FTSH-120-04-F-DV-P

Rectangular Connectors - Headers, Male Pins are efficient, accurate and cost-effective interfaces which are commonly used in the connecting, communication, programming and monitoring of electronic devices. FTSH-120-04-F-DV-P is one such product that has a wide range of applications and numerous operational advantages.

Application Field: FTSH-120-04-F-DV-P can be used to support a variety of circuit configurations, such as connections to board and cable inputs, signal inputs and power supply connections. It is also used for high-speed data link transceivers, especially those run by computers. Furthermore, this product is often a key component of factory automation systems, automated test and measurement systems, semiconductor production equipment and video / audio / Web streaming systems.

Working Principle: FTSH-120-04-F-DV-P has a two-part system which comprises a male pin that is inserted into a female socket. The male pin is attached to a board or cable, and the socket is connected to the device itself. When the two connect, the device can transfer data and power through the insulated contact between the two parts. The product is often used with conductors such as copper or aluminum wires and is ideal for applications where reliable and durable performance is desired. Additionally, it is designed to provide an excellent electrical connection between device and board.

FTSH-120-04-F-DV-P is also designed with a high-performance fatigue resistance, which ensures that the product remains reliable during long-term use. The product is equipped with a positive locking mechanism which ensures that the connection remains secure during operation. The product is also designed to reduce crosstalk, making sure the signal is as clean as possible and to minimize the chance of electric shock.

In Summary, FTSH-120-04-F-DV-P is an efficient, accurate and cost-effective product that is widely used in the electronic industry. It offers a range of advantages such as reliable performance during long-term use, minimal crosstalk, and secure connections between device and board.