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Sampling Considerations NI-DAQmx 17.0 Manual NI-DAQmx 17.5 Manual NI-DAQmx 17.6 Manual NI-DAQmx 18.1 Manual NI-DAQmx 18.5 Manual NI-DAQmx 18.6 Manual NI-DAQmx 19.0 Manual NI-DAQmx 19.1 Manual NI-DAQmx ...

January 2018 NI-DAQmx Key Concepts covers important concepts in NI-DAQmx such as channels and tasks. The ways that NI-DAQmx handles timing, triggering, buffering, and signal routing are also central in ...

Deployment refers to developing an application so that it can be distributed, or deployed, on a different computer than the one on which the application was developed. To deploy an application, you need ...

What Is Device Calibration? Device calibration consists of verifying the measurement accuracy of a device and adjusting for any measurement error. Verification consists of measuring the performance of ...

Digital I/O module capabilities depend on the type of digital signals that the module can measure or generate and the chassis the module is used in. The NI 9375, NI 9403, NI 9425, NI 9426, NI 9476, NI ...

To find the device routing table for your device, launch MAX and select Devices and Interfaces. Click a device to open a tabbed window in the middle pane. Click the Device Routes tab at the bottom of the ...

For digital pattern triggering, you configure the device to detect a specific digital pattern on specific physical channels. After detecting this condition, the device performs the action associated with ...

Two NI-DAQmx Read attributes/properties allow you to check for excitation faults. The first is ExcitFaultChansExist. This attribute/property returns a Boolean of true if one or more channels experience ...

This section includes information about deploying applications and using the DAQmx I/O Server for distributed applications.

To ensure the correct behavior of the dynamic averaging method, the minimum and maximum values on the DAQmx Create Virtual Channel VI must be configured before the start of an acquisition. The divisor, ...

FieldDAQ devices include the FD-11603, FD-11613, and FD-11637. Analog Input The following table lists the number and naming of analog input physical channels for FieldDAQ devices. Device Number of Channels ...

The delta-sigma ADCs and DACs on DSA devices, C Series Delta-Sigma devices, and NI 433x devices employ digital filtering that imparts a delay of several sample intervals. The filter delays are equal in ...

The First Sample Timestamp attribute/property can only be enabled for hardware timed tasks, and is enabled by default for Analog Input and Digital Input tasks. For Digital Input tasks as well as C Series ...

Typically, when you use software timing to output samples on multiple AO channels, NI-DAQmx writes a sample to the first DAC, and the sample is generated. Then, NI-DAQmx writes a sample to the second DAC, ...

A single-device route is a connection between two terminals on the same physical device. Before NI-DAQmx, all routes were single-device routes. NI-DAQmx introduces multi-device routing. An example is specifying ...

Skew is a propagation delay that is caused when a signal arrives at two places at different times. For instance, a signal is sent by a controlling device at time T0. A receiving device A acts upon the ...

NI-DAQmx introduces the concept of a sample timing type. Each sample timing type is a different stimulus for triggering the action of producing a sample. When you select a Timing function/VI, you select ...

When you use MAX or the NI-DAQmx API to reset a device, NI-DAQmx sets terminals and output channels to an initialized state. Digital I/O Lines NI-DAQmx sets all digital I/O lines to the configured power-up ...

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