6-5316173-7

D-Sub connectors are a kind of hardware devices with many industrial and commercial applications. A D-Sub connector is built with three main components: the mating shells, female and male contact components, and inserts. One of the most commonly used types of D-Sub connectors is 6-5316173-7.

The 6-5316173-7 D-Sub connector is a two-piece connector, consisting of two separate male and female contact components. The contact components are made of copper with gold plating and feature pressure clamping mating shells. The pressure clamping system keeps the two pieces secure, maintaining an electrical connection even when subjected to intense vibrations.

The 6-5316173-7 connector is mainly used in computer and telecommunications applications, and is particularly suited for connecting devices into Local Area Networks (LAN). It is commonly used for gigabit Ethernet connections in computers, routers, modems, and other networked devices. Additionally, the 6-5316173-7 connector is used for serial and parallel applications, includig connecting devices to power sources.

The 6-5316173-7 connector is designed to provide superior signal integrity and reliability. The gold plated contacts provide superior electrical transmission, while the space-grade inserts ensure durability and long life. These features make the 6-5316173-7 connector ideal for high-performance applications.

In addition to its transmission qualities, the 6-5316173-7 connector is easy to install and requires minimal maintenance. Its compact design allows it to fit in tight spaces, and the pressure clamping system eliminates the need for additional hardware. These features make the 6-5316173-7 connector an ideal choice for space or weight-constrained applications.

In summary, the 6-5316173-7 D-Sub connector is a reliable, easy to use connector that is suitable for a variety of applications. With its gold plated contacts, high-grade inserts, and pressure clamping system, the 6-5316173-7 connector is capable of providing superior signal integrity and reliability even in the most demanding environments.