540-44-068-17-400000

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Sockets for ICs and transistors are specialized electrical components that provide a connection between a printed circuit board (PCB) and an integrated circuit (IC) or transistor. These sockets enable an electrical signal to be transmitted or received between the two components, allowing them to interact. In order to choose the correct socket, it is important to understand the application field and working principle of the socket type 540-44-068-17-400000.

The 540-44-068-17-400000 socket is a double row socket designed to accommodate two rows of up to 40-pins each. This type of socket is often used in applications that involve many ICs (Integrated Circuits) and transistors. It is designed to fit in a printed circuit board, and has a total body length of 0.75".

The 540-44-068-17-400000 socket is designed to have a high-reliability connection to a PC board. It is also designed to reduce the risk of static electricity and short circuits through its special contact design. The contact\'s design also allows the socket to self-clean its contacts if any dirt or dust is present, ensuring a consistent connection.

The working principle of this socket is based on the concept of a "pseudo-floating pin", which allows a contact to be made between the IC and the board. To accommodate this concept, the socket is designed with special contacts and insulating layers. As a result, this socket can be used in applications such as computers, communication systems, and industrial PCs, where high-reliability connections are required.

Due to its design and high reliability, the 540-44-068-17-400000 socket is ideal for use in a wide range of applications. This includes applications involving CPU boards, computermotherboards, GPU boards, and Bluetooth and WiFi boards. The socket is also useful for electronic products with high-density components, and specially designed for use in automotive applications.

In conclusion, 540–44–068–17–400000 sockets are designed to fit onto printed circuit boards and provide reliable electrical connections between an IC (Integrated Circuit) or transistor and the board. These sockets are designed to reduce the risk of static electricity and short circuits, and have a high-reliability design for use in a variety of applications. It is important to understand the application field and working principle of these types of sockets in order to make the correct selection.

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