612-83-640-41-001101

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Sockets for ICs, transistors, and other electronic components are an integral part of modern electronics. The 612-83-640-41-001101 socket is no different and can be found in countless applications. In this article, we will explore its application fields and working principle.

What Is the 612-83-640-41-001101 Socket?

The 612-83-640-41-001101 is a surface mount socket for a wide range of integrated circuits (ICs) and transistors. It is based on the concept of a zero-insertion-force (ZIF) socket and uses the precise pitch of 0.050" (1.27mm).

This socket comes with the same two-step mounting system, which allows it to be mounted onto a printed circuit board (PCB) without the need for soldering. The first step involves securing the socket to the PCB through the two tabs provided on the socket. The second step requires the user to insert individual ICs or transistors onto the pins.

Applications of the 612-83-640-41-001101 Socket

The 612-83-640-41-001101 socket can be found in applications such as analog and audio circuitry, automotive circuitry, digital logic circuits, and RF applications. It is popular with amateur radio operators and hobbyist tinkerers.

The socket is relatively easy to install and is also relatively cost effective when compared to other more permanent solutions. Its applications are also limitless, as ICs can be swapped out easily, providing a high level of flexibility.

Working Principle of the 612-83-640-41-001101 Socket

The 612-83-640-41-001101 socket is a ZIF socket. This type of socket is designed to hold an IC or transistor in place on the PCB without soldering. The socket includes two types of pins: spring-loaded pins and friction pins.

The spring-loaded pins are what actually contact the IC or transistor to establish an electrical connection. The spring-loaded pins are arranged in a 0.050" (1.27mm) pitch and are grouped together in sets of 8 or 16. The friction pins are used to secure the IC or transistor once it is inserted into the socket. The friction pins also provide maximum retention and ensure the IC or transistor doesn\'t accidentally slip out.

Once the IC or transistor is inserted, the socket provides electrical connections to the IC and/or transistor and allows the PCB to function as expected. The socket is designed to make it easy for users to swap out electronic components as needed.

Conclusion

The 612-83-640-41-001101 socket is a zero-insertion-force socket for a wide range of integrated circuits and transistors. It is popular in applications such as analog and audio circuitry, automotive circuitry, digital logic circuits, and RF applications. Furthermore, it uses a precise 0.050" (1.27mm) pitch and provides easy access for swapping in new ICs or transistors. The socket is securely fastened to the PCB by two tabs and the friction pins ensure the IC or transistor stays securely in place.

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