FSH-105-03-L-RA

The FSH-105-03-L-RA is a type of rectangular connector. It is classified as a header, with male pins, and is specifically designed for point-to-point applications. It is one of the most popular connector choices, due to its ability to handle currents of up to 5A and voltages of up to 250VAC. As a result, it is used in a wide variety of electrical and electronic applications, from cell phones to manufacturing machinery.

This particular header is comprised of two parts. The first is the male pin, which is typically made of brass in order to better conduct electricity. These pins protrude from the body of the connector and make direct contact with the mating female component. The other part of the connector is the body, which contains insulation materials to protect the pins. This part can usually be made from either plastic or metal, depending on the environment in which it is going to be used.

The FSH-105-03-L-RA is particularly well-suited for quick and reliable connections in tight spaces. It features a compact design which allows the pins to be stacked closely together, and the insulation materials are able to withstand higher temperatures. The male pin also features a wide neck which helps to ensure a good connection, even in high vibration applications.

The working principle of the FSH-105-03-L-RA is relatively simple. The male pins are inserted into the female component and secured in place with a locking clip or screw. When the pins are connected, the two components create an electrical circuit which is used to send and receive signals. In addition to electrical signal transmission, this connector is also capable of transferring power, allowing for more efficient power delivery in applications such as circuit boards.

The FSH-105-03-L-RA is a versatile and reliable connector choice for a wide variety of applications. Its ability to handle higher currents and voltages, along with its compact design, make it an excellent choice for even the toughest of connection requirements. As a result, it is often used in medical, industrial, and consumer-level electronics.