612-93-424-41-004000

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Introduction

Sockets for ICs, Transistors, and other electronic components are used to make safe and reliable connection and usage of the component. Sockets enable designers to quickly change components for debugging or to determine yield and performance of new parts. 612-93-424-41-004000 is a socket for ICs, transistor, and other electronic components that can accommodate 0.6" to 2.4" of height. It’s a two-piece construction consisting of injection-molded body and nickel plated brass contact. Here then we will discuss the application field and working principle of this socket.

Application Field

The 612-93-424-41-004000 socket is suitable for the cases when the component’s pin density is high, making soldering impractical, or for when bulky components are in use. It’s used for burn-in application, production, and field testing. The socket has high durability and reliable mating even after being repeatedly mated and unmated which enables quick replacement of parts without the need of soldering. Due to its compact and simple construction, it enables high-density mounting in limited space. As a result, this socket can also be used as a test socket.

Working Principle

The 612-93-424-41-004000 socket operates using a two-piece construction consisting of injection-molded body and nickel plated brass contact. The socket is designed to provide reliable and high-speed contact. It features banding terminals that are matched in pair for continuity. This construction also helps prevent shorts due to movement caused by stress in the components. The socket\'s user side includes pins and pads of optimal size. The spring loaded pins automatically adjust themselves to the component footprint ensuring that contact is created with the component and enabling reliable mating with the component.

The socket also includes tie-outs. This helps in providing insulation protection from other components or terminals in the system. The tieouts also help in providing insulation necesary for preventing unnecessary current flow and thus preventing the occurrence of electric shock. This is important in system where the component is in contact with paint or wooden boards.

Conclusion

The 612-93-424-41-004000 socket for ICs, transistors, and other electronic components is well suited for quick change of component in production, debugging, and field testing applications. The two-piece construction consisting of a injection-molded body and nickel plated brass contact ensures reliable and high-speed contact with the component. The spring loaded pins automatically adjust themselves to the component footprint for reliable contact. This socket also features tie-outs for insulation protection and prevention of electric shock.

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