517-83-545-17-000111

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Sockets for ICs, transistors, and other electronic components are commonly used in a variety of applications. In this article, we will explore 517-83-545-17-000111 socket and its application field as well as the principles behind its functioning.

Definition and Types of Socket

A socket is an electrical connector that allows easy and secure connection of a wire or cable to an electronic device such as an integrated circuit (IC). They are used for either mechanical, electrical or optical connections. Sockets for ICs, transistors, and other electronic components can be divided into two main types: surface-mount sockets and through-hole sockets.

Surface-mount Socket

Surface-mount sockets, also known as surface-mount device (SMD) sockets, are designed to be mounted directly on a printed circuit board. The contact pins of such sockets are soldered to pads on the board using surface-mount technology. This type of socket is suitable for applications where speed and space are of the essence, such as with large circuit boards populated with many electronic components.

Through-hole Socket

The second type of socket is the through-hole socket. A through-hole socket has contact pins that are inserted through holes in a printed circuit board and soldered to pads on the underside of the board. This type of socket is normally larger than a surface-mount socket and is suitable for situations where high current is to be expected, because the pins provide better thermal and electrical connections.

517-83-545-17-000111: Application Field and Working Principle

The 517-83-545-17-000111 socket is a through-hole socket designed for use with high-power electronic circuits. It is made of high-temperature thermoplastic material with 10 pins spaced at 0.1 inch intervals. It is designed to be used with transistors, ICs, and other electronic components including voltage regulators, power transistors, switching regulators, and integrated circuits. The 517-83-545-17-000111 socket operates according to the principle of low contact resistance. This is achieved by a mechanism where the contact pins of the socket are inserted into pre-drilled holes of the printed circuit board, and then the pins are soldered into place to form reliable electrical connections. The contact pins themselves are made from a conductive material, such as gold or copper, with special nodular points that reduce contact resistance for better electrical flow.

Conclusion

In conclusion, a socket is an electrical connector used to join wires, cables, and other electronic components to an electronic device. The 517-83-545-17-000111 socket is a type of through-hole socket designed for high-power applications. It is made of high-temperature thermoplastic material with 10 pins spaced at 0.1 inch intervals and is suitable for transistors, ICs, and other electronic components. Finally, it works by using a low contact resistance mechanism where contact pins are inserted into pre-drilled holes and then soldered into place.

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