20-8650-310C

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The 20-8650-310C socket is a standard electrical connector designed for use with integrated circuits (ICs), transistors and other components requiring a source of power. Its integrated design features two main components - a socket and a pin - which when connected together allow for a smooth and secure connection between the IC and the power source. The 20-8650-310C socket is compatible with a variety of different breakout boards, breadboards, solderless testing boards and more, making it a versatile and reliable choice for electronic engineers.

The 20-8650-310C socket features two pieces that make up its connection – the socket and the pin. The socket is a rectangular piece composed of a hard plastic material with multiple ports that allow electricity to flow from the source to the pin. The pin is a separate piece also composed of a hard plastic material which is fitted within the socket, creating a secure, low-profile connection. Both the socket and the pin feature a standard size and shape, allowing for easy replacement and interchangeability. Additionally, the 10-8650-310C socket is designed to be water-resistant, providing extra protection against dust, moisture, and other environmental elements.

The 20-8650-310C socket is easy to install and requires minimal wiring. Once the socket is placed on the board, it is firmly secured in place, allowing for quick and easy insertion and extraction of ICs and transistors. Additionally, the 20-8650-310C socket is designed with a “make before break” feature, which prevents the draw of current to an IC or transistor while it is being replaced. This feature provides additional protection against the possibility of short circuits and other complications that can arise due to sudden power reductions.

Overall, the 20-8650-310C socket is an ideal solution for electronics engineers who need a reliable source of power for their ICs and transistors. Its compatibility with a variety of different boards and its quick and easy installation make it an efficient choice for any engineer. Furthermore, the “make before break” feature helps to ensure that the IC or transistor is not subjected to any power loss while it is being replaced, allowing the engineer to quickly complete the task with minimal difficulty.

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