TE Connectivity AMPLIMITE 37 Way Panel Mount D-sub Connector Plug, 2.77mm Pitch, with Screw Holes

The TE Connectivity Plug connector is an essential component for reliable electrical connections in various applications. Designed for cable-to-cable configurations, this panel mount connector features a compact and durable design that ensures optimal performance in demanding environments. With 37 positions and a shell size of 4, it accommodates a tight wiring arrangement, while the steel construction guarantees longevity and resistance to wear. Its efficient mating alignment and compatibility with size 20 contacts enhance usability, making it ideal for wiring diverse systems. Additionally, it maintains excellent signal integrity, catering to high-performance needs in signal transmission.

The TE Connectivity Plug connector is an essential component for reliable electrical connections in various applications. Designed for cable-to-cable configurations, this panel mount connector features a compact and durable design that ensures optimal performance in demanding environments. With 37 positions and a shell size of 4, it accommodates a tight wiring arrangement, while the steel construction guarantees longevity and resistance to wear. Its efficient mating alignment and compatibility with size 20 contacts enhance usability, making it ideal for wiring diverse systems. Additionally, it maintains excellent signal integrity, catering to high-performance needs in signal transmission.

Designed for hassle-free, panel mount installationConstructed from robust materials for enhanced durabilityOptimised for compact configurations, ensuring space efficiencyProvides maximum current rating capability for reliable performanceUtilises crimp termination methods for secure connections

Designed for hassle-free, panel mount installationConstructed from robust materials for enhanced durabilityOptimised for compact configurations, ensuring space efficiencyProvides maximum current rating capability for reliable performanceUtilises crimp termination methods for secure connections