NI PXIe-5160 Digital Measurement Module
Product Details Introduction
NI PXIe-5160 is a high-performance digital measurement module launched by National Instruments (NI), designed specifically for the PXI Express (PXIE) platform. It provides a wide range of measurement functions and flexibility, suitable for various testing, measurement, and data collection applications. The following is the product introduction of this module:
High speed and precision measurement: The PXIe-5160 module has the ability to measure at high speed and precision. It adopts high-performance analog-to-digital converters (ADC) and precise calibration technology, which can achieve accurate voltage, current, and resistance measurements. This module supports high sampling rates, can capture rapidly changing signals, and provide accurate measurement results.
Multi channel analog input: This module supports multi channel analog inputs, with each channel having independent measurement capabilities. It provides multiple input channels and can measure multiple signals simultaneously. Each channel has configurable gain and filter options to adapt to different signal types and measurement needs.
Low noise and high input impedance: The PXIe-5160 module has low noise and high input impedance, which can reduce the impact of external interference on measurement results. It adopts anti-interference design and high-quality input signal processing, which can achieve accurate signal measurement.
Flexible triggering and synchronization functions: This module supports multiple triggering and synchronization configuration options. Users can configure trigger sources, trigger types, and trigger conditions as needed to achieve precise data collection and measurement control. At the same time, it also supports synchronous operations between multiple modules to ensure data consistency and consistency.
Software support and programming interface: The PXIE-5160 module is equipped with NI-DAQmx driver software, providing rich functions and easy-to-use programming interfaces. Users can use programming languages such as LabVIEW, C/C++, Python, etc. for programming and control. In addition, NI-DAQmx software also provides rich measurement functions, data analysis, and post-processing capabilities.
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