510-83-100-13-063101

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Sockets for ICs, transistors, and other devices are used to securely attach these components to an external connection that transports power and signals. By allowing the devices to function as an integrated part of a system, sockets widen the range of applications for ICs, transistors, and other devices. The 510-83-100-13-063101 Socket is an example of such a socket, brought to market by trusted electrical component manufacturer Mill-Max.

The 510-83-100-13-063101 Socket is specifically designed for the reliable connection of 8 lead plastic dual in-line package ICs in printed circuit board applications. This socket relies on a self-clinching mounting system to ensure a stable, secure connection. In order to do this, the socket has a special header which uses Mill-Max’s patented 0.50” pitch PogoPin system, which provides incredible accuracy while minimizing physical size. The special header allows the socket to optimize the connection between the ICs and the board.

The PogoPin system has a twofold purpose: to provide secure connections that last the lifetime of the product, and to optimize the contact area. This contact area maximizes the flow of power and signal from the board to the ICs, while minimizing the number of pins that are required. The elimination of excess pins results in space and cost savings. The PogoPin system also ensures all connections are secure at the same time, an important factor as ICs tend to be very delicate components.

The 510-83-100-13-063101 Socket uses a combination of spring and plating technology to reduce problems with electrical noise and ensure secure contact even when high vibration or thermal cycles occur. This is a distinct advantage, as it minimizes the possibility of false signals that may be created by such events. The use of spring and plating technology also ensures that the socket remains secure even under the most adverse conditions.

The design of the 510-83-100-13-063101 Socket helps to minimize the presence of any interference that may be created by cross-talk between the ICs and other components on the board. The socket\'s low-inductance design also helps to minimize the impact and effects of such interference. This is an important feature, as it allows the ICs to operate in optimal conditions, resulting in greater performance and reliability.

In terms of application fields, the 510-83-100-13-063101 Socket is an ideal solution for automotive, medical, computing, and communications applications. The socket offers exceptional performance under a variety of conditions, leading to increased reliability and system-wide compatibility. These numerous advantages make the socket an ideal choice for a range of applications.

The 510-83-100-13-063101 Socket is an excellent example of a quality socket, designed to give reliable and secure connections between ICs and printed circuit boards. Its combination of innovative technologies and excellent design make it an ideal choice for a wide range of applications.

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