PESC-04-12-04-01-L-VT-LC

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PESC-04-12-04-01-L-VT-LC is one of the rectangular connectors - a header used in a variety of applications. On its surface are two rows of contacts defined by insulation spacing of 1.27mm (0.050"). The header can be used as a female socket and has two independent contact blocks. The first block has four receptacles and the second has sixteen receptacles. This type of header is suitable for a wide range of applications including medical, military, consumer electronics, telecoms, and automotive.

The PESC-04-12-04-01-L-VT-LC header has several features that make it suitable for different applications. Firstly, it has a self-retaining design which makes it an ideal choice for connecting wires and cables securely or for building a custom cable assembly. It also has a reliable electrical connection with low contact resistance and low contact of insertion force. This is because the contacts are made of gold-plated phosphor bronze which ensures high electrical conductivity and has good durability. Additionally, the header is designed with a locking feature which prevents accidental disconnection during use.

In terms of its working principle, the PESC-04-12-04-01-L-VT-LC header works by having the user insert the pins into the corresponding contact blocks. Once the pins are inserted, the header exerts pressure on the pins and creates an electrical connection. This connection is then maintained until the pins are removed. The header\'s locking mechanisms will prevent accidental disconnection. Additionally, this header has a parallel contact system which allows faster contact bouncing and higher contact quality.

Overall, the PESC-04-12-04-01-L-VT-LC header is a reliable and dependable rectangular connector that is suitable for a variety of applications. It is made of gold-plated phosphor bronze contacts which ensure a reliable electrical connection and its self-retaining design makes it an ideal choice for connecting wires and building custom cable assemblies. Additionally, its parallel contact system allows for faster contact bouncing and higher contact quality. Finally, its locking mechanism ensures that the connection is maintained until the pins are removed.

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