116-87-324-41-002101

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Sockets for ICs, transistors often allow electrical connections to be made to integrated circuits (ICs) or transistors without soldering them directly to a printed-circuit board or other surface. 116-87-324-41-002101 is one of the most common types of sockets used for this purpose. This article will explain the application field and working principle of this type of socket.

Application

Sockets for ICs, transistors like 116-87-324-41-002101 are used in a variety of applications, ranging from laboratory and industrial experimentation to the prototyping of electronic circuits. They are also frequently used in the development of new systems, as they allow the designer to rapidly change out components used during development or troubleshooting without having to unsolder the components from the board. In addition, these types of sockets are used in integrated-circuit applications where repeated or frequent connections to the IC or transistor must be made.

Working Principle

The 116-87-324-41-002101 sockets are designed to create an electrical connection between an integrated circuit or transistor and a printed-circuit board without soldering. This is done through the use of metal contact pins that are contained within the socket and mate with corresponding contact points within the IC or transistor when the IC or transistor is inserted into the socket. The socket also includes physical support to maintain the IC or transistor’s position and prevent it from making contact with anything else.

Typically, each contact pin is spring-loaded and exerts a force on the contact points within the IC or transistor. This ensures a solid connection is made between the contact pins and the contact points. Additionally, depending on the design of the socket, a hinged lid, clamp or other physical means of securely fastening the IC or transistor to the socket may be implemented.

The 116-87-324-41-002101 sockets are designed to create an electrical connection between an integrated circuit or transistor and a printed-circuit board without soldering. This is done through the use of metal contact pins that are contained within the socket and mate with corresponding contact points within the IC or transistor when the IC or transistor is inserted into the socket. The socket also includes physical support to maintain the IC or transistor\'s position and prevent it from making contact with anything else.

The metal contact pins of these types of sockets are typically press-fit into mounting holes on the printed-circuit board. This ensures a reliable connection is made between the pins and board once the socket has been installed. Depending on the socket design, the pins may also be configured to self-align with the contact points in the IC or transistor, which can result in faster installation times and reduce orientation issues.

Conclusion

116-87-324-41-002101 sockets are a widely used type of socket for connecting ICs or transistors to printed-circuit boards. Their primary application is in the field of prototyping and development but they can also be found in production or other commercial applications. These sockets have metal contact pins that are press-fit into mounting holes on the printed-circuit board to create a reliable connection, and can also include physical support for the IC or transistor as well as self-aligning contact pins for faster installation. By providing a means of making reliable connections quickly and easily, these types of sockets are an invaluable tool for electrical designs.

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