The National Instruments PXI-2529 is a versatile PXI Matrix Switch Module configurable in multiple array formats, equipped with electromechanical relays capable of handling up to 150 V signal voltage, 800 V surge, and featuring a 100


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Description

The National Instruments PXI-2529 is a versatile PXI Matrix Switch Module with part numbers 778739-01, 189397A-01, and 189688B-01, featuring a range of configuration options such as 8×16 2-wire, 4×32, and 4×16 2-wire dual matrix to suit various testing requirements. It utilizes durable electromechanical relays for consistent performance and connects via a 100-pin HDI front panel connector. This module is rated under Measurement Category I and can handle maximum signal voltages of 150 V and surge voltages up to 800 V.

It is designed to offer a maximum switching power of 30 W and 37.5 VA, with a maximum switching current of 1 A per channel and a maximum carry current of 2 A per channel. The device can manage up to an 8 A maximum current and provides 150 V channel-to-channel and CAT I channel-to-ground switching voltage. Its relays have a quick release time of 4 ms maximum at 20 °C, ensuring swift operations.

The NI PXI-2529 is built for longevity, with an expected mechanical relay life of 5 x 10^7 cycles and a robust electrical relay life that guarantees the reliability of the switch operations. This module is an essential component for precise measurements and high-performance switching in automated test equipment.

Specification Detail
Part Number 778739-01, 189397A-01, 189688B-01
Product Type PXI Matrix Switch Module
Configuration Options 8×16 2-wire, 4×32, 4×16 2-wire dual matrix
Relay Type Electromechanical Relays
Front Panel Connector 100-pin HDI
Measurement Category I
Maximum Voltage 150 V (signal), 800 V (surge)
Maximum Switching Power 30 W, 37.5 VA
Maximum Switching Current 1 A per channel
Maximum Carry Current 2 A per channel
Maximum Current 8 A
Switching Voltage 150 V channel-to-channel, 150 V CAT I channel-to-ground
Relay Release Time 4 ms maximum at 20 °C
Expected Mechanical Relay Life 5 x 10^7 cycles
Electrical Relay Life