40-6518-10E

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The 40-6518-10E is a socket designed for connecting transistors and integrated circuits (ICs) with larger printed circuit boards. It features multiple pins which allow for easy installation and removal of components on a board. The socket comes with mounting holes to ensure secure placement on the board, as well as a spring-pin arrangement which provides secure retention of the device.

The 40-6518-10E is designed as a high-density socket, meaning that it can accommodate a much larger number of electrical connections in the same area as compared to traditional sockets. This makes it especially useful for applications where space is limited, such as embedded systems and small form-factor products. The socket is also available in various lengths, which allows for easy installation in a variety of different board layouts.

The 40-6518-10E socket employs a Via-in-Pad layout, which minimizes crosstalk between pins and increases isolation between high-speed signals on the board. The socket is also designed to handle a maximum current load of 0.5A, making it suitable for powering low-power components.

The working principle of the 40-6518-10E socket is simple. When a component is placed into the socket, the pins of the component make contact with the pads of the socket. This connection then allows for the electrical signals to pass freely between the component and the board. The socket also has an optional latch mechanism which locks the component in place and prevents it from being removed unintentionally.

The 40-6518-10E socket is ideal for applications that require a high connection density. It can be used in a wide range of products, from embedded systems to consumer electronics. Furthermore, the socket can be used for both power and signal connections, making it a versatile component for any board layout.

The 40-6518-10E socket is a great choice for applications that need to maximize the number of connections in a small area. It is a reliable component that can handle various current ratings and enables easy installation and removal of components. Furthermore, the latch mechanism ensures secure retention of the device, which is especially important for applications with high-speed signals.

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