5103311-5

Rectangular Connectors - Headers, Male Pins, namely 5103311-5 connectors, are popular PCB connectors and a type of electrical connector used mainly for the high-speed interconnection of components on printed circuit boards.

The 5103311-5 connectors are composed of terminals and a connector housing. The terminals are made of machined contacts, and the housing style generally is fully shrouded high-temperature plastic. There are two types of terminals: male and female. The male terminal usually has two short pins protruding from the outer connectors, referred to as “male pins.” The female terminal usually has two opposing channels in the inner connector, referred to as “headers.” It is common for 5103311-5 connectors to be rated for use up to 10 Amp or more.

5103311-5 connectors are used in a wide range of devices, from consumer electronics and computers to printers, routers, and industrial automation systems. One of their most common uses is for high-speed communication between integrated circuits (ICs). This enables the ICs to communicate without having to pass through any external circuitry, thus keeping high-speed communication while reducing signal degradation. In addition, the small physical size of the 5103311-5 connectors makes them suitable for very compact designs.

As far as the working principle of 5103311-5 connectors, it is quite simple. The male pin is inserted into the receiving female header and electricity is carried along the wires that interconnect the two connectors. At the same time, the connector housing provides an environmental seal, preventing damage from dust and moisture.

The 5103311-5 connector design ensure that power and signals are carried through the connector in a reliable and secure fashion in a cost-effective way. Furthermore, their small size and low profile allow them to be used in smaller boards and more complex devices.

In summary, the 5103311-5 connectors are suitable for PCB-based system designs, and they can provide reliable high-speed connection in applications such as consumer electronics, industrial automation systems and even computer and printers. Their working principle is quite straightforward and their small size and low profile allow them to be used in more compact designs.