NI PXI-2527 High-voltage PXI multiplexing switch module

NI PXI-2527 High-voltage PXI multiplexing switch module

Features:
Multiple channel configurations: Supports multiple channel configurations such as 64×1 1-line, 32×1 2-line, and 16×1 4-line, which can meet the signal routing requirements in different test scenarios.
High-power electromechanical relays: High-power electromechanical relays are adopted, featuring excellent electrical performance and reliability. They can withstand high voltages and currents, providing an ideal front end for PXI DMM modules and offering simple channel expansion for various measurements.
On-board relay counting: It has an on-board relay counting function for monitoring relays, which is convenient for users to understand the usage of relays and is conducive to maintenance and fault diagnosis.
Deterministic operation: Implementing deterministic operation through hardware triggers can enhance test throughput and ensure the accuracy and repeatability of the test process.

Application:
Automatic test system: It can be used for signal switching and routing in an automatic test system, connecting different signal sources with measurement devices to achieve an automated test process, thereby enhancing test efficiency and accuracy. For instance, in the production testing of electronic products, different test signals can be switched to the devices under test for functional, performance and other aspects of testing.
Data acquisition system: In the data acquisition system, multiple input signals can be routed to different output channels to achieve multi-channel data acquisition and analysis. For example, in the field of industrial monitoring, the signals from multiple sensors can be switched to the data acquisition equipment through PXI-2527 for real-time data acquisition and processing.
Communication test system: It can be used for signal switching and routing in communication test systems, switching different communication interfaces and signal sources, simulating and testing various communication scenarios, and is helpful for testing and verifying the performance of communication equipment and systems. For instance, in the research and development testing of 5G communication equipment, signals from different frequency bands can be switched to the device under test for RF performance, protocol testing, etc.