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Sockets for ICs, Transistors

223-83-964-41-101000 is a type of socket that is used in applications involving integrated circuits (ICs) and transistors. By using this socket, IC chips and other components can be securely mounted on the surface of circuit boards, ensuring that the connection between the component and board is well-maintained and that the application will be as stable and efficient as possible.

Application Field

223-83-964-41-101000 sockets are widely used in a variety of applications, including data processing, telecommunications, consumer electronics, automotive electronics, medical devices and industrial automation. The sockets are also used in more specialized applications, such as those involving military and aerospace systems. These specialized applications require the sockets to be designed to withstand extreme environmental conditions such as heavy shock and vibration, extreme temperatures, and high levels of humidity.

Working Principle

223-83-964-41-101000 sockets work by using a combination of mechanical and electrical means to securely fasten the IC and transistor components to the circuit board. The socket is designed with a set of “posts”, which are flat metal pieces protruding from the top and bottom surfaces of the socket. The posts are lined up with corresponding “holes” in the circuit board, and by pressing the socket against the board, the posts protrude into the holes and create a secure physical connection.

This physical connection is augmented by the electrical connection that is created when the posts come into contact with the circuitry of the board. When correctly installed, an electric current flows through the posts and into the IC or transistor, which is then transmitted to other components on the board.

223-83-964-41-101000 sockets are designed to enable a reliable physical and electrical connection between ICs and transistors and the surface of the circuit board to which they are mounted. Thanks to their design, these sockets can provide both stability and efficiency in a wide range of applications.

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