List of Channel Properties

Analog Input

Maximum Value

Minimum Value

Custom Scale Name

Measurement Type

Voltage

Units

dB Reference

AC RMS Voltage

Units

Temperature

Units

Thermocouple

Type

Scale Type

CJC Source

CJC Value

CJC Channel

RTD

Type

R0

Custom

A

B

C

Thermistor

A

B

C

R1

Advanced

Force Read from Channel

Current

Units

AC RMS Current

Units

Strain

Units

Strain Gage

Gage Factor

Poisson Ratio

Configuration

Resistance

Units

Frequency

Units

Voltage

Threshold Level

Hysteresis

Position

LVDT

Units

Sensitivity

Sensitivity Units

RVDT

Units

Sensitivity

Sensitivity Units

Sound Pressure

Maximum Sound Pressure Level

Units

dB Reference

Microphone

Sensitivity

Acceleration

Units

dB Reference

Accelerometer

Sensitivity

Sensitivity Units

TEDS

Is TEDS

Units

General Properties

Input Configuration

Coupling

Impedance

Terminal Configuration

Input Source

Signal Conditioning

Resistance Configuration

Lead Wire Resistance

Bridge

Configuration

Nominal Resistance

Initial Bridge Voltage

Shunt Cal

Shunt Cal Enable

Shunt Cal Select

Gain Adjustment

Balance

Coarse Potentiometer

Fine Potentiometer

Current Shunt Resistor

Location

Value

Excitation

Source

Value

Advanced

Use Excitation For Scaling

Use Multiplexed Excitation

Actual Excitation Value

DC or AC

Voltage or Current

AC Excitation

Frequency

Synchronization Enable

Wire Mode

Probe/Attenuator

Attenuation Value

Filter

Analog Lowpass

Enable

Cutoff Frequency

Advanced

Switched Capacitor

Clock Source

External Clock Frequency

External Clock Divisor

Output Clock Divisor

Digitizer/ADC

Resolution Units

Resolution Value

Raw Sample Size

Raw Sample Justification

Timing Mode

Dither

Enable

Channel Calibration

Has Valid Calibration Information

Enable Calibration

Apply Calibration If Expired

Scaling Parameters

Scale Type

Table

Pre-Scaled Values

Scaled Values

Polynomial

Forward Coefficients

Reverse Coefficients

Operator Name

Description

Verification

Reference Values

Acquired Values

Advanced

Range

High

Low

Gain

Gain Value

Sample and Hold Enable

High Accuracy Settings

Auto Zero Mode

Data Transfer and Memory

Data Transfer Mechanism

Data Transfer Request Condition

Data Transfer Custom Threshold

Memory Mapping for Programmed IO Enable

Compression

Raw Data Compression Type

Lossy LSB Removal

Compressed Sample Size

Device Scaling Coefficients

Device Scaling Coefficients

Enhanced Alias Rejection Enable

Analog Output

Maximum Value

Minimum Value

Custom Scale Name

Output Type

Voltage

Units

Current Limit

Current

Units

Function Generation

Type

Frequency

Amplitude

Offset

Square

DutyCycle

Modulation

Type

FM Deviation

General Properties

Output Configuration

Output Impedance

Load Impedance

Idle Output Behavior

Terminal Configuration

DAC

Resolution Units

Resolution Value

Range

High

Low

Reference Voltage

Connect DAC Reference to Ground

Allow Connecting DAC Reference to Ground at Runtime

Source

External Source

Value

Offset Voltage

Source

External Source

Value

Reglitching Enable

Advanced

Gain

Gain Value

Data Transfer and Memory

Use Only Onboard Memory

Data Transfer Mechanism

Data Transfer Request Condition

Memory Mapping for Programmed IO Enable

Device Scaling Coefficients

Device Scaling Coefficients

Enhanced Image Rejection Enable

Digital Input

Invert Lines

Number of Lines

Digital Filter

Enable

Minimum Pulse Width

Tristate

Logic Family

General Properties

Advanced

Data Transfer and Memory

Data Transfer Mechanism

Data Transfer Request Condition

Memory Mapping for Programmed IO Enable

Acquire On

Digital Output

Output Drive Type

Invert Lines

Number of Lines

Tristate

Line States

Start State

Paused State

Done State

Logic Family

General Properties

Advanced

Data Transfer and Memory

Use Only Onboard Memory

Data Transfer Mechanism

Data Transfer Request Condition

Memory Mapping for Programmed IO Enable

Generate On

Counter Input

Maximum Value

Minimum Value

Custom Scale Name

Measurement Type

Frequency

Units

Input Terminal

Starting Edge

Measurement Specifications

Method

High Frequency

Measurement Time

Large Range

Divisor

Digital Filter

Enable

Minimum Pulse Width

Timebase

Source

Rate

Digital Synchronization

Enable

Period

Units

Input Terminal

Starting Edge

Measurement Specifications

Method

High Frequency

Measurement Time

Large Range

Divisor

Digital Filter

Enable

Minimum Pulse Width

Timebase

Source

Rate

Digital Synchronization

Enable

Count Edges

Input Terminal

Count Direction

Direction

Terminal

Digital Filter

Enable

Minimum Pulse Width

Timebase

Source

Rate

Digital Synchronization

Enable

Initial Count

Active Edge

Digital Filter

Enable

Minimum Pulse Width

Timebase

Source

Rate

Digital Synchronization

Enable

Position

Angular Encoder

Units

Pulses Per Revolution

Initial Angle

Linear Encoder

Units

Distance Per Pulse

Initial Position

Decoding Type

A Input

Terminal

Digital Filter

Enable

Minimum Pulse Width

Timebase

Source

Rate

Digital Synchronization

Enable

B Input

Terminal

Digital Filter

Enable

Minimum Pulse Width

Timebase

Source

Rate

Digital Synchronization

Enable

Z Input

Terminal

Digital Filter

Enable

Minimum Pulse Width

Timebase

Source

Rate

Digital Synchronization

Enable

Z Index Enable

Z Index Value

Z Index Phase

Pulse Width

Units

Input Terminal

Starting Edge

Digital Filter

Enable

Minimum Pulse Width

Timebase

Source

Rate

Digital Synchronization

Enable

Two Edge Separation

Units

First

Input Terminal

Edge

Digital Filter

Enable

Minimum Pulse Width

Timebase

Source

Rate

Digital Synchronization

Enable

Second

Input Terminal

Edge

Digital Filter

Enable

Minimum Pulse Width

Timebase

Source

Rate

Digital Synchronization

Enable

Semi-Period

Units

Input Terminal

Starting Edge

Digital Filter

Enable

Minimum Pulse Width

Timebase

Source

Rate

Digital Synchronization

Enable

Timestamp

Units

Initial Seconds

GPS

Synchronization Method

Synchronization Source

General Properties

Counter Timebase

Source

Rate

Active Edge

Digital Filter

Enable

Minimum Pulse Width

Timebase

Source

Rate

Digital Synchronization

Enable

More

Count

Output State

Terminal Count Reached

Counter Timebase Master Timebase Divisor

Advanced

Data Transfer and Memory

Data Transfer Mechanism

Number Of Possibly Invalid Samples

Duplicate Count Prevention

Prescaler

Counter Output

Output Type

Pulse

Idle State

Output Terminal

Time

Units

High Time

Low Time

Initial Delay

Frequency

Duty Cycle

Units

Frequency

Initial Delay

Ticks

High Ticks

Low Ticks

Initial Delay

General Properties

Counter Timebase

Source

Rate

Active Edge

Digital Filter

Enable

Minimum Pulse Width

Timebase

Source

Rate

Digital Synchronization

Enable

More

Count

Output State

Auto Increment Count

Counter Timebase Master Timebase Divisor

Pulse Done

Advanced

Constrained Generation Mode

Prescaler

Ready For New Value

General Properties

Channel Type

Physical Channel Name

Description

Is Global