FTE-164-01-G-DH

Rectangular Connectors - Headers, Male Pins

The FTE-164-01-G-DH is a rectangular connector with headers and male pins for specific uses in electrical and electronics applications. It is a component of FTE’s Global Series system, which consists of modular and plug-in designed connectors of varied types. The FTE-164-01-G-DH connector has a mated height of 10mm and consists of three rows of 28 pins.

Application Field

The FTE-164-01-G-DH connector can be used in applications where its mated height of 10mm is particularly beneficial, such as in applications where space is at a premium. It is commonly found in computer control systems, industrial equipment, communication systems, power grid equipment, and other network peripherals. It is also used in automotive systems, such as in modern audio systems. Additionally, the versatility of the FTE-164-01-G-DH makes it a suitable choice for specialized applications as well.

Working Principle

At the heart of the FTE-164-01-G-DH connector lies a solid multi-pin header. Connected to the header are male pins, which create an effective electrical connection when mated with corresponding female header pins, also known as mating connectors. This action causes a circuit to be completed, allowing for the passage of power, communication, and control signals, and completing the connection from one component to another. The pins themselves are constructed with high-temperature materials, designed to withstand extreme heat and friction, and the socket housings feature safe, easy-to-use locking mechanisms.

Conclusion

In summary, the FTE-164-01-G-DH is a rectangular connector with headers and male pins specifically designed for electrical and electronic applications. It is ideally suited for applications where space is at a premium, and is commonly used in computer control systems, industrial equipment, and automotive systems. The connector is comprised of a header with male pins, and when mated with corresponding female header pins, an effective electrical connection is completed that allows for the passage of power, communication, and control signals. In order to combat extreme heat and friction, the pins are constructed with high-temperature materials, and the socket housings feature easy-to-use locking mechanisms.