32-6556-31

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Sockets for ICs, transistors and other electronic components are becoming increasingly important as the components become more complex and require more sophisticated electronic connections. A socket, or a type of connector, is a device used to connect a component to a circuit board or other electronic device. In general, they are low-cost alternatives for attaching smaller components directly to a board or peripheral device. Most of these sockets are designed to assist with easier assembly, more reliable connections, increased board durability and better emissions performance. In this article, we\'ll discuss the 32-6556-31 application field and working principle.

32-6556-31 Application

The 32-6556-31 socket is a thru-hole contact socket designed to work with 8, 14 and 16 pin IC\'s with body sizes of 8mm X 10mm, 14mm X 16mm, and 16mm X 18mm, respectively. It has a rated current per contact of 250 mA and can withstand voltage of up to 500V. Maximum operating temperature for this socket is up to 125°C. It is designed to provide a secure connection to a circuit board, with gold plated contacts that ensure low resistance and low contact resistance in order to reduce electromagnetic interference (EMI) or radio frequency interference (RFI). This socket is ideal for applications that require reliable board connections, like automotive and industrial control systems. It also helps in reducing assembly time and cost by minimizing the need to solder IC components directly to the board.

32-6556-31 Working Principle

The 32-6556-31 socket is an individual contact-type socket. It has a two-piece contact system that allows for easy installation and maintenance of components. This type of socket has an insulated body with a contact insert that fits onto the component. The contact insert slides into the body of the socket and the contacts on the component fit into the contact grooves of the insert. When the component is inserted, the contacts make contact with the contact pins of the socket and form a reliable electrical connection between the component and the board.

The contacts of the 32-6556-31 socket are gold-plated brass and the body is made of polyimide which provides excellent insulation. The pins are arranged in a grid pattern which allows for easy installation of components to the socket. In addition, the pins have a retention force which ensures that the contact pins are securely locked into the contacts of the socket when the component is inserted. There is also an anti-tamper feature which prevents accidental removal of the component.

In conclusion, the 32-6556-31 application field and working principle make this socket an ideal choice for a variety of different applications, including automotive and industrial control systems. It provides a reliable connection in a small, lightweight, and low-cost form factor. It has a robust design that ensures low resistance and low contact resistance, reducing the risk of EMI and RFI interference. Lastly, it is easy to install and maintain, making it an ideal solution for both engineers and hobbyists alike.

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