36-3513-10H

The 36-3513-10H is a socket that connects integrated circuits (IC), transistors, and other electrical components to printed circuit boards (PCBs) or other electronic systems. It is a high-performance socket that is designed to provide a secure connection that improves the reliability and longevity of electrical connections between an IC or transistor and a PCB. This socket features hypoallergenic gold and nickel plating, as well as high-performance insulation that ensures a tight electrical fit. It also features an industry standard C-ring design that allows the socket to be easily installed and removed without tools or special training.

The 36-3513-10H is mainly used in the aerospace, automotive, and consumer electronics industries. In aerospace applications, the socket is typically used for high-precision components including digital, analog, and mixed-signal ICs. It is also suitable for use in automotive and consumer electronics applications where reliable electrical connections are needed to reduce the risk of shorting and other electrical malfunctions. In addition, the 36-3513-10H socket can be used in medical and industrial applications, where its superior insulation and secure connection make it ideal for use with high-precision components.

The 36-3513-10H socket features an unique working design that helps ensure superior electrical performance. The socket is designed with a biasing leg that helps evenly distribute the electrical load when connected to an IC or transistor. This helps reduce stress on the electrical connection and ensure that it can handle the full electrical load without shorting or malfunctioning. In addition, the socket is designed with an internal spring loaded contact pin that helps maintain a secure connection regardless of the external forces or vibration that an IC or transistor may experience.

The 36-3513-10H socket is a reliable, high-performance option for connecting ICs and transistors to a PCB or other electronic system. It features hypoallergenic plating, high-performance insulation, and a biasing leg design that helps evenly distribute the electrical load. In addition, the socket’s internal spring loaded contact pin helps maintain a secure connection and ensures that the socket won’t short or malfunction regardless of the outside forces or vibrations that it may experience.