40-3513-11

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Sockets for ICs, Transistors

The socket 40-3513-11 is a 13 pin panel mount adapter socket that can be used to connect ICs, transistors, and other such components to a standardized data transfer connection. Its use can be seen in several applications such as power electronics, microwaves, telecommunications, and testing & measuring equipment.

Application Field

The socket 40-3513-11 can be used for several electronic applications. It can be used in power electronic converters and automobiles, providing a power connection between circuits and components. The socket is also used in microwave communication systems, where the socket helps connect radio, satellite, and cellular antenna connections. It is used in telecommunications applications to connect transistors, modulators, and demodulators.

The socket 40-3513-11 is commonly used in testing and measuring equipment, where it helps connect testers and measuring devices in order to streamline the process and reduce errors. Finally, the socket is also used in the medical industry, specifically in medical imaging equipment. It helps provide a reliable connection between devices for a variety of medical procedures and treatments.

Working Principle

The socket 40-3513-11 works upon the principle of standardized data transfer. It is designed with pins of specific diameters and spacing in order to avoid damage and ensure secure, reliable connection. This ensures that data can be transmitted between devices without interruption or loss. The socket is designed to absorb EMI and ground noise and reduce interference, providing secure connection.

The socket 40-3513-11 consists of a metal specimen board with contact pins that are inserted into the socket. The contact pins are sealed by a high temperature plastic sleeve which prevents the contact pins from making contact with other objects in the socket. This helps reduce damage from environmental or mechanical interference. The socket also has an insulation layer which helps reduce heat and provides electrical insulation.

The socket 40-3513-11 works by allowing data to flow between two connection points. The connection points can be either connected directly or through a cable, depending on the application. The socket’s design allows for reliable connection between devices and ensures minimal interference between pins, which helps keep data intact and unaltered.

The socket 40-3513-11 is a reliable and efficient way for users to connect ICs, transistors, testing & measurement equipment, and other components. Its design allows for secure data transfer and a minimal interference connection, making it perfect for a variety of applications.

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