614-13-085-10-031007

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Sockets for integrated circuits (ICs) and transistors are essential components in any electronic system, providing the necessary electrical connections for the core components to function. 614-13-085-10-031007 is a type of socket that is well-suited for use in industrial, scientific, and medical equipment. This article will discuss the application field and working principle of this socket type.

Application Field

614-13-085-10-031007 sockets are designed for electronic circuits and systems that require a highly reliable connection to the electrical source and a wide range of temperature operation. This makes them especially suitable for use in industrial, scientific, and medical applications. The socket is constructed using a high-temperature compatible PTFE insulation and nickel-plated brass contacts, making it suitable for temperatures up to +125°C.

The socket is also compatible with a wide variety of integrated circuits and transistors. It can be used for connecting D-type, G-type, J-type, K-type, N-type, and other ICs and transistors to power supplies and other components. It is also capable of handling up to 4 A current, making it suitable for applications with high power requirements. Additionally, the socket is designed for fast and easy assembly and can be easily mounted to a variety of substrates.

Working Principle

The 614-13-085-10-031007 socket works by providing a secure connection between the integrated circuit or transistor and the electrical power source. When the socket is connected to the power source, the contacts on the socket provide an electrical path between the power source and the integrated circuit or transistor. This allows the integrated circuit or transistor to be powered and operate properly.

The socket also serves to protect the integrated circuit or transistor from damage due to electrical surges or other forms of electrical interference. The socket’s insulation, nickel-plated brass contacts, and the tight fit between the IC and the socket all help to provide protection from stray voltages and electromagnetic interference. The socket also provides good contact between the integrated circuit and the power source, ensuring that the IC receives the correct amount of power and operates properly.

Conclusion

The 614-13-085-10-031007 socket is an ideal choice for a wide range of electronic projects. Its high-temperature compatible insulation, nickel-plated brass contacts, and wide compatibility make it suitable for applications in industrial, scientific, and medical equipment. The socket also provides a reliable connection and protection for the core components, enabling them to receive the correct amount of power and operate properly. Overall, the 614-13-085-10-031007 socket is an excellent choice for any project requiring reliable electrical connections.

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