551-10-084-11-041004

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Sockets for ICs, Transistors are used to provide electrical interfaces between integrated circuits (ICs) and other semiconductor devices such as transistors. By allowing easy access to ICs, the sockets provide an efficient way to build and test advanced electronic systems. This article aims to provide an overview of the application field and working principle of 551-10-084-11-041004 sockets.

The 551-10-084-11-041004 socket is designed to accept components with leads in the range of 9-10 mm in length and 6-9 mm in diameter. It has an 11-pin connector and is rated at 4 GHz operation. It is designed for the Emulation Technology TR1084 socket and is able to provide high-speed serial connections between ICs with the highest of power dissipation. The socket is designed for direct mounting on a printed circuit board (PCB).

This socket is perfect for those applications needing access to high-speed serial connections with component speed up to 4 GHz. Some typical applications include high-speed switching, high-speed data acquisition, high-resolution image processing, and high-speed control systems. It is also ideal for building prototypes that require reliable and low-power performance.

The working principle of 551-10-084-11-041004 socket is simple. It uses a spring loaded mechanism to establish an electrical connection between the IC and other components. The socket has two sets of contacts, one on the socket body and the other on the spring. When the IC lead is inserted into the socket, the spring pushes against the body and it pushes back against the contact of the IC lead to make an electrical connection. This establishes a physical and electrical interface between the IC and other components like transistors or capacitors.

The 551-10-084-11-041004 socket is designed to be a reliable and efficient system for providing electrical access to ICs. This socket is perfect for those applications needing access to high-speed serial connections with component speed up to 4 GHz. Its simple, intuitive design allows it to be rapidly deployed in a wide variety of applications. It is able to provide an excellent link between different components and devices, and can help create a high-speed solution that is both reliable and cost effective.

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