20-3518-10E

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Sockets for ICs and transistors provide an essential service for electronic equipment. By providing a secure, reliable connection between various components, they enable the smooth operation of any device. The 20-3518-10E socket is a sturdy option with durable construction, built-in protection and a wide range of applications. This article will discuss its application fields and working principles.

What the 20-3518-10E Socket is Used For

The 20-3518-10E socket is designed for use with integrated circuits (ICs), transistor modules and other small components. It is an ideal choice for applications in which a secure and reliable connection is required, such as in audio-visual systems, automotive electronics and computers. The socket has a maximum pin count of 50 and is available in both horizontal and vertical orientations.

The socket is built to be robust, featuring a dielectric material that helps protect it from wear and tear. It is also highly moisture-resistant, with an IP67-rated seal that helps keep moisture out of the socket’s base and pin contacts. This helps extend the life of the connection and prevents corrosion that can inhibit performance.

Working Principle

The 20-3518-10E socket works by providing a secure connection between ICs and transistors and their respective contact pads. This is done via a series of pins, which are situated in a conductive housing. When the socket is inserted into a circuit board, the pins fit into the designated pads on the board, forming a connection.

The socket has two main operating principles. The first is the electrical connection, which is used to transmit power and data between the IC and the contact pads. The second is the mechanical connection, which is used to securely attach the IC or transistor to the socket and keep it from moving around or coming loose from the board.

Advantages of the 20-3518-10E Socket

The 20-3518-10E socket offers a number of advantages. Its dielectric construction and IP67 rating make it highly durable, able to withstand strong impacts, vibration, shock and extreme temperatures. This helps extend the life of the connection and reduce maintenance costs.

The socket’s small size further contributes to its convenience and reliability. Its compact design makes it easy to integrate into any circuit board, while its high pin count ensures a secure connection between the IC and contact points. This eliminates the need for any extra parts or complicated assembly process.

Finally, the socket is also designed with EMI/RFI shielding. This helps protect the circuit board from electromagnetic or radio interference, which can cause catastrophic system malfunctions. It also helps improve overall performance, by suppressing any signal noise that may be present in the system.

Conclusion

The 20-3518-10E socket is designed for use with integrated circuits and transistors. Its features, including its dielectric construction, IP67 rating, EMI/RFI shielding, small size and high pin count, make it an ideal choice for various applications where a secure and reliable connection is needed. Whether it is used in computers, automotive electronics or audio-visual systems, this socket can provide a safe and dependable connection that can last for years to come.

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