PASSWORD_DEFAULT

Address: 49350

property wifi_rssi: float

WiFi RSSI (signal strength). Typical values are -40 for very good, and -75 for very weak. The T7 microcontroller only gets a new RSSI value from the WiFi module when WiFi communication occurs.

Register: WIFI_RSSI

Address: 49452

property wifi_ssid: str

Read the current SSID (network name) of WiFi.

Register: WIFI_SSID

Address: 49300

property wifi_ssid_default: str

The new SSID (network name) of WiFi. Use WIFI_APPLY_SETTINGS.

Register: WIFI_SSID_DEFAULT

Address: 49325

property wifi_status: int

Status Codes: ASSOCIATED = 2900, ASSOCIATING = 2901, ASSOCIATION_FAILED = 2902, UNPOWERED = 2903, BOOTING = 2904, START_FAILED = 2905, APPLYING_SETTINGS = 2906, DHCP_STARTED = 2907, OTHER = 2909

Register: WIFI_STATUS

Address: 49450

property wifi_subnet: str

Read the current subnet of WiFi.

Register: WIFI_SUBNET

Address: 49202

property wifi_subnet_default: str

The new subnet of WiFi. Use WIFI_APPLY_SETTINGS.

Register: WIFI_SUBNET_DEFAULT

Address: 49252

property wifi_udp_discovery_only: int

Restricts which Modbus operations are allowed over UDP. When set to 1, only the registers needed for discovering units can be read and any other operation will throw an error.

Register: WIFI_UDP_DISCOVERY_ONLY

Address: 49215

property wifi_udp_discovery_only_default: int

The Enabled/Disabled state of WIFI_UDP_DISCOVERY_ONLY after a power-cycle to the device.

Register: WIFI_UDP_DISCOVERY_ONLY_DEFAULT

Address: 49265

property wifi_version: float

The current firmware version of the WiFi module, if available.

Register: WIFI_VERSION

Address: 60008