NI PXI-2575 Multiplexer Switch Module

NI PXI-2575 Multiplexer Switch Module

NI PXI-2575 is a multiplexer switch module from National Instruments (NI), suitable for testing and automation applications. The following are some main features of the NI PXI-2575 multiplexer switch module:
High channel density: The PXI-2575 module has a high channel density and can control multiple signal paths through a single module. It supports multiple independent multiplexer groups, each of which can contain multiple multiplexer channels to meet complex testing requirements.
Fast switching time: This module has fast signal switching time and can complete channel switching at the microsecond level. This helps to improve testing speed and accuracy, especially in applications that require quick switching of multiple signal paths.
High bandwidth: The PXI-2575 module supports high bandwidth signal switching, which can meet the needs of high-speed data acquisition and testing. It can process broadband signals and maintain signal integrity and accuracy.
Low insertion loss: The module has low insertion loss characteristics, which can ensure small signal loss during signal switching. This helps to maintain signal quality and measurement accuracy.
Flexible channel configuration: The module has flexible channel configuration, which can be mapped and configured through software. Users can choose specific channel configurations as needed and flexibly switch channel connections to meet different testing needs.
Software support and integration: The PXI-2575 module can be integrated with NI’s software platform and toolset, such as LabVIEW, LabWindows/CVI, and Measurement Studio. This allows for convenient signal switching control and writing of test scripts, as well as integration with other instruments and devices.
PXI platform compatibility: The module is based on the PXI bus architecture and can be compatible with other PXI modules and devices. It can form a complete testing and automation system with other measuring instruments and control equipment.