SSW-103-02-FM-D-RA

SSW-103-02-FM-D-RA rectangular connectors are used as a type of connection in PCBs. The connectors are composed of a header, a receptacle, and a female socket.

The female socket is known as a “multilayer” type socket. It is designed to transfer electrical signals from one board to another. Its construction is multi-layered, and it has a smooth and stable surface. It is composed of an insulated layer and a conductive layer that is connected to the metal contacts.

The header is the connection point between the receptacle and the female socket. It is typically composed of two sides and is shaped like a rectangle. It is designed to accept the female socket and transfer electric signals from the female socket to the receptacle.

The receptacle is the second part of the connection. It is also typically composed of two sides and is shaped like a rectangle. The receptacle is the connection point between the header and the female socket. It is designed to accept the header and transfer electric signals from the header to the female socket.

The SSW-103-02-FM-D-RA rectangular connector is used in a variety of applications, such as electronics, industrial, automotive, and medical. In the electronics industry, the connector is used to connect printed circuit boards, and it is capable of transmitting signals at higher frequencies than conventional connectors.

The working principle of the SSW-103-02-FM-D-RA rectangular connector is quite simple. It is made up of the header, the receptacle, and the female socket, which are all connected together. When electric signals are sent from the PCB to the female socket, they travel through the header and the receptacle, and then to the female socket. The female socket then transfers the signals to the other board.

In summary, the SSW-103-02-FM-D-RA rectangular connector is composed of a header, a receptacle, and a female socket. It is used in several different applications, such as electronics, industrial, automotive, and medical, and is able to transmit signals at higher frequencies than conventional connectors. Its working principle is quite simple, and it consists of three interconnected parts, the header, the receptacle, and the female socket, which all work together to transfer electric signals from one board to another.