CLT-104-02-F-D-BE-A

Rectangular connectors are common products that are used in a variety of engineering applications. The CLT-104-02-F-D-BE-A header, receptacle, and female socket are no exception and can be found in many industrial and consumer environments. A better understanding of their applications and working principles are essential for proper use.

Applications

The CLT-104-02-F-D-BE-A range of rectangular connectors can be found in many different field applications, including: electric vehicles, military and aerospace aviation, medical equipment, industrial automation and control, electronics, telecommunications, computers, consumer electronics, consumer electrical applications, automotive and hi-fi amplifier applications. The versatility of these connections allows them to be used in a wide variety of applications, from low noise and low current systems to high power and high voltage systems.

Working Principle

The CLT-104-02-F-D-BE-A header, receptacle and female socket are simple, economical, yet reliable connectors for line joining, interconnection, or disconnection of electrical circuits. They are quick, easy to install, and designed to work consistently over a long period of time. The header is usually composed of two parts, a receptacle and a socket. The header is designed to fit a number of sockets and provide an electrical connection between the two. The socket is typically a female connection with pins or slots that are designed to accept a number of different contacts. The receptacle is typically the male counterpart to the header. It consists of a number of pins that can be inserted into the socket to form an electrical connection. The receptacle is also designed to fit a number of different headers and provide an electrical connection between them. The female socket is a combination of both the header and receptacle. It is designed to fit a number of different contacts and provide an electrical connection between them.

Conclusion

The CLT-104-02-F-D-BE-A range of rectangular connectors are widely used in a variety of applications. Their simple and economical design, along with their reliability, make them an ideal choice for many engineering needs. These connectors are designed to work consistently over a long period of time and provide reliable and versatile connections. Understanding their working principles and applications is essential for proper use.