4-641202-5

Rectangular Connectors - Headers & Male Pins

The 4-641202-5 rectangular connector is a header and male pin combo typically used in communications and telecom applications. The 4-641202-5, also known as a female-female double 2-row connector, is made for application in a variety of different harsh environments. The two application fields where 4-641202-5 connectors are used most are high-speed data transmission and board-to-board, and wire-to-board connections.

Application Field

The 4-641202-5 is primarily used in high-speed data transmission and board-to-board, and wire-to-board connectors. It is ideal for harsh environments, meaning it performs excellently when dealing with high humidity and high voltage levels. It is also extremely reliable even after surviving thousands of insertions or removals. This makes it a perfect choice for industrial, telecom, as well as military applications.

Working Principle

The 4-641202-5 rectangular connector features two rows of plastic housing, along with an impulse pin. The housing is sealed, meaning no moisture or dust can enter the device. The pins of the connector are made from copper alloy, providing exceptional conductivity. The two rows of housing and impulse pin are the main parts of the connector. The working principle of the 4-641202-5 is quite simple. When two pieces of the connector are put together, the pins accurately align and the two plastic housings serve to hold them in place. This allows for secure, reliable, and highly efficient connection.

Other Features

The 4-641202-5 features several other features that make it one of the best connector combos for harsh environment applications. It has a low insertion force, meaning the user does not have to apply too much force to insert or remove the connector. It also offers superior performance when dealing with high vibrations or shocks. The connectors are also protected against external elements like moisture or dust, thanks to the sealed housings. Overall, the 4-641202-5 connectors are reliable, secure, and efficient, making them suitable for a variety of harsh environment applications.