223-83-640-41-101000

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Sockets for ICs, Transistors

223-83-640-41-101000 application fields are diverse, ranging from military and aerospace, to automotive and industrial application areas. This type of socket is designed to securely support integrated circuits, transistors and semiconductor packages. Its housing base provides higher thermal cooling, while its physical properties make it resistant to vibration and shock.

Features and Benefits

223-83-640-41-101000 sockets features easy operation and maximum connectivity. It also provides superior reliability, excellent durability, low insertion force, and high temeperature resistance. Moreover, its construction consist of two parts, the pins and sockets, providing a uniform electrical connection between them. The external frame protects the internal components.

Assembly Techniques

Unlike standard sockets, 223-83-640-41-101000 sockets require assembly techniques that enhance its functionality and durability. Wave soldering or pin-in-paste technique are used for joining the component components. In addition, a removable cover over the pins can help prevent misinsertion and improve reliability. Another technique, known as \'snap-in-termination\', reduces the size and weight of the socket and allows for easier disassembly and reassembly.

Working Principle

223-83-640-41-101000 typically use the Lock-in-Contact arrangement. This means that once the socket is inserted, any movement of the IC or other device will be blocked. This helps protect against damage due to shocks and vibrations. The contact force is usually secured by a spring within the body of the socket, ensuring reliable electrical connections and a low insertion force. In addition, the sockets\' honeycomb design encourages efficient heat dissipation, allowing the IC devices to run at their optimal temperature.

Applications

223-83-640-41-101000 sockets are designed for a wide range of applications including automotive, consumer electronics, and industrial use. They are ideal for automotive applications due to their low insertion force and vibration resistant design. Additionally, the thermal resistance and honeycomb design make them suitable for consumer electronics and other high performance situations.

Conclusion

223-83-640-41-101000 offers superior reliability and excellent durability, making it a perfect choice for applications that require reliable high performance connection. Its features, including low insertion force, high temperature resistance, and secure connectivity, make it a great option for automotive, consumer electronics, and other high performance industrial applications.

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