20-7850-10

Sockets for ICs, Transistors are devices used to secure and transfer electrical signals between circuits, integrated circuits and transistors. To meet the needs of different applications, there are various types of sockets available. The 20-7850-10 Socket is one such type commonly used for high frequency applications. It is a coaxial socket specially designed to provide connection between a circuit and a transistor.

The 20-7850-10 socket is constructed with a set of plug and socket terminals that make secure contact between circuits. The socket terminals contain a central metal pin that makes contact with the corresponding conductors inside the plug. The metal pin is surrounded by insulation material to prevent electrical interference. A set of screws secure the terminals together for effective connection.

One of the main features of the 20-7850-10 socket is its low insertion force. As compared to other sockets, it requires less force to insert the plug. This makes it easier to use and suitable for high frequency applications where the size of the socket is small. Additionally, the socket terminals have high temperature resistance, making it suitable for use in high temperature applications.

The 20-7850-10 Socket is generally used in telecommunications, broadcasting and audio applications. It has the capability to handle frequencies up to 40 GHz, making it ideal for high frequency applications. Additionally, it is also suitable for high temperature applications as its temperature rating is up to 175°C. The socket can be used in different systems and networks for the transmission of signals.

The socket has a unique working principle as it requires less power for its operation. When a plug is inserted into the socket, the terminals of the socket bend and make contact with the plug contacts. This requires less power than conventional sockets that have spring-loaded terminals for contact. As a result, it consumes less power and is preferred for use in high power applications.

The 20-7850-10 socket is a versatile device for applications requiring high frequency transmission. It has the capability to handle frequencies up to 40 GHz and is suitable for high temperature applications. It also requires less power than conventional sockets, making it ideal for power-sensitive applications. Therefore, it is a suitable option for various applications where power and high frequency performance are critical.