614-13-168-17-101012

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Sockets for ICs, Transistors are an important connector type. The 614-13-168-17-101012 socket is used to connect electrical signals between various electrical components, such as Integrated Circuits (ICs) and transistors. It is primarily designed for use in electric and electronic products requiring high current and power points of connection. This type of socket is typically used in communication systems, control systems, semiconductor testing, and power applications.

The 614-13-168-17-101012 socket is an external style, threaded design with a total length of 13mm and a mounting width of 16.8mm. The socket\'s receptacle has 17 power contacts, and is separated into two unique rows designed to accept two different types of IC chips. The socket\'s insulation housing is designed to protect against shorts, and it also features an internal anti-EMI shield.

The working principle of the 614-13-168-17-101012 socket is simple: power is routed through the receptacle and then to the appropriate components. It works by having the plugs and receptacles of the socket fit together. This creates an electrical contact between the pins that allows the current to pass between the components. The 614-13-168-17-101012 also features shielding, which provides additional protection by preventing electromagnetic interference or RF emissions from escaping and affecting other systems.

The 614-13-168-17-101012 socket is designed for a wide range of applications and is often used in power supply systems, instrumentation systems, video equipment, medical systems, and more. It is also compatible with a variety of integrated circuit packages and transistors, such as DIP, SIP, and SOT-223 chips. This socket\'s versatility makes it an ideal connector for a variety of projects.

Overall, the 614-13-168-17-101012 socket is an important connector type for connecting electrical signals between many electrical components. The socket\'s receptacle is designed to accept two different types of IC chips, and it features internal anti-EMI shielding. This allows it to be used in a variety of projects and applications requiring high current and power points of connection. Its working principle is simple: power is routed through the receptacle and then to the appropriate components, creating an electrical contact between the pins that allows the current to pass between them.

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