551-10-273-21-125003

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Sockets are types of electronic components with multiple electrical contacts that are used to enable connections between different types of integrated circuits, discrete components, transistors, and connectors. Typically, sockets are designed for single-in-line (SIL) packages, but there are also sockets that are designed for dual-in-line (DIL) packages. This article will provide an overview of the 551-10-273-21-125003 socket and its applications and will describe the basic working principle of the socket.

551-10-273-21-125003 Socket Overview and Applications

The 551-10-273-21-125003 is a socket component that allows for the security, reliability, and flexibility of connections between integrated circuits, transistors, and other components. This particular socket is primarily used with DIL packages, though other packages may be compatible. This makes it a go-to solution for applications that require secure and reliable connections. Features such as gold-plated contacts and non-slip contacts ensure high-performance and reliable connections. Additionally, its wide operating temperature range (-20 to +85 Celsius) allows it to be used in various operating environments. Additionally, the 551-10-273-21-125003 socket is relatively easy to install and is significantly smaller than most other sockets, which can save space in applications. This socket is especially useful for automotive, military, aerospace, and medical applications, as it provides secure and reliable connections for sensitive components.

Working Principle and Mechanism of the 551-10-273-21-125003 Socket

The working principle of the 551-10-273-21-125003 socket is based on the mechanism of the socket. This particular socket is designed with multiple contact points that allow for reliable and secure connections. The contact points are made up of gold-plated contacts, which provide a higher level of electrical conductivity and reliability than standard contacts. The contact points are also designed with non-slip contacts, which further enhance the reliability of the connection. Additionally, the socket itself is designed with a locking mechanism that ensures that the socket is securely in place.

The locking mechanism of the 551-10-273-21-125003 socket consists of three components: a spring, a ball bearing, and a spring plunger. When the socket is mounted onto the surface, the spring is compressed and releases tension when the socket is inserted. The ball bearing then locks into place, preventing the socket from being disconnected. Furthermore, the spring plunger helps prevent accidental disconnection of the socket. Altogether, this mechanism ensures secure and reliable connections, even in extreme conditions.

Conclusion

The 551-10-273-21-125003 socket is a reliable and secure socket component that is designed to work with DIL packages. It provides a secure connection with gold-plated contacts, non-slip contacts, and a locking mechanism. Additionally, its wide operating temperature range and small size makes it suitable for a variety of applications, including automotive, military, aerospace, and medical applications. Though this socket is relatively small, it is capable of secure and reliable connections that are essential for these applications.

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