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National Instruments GP36-OM8-4-HP2 Spring Pin Cable

The NI GP36-OM8-4-HP2 is a spring pin-to-connector, high-density cabling solution designed especially for STS applications. It is an advanced cable assembly with a 36-position GP pogo pin block that ensures the most reliable and efficient connections with minimal signal degradation. Four 8-position 5.08 mm Omnimate connectors provide versatility, compactness, and optimization for various industrial applications.

The GP36-OM8-4-HP2 is designed for rugged performance and long service life. Fitted with spring-loaded contacts, for instance, the 36-position GP pogo pin block assures outstanding signal integrity for high-precision test applications. Besides, its compatibility with National Instruments STS systems provides it with suitability for applications demanding repeatable, high-speed testing processes in semiconductor manufacturing and validation.

The cable integrates four 8-position Omnimate connectors fitted with the standard 5.08 mm pitch that provides flexible termination options in the form of screw terminals or push-in spring mechanisms. Backed by up to 6-8 A and 160-320 V current and voltage ratings, respectively-depending on the model of the deployed connector-this kind of connector is surely able to handle several industrial power and signal applications.

The GP36-OM8-4-HP2 is manufactured to the most exacting quality requirements and is RoHS-compliant, which means it meets all the environmental and safety standards. By virtue of its compact design, this connector is easy to integrate into space-constrained setups, while robust construction aids in reliable operation even in tough industrial environments.

This is an assembly highly fitted for National Instruments semiconductor test systems, where high signal fidelity, repeatable connections, and compatibility with several test configurations are at the very heart of concern. This innovative assembly design helps in driving efficiency for automation testing by eliminating rework and downtime due to misaligned or worn-out connectors.