304-13-132-41-780000

304-13-132-41-780000 rectangular connectors are used in a variety of application fields, and their working principle is quite simple. These connectors are designed with two parts: a header and a receptacle. The header is inserted into the pin-type holes on the receptacle and they are connected electrically.

These rectangular connectors, commonly referred to as headers and receptacles, are used for a variety of applications. The most common applications are in telecommunications, electrical panels, modem cabling, computers, and audio/video equipment. They are also commonly used in automotive, industrial, and scientific applications.

The working principle of rectangular connectors is quite simple. A header is inserted into the pin-type holes on the receptacle. The header then interlocks with the receptacle, creating an electrical connection. The two parts are then secured together with screws or other mechanical fasteners. This creates an electrically stable connection, and the size and number of the pins can be customized depending on the application. The two parts can be easily disassembled for replacement or repair.

Headers and receptacles are also commonly used in systems that utilize a split connector. The two parts connect to each other in a reverse gender arrangement. The header is usually male, and the receptacle is female. This allows for a more secure connection, as the two parts cannot move relative to each other. The pins in the header and receptacle are also arranged in such a way that they make a stronger and more reliable connection.

The female end of the split connector can be used with a female socket. The female socket has a tube-like shape and contains metal pins or sockets with spring-loaded contact points. This type of connection is more secure than the header and receptacle, as the socket clips onto the male end of the header, creating a strong and reliable electrical connection.

Regardless of the application, 304-13-132-41-780000 rectangular connectors are a reliable and cost effective way to connect electrical components. They are easy to install, offer a robust connection, and the two parts can be easily disassembled when necessary. Additionally, the two parts can be customized to fit any application.