510-87-148-15-062101

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510-87-148-15-062101 is a type of socket typically used for ICs, transistors, and other devices. It is designed to secure IC devices on a circuit board, while also providing reliable electrical connections. This type of socket uses anti-oxidizing contacts to enhance the quality and durability of the connection. It is also designed to be very modular, which helps to make the design and testing of circuit boards easier.

The socket itself consists of three components: the contact block, a stationary metal body, and a spring-loaded pin. The contact block contains a series of closely spaced contact points, which make electrical connection with the IC device or other components. The stationary metal body acts as the main body of the socket. Lastly, the spring-loaded pin is the mechanism that is used to secure the socket to the board.

The working principle of the 510-87-148-15-062101 socket is simple. The socket has a series of contacts on one side that engage the pins of the IC device, making a reliable electrical connection with it. On the opposite side, a spring-loaded pin is pushed into the socket board, holding it securely in place. This ensures a reliable electrical connection between the IC and the socket. The contacts are also designed in such a way that they are protected from external environmental elements.

This type of socket is widely used in a variety of applications, such as microcontroller programmers, scientific instruments, data acquisition boards, automotive electronics, and other applications. These sockets are also very reliable, as they are designed to withstand high temperatures and vibrations. As a result, they are often found in critical and high-reliability applications.

Overall, the 510-87-148-15-062101 sockets are an ideal solution for secure IC or transistor connections. They are designed to provide reliable electrical connections and are very modular in nature, making them easy to work with in circuit board designs and testing. In addition, they are very reliable and can withstand high temperatures and vibrations. As a result, they are ideal for use in various applications, such as industrial automation, automotive electronics, and data acquisition.

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