6-513-10

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6-513-10 is a socket technology that is utilized for integrated circuits (ICs) and transistors. This type of socket offers many advantages over traditional sockets and is popular among electronics manufacturers. In this article, we will discuss the application fields and working principle of 6-513-10 sockets.

Application Fields

6-513-10 sockets are used in a variety of fields, such as automotive, consumer electronics, aerospace, and medical applications. The socket technology is designed for use in highly repeatable and low-cost contact connections between components. This technology is ideal for connecting ICs and transistors due to its superior temperature and electrical contact performance. The technology is also well suited for cost-sensitive applications, thanks to its low contact resistance and low force contact requirements.

Working Principle

The working principle of 6-513-10 sockets is based on the transfer of power and data without direct physical contact. The socket consists of a 2-part contact system, which includes a female contact that is mated with a male contact. The contacts are designed so that they can penetrate and quickly release the female contact, allowing a fast and reliable connection. The contacts are made of nickel-plated copper and are designed to be self-cleaning. The contacts are in contact with the gate dielectric material, which helps reduce parasitic capacitance and improve contact performance.

6-513-10 sockets are designed for ease of use. They are also designed with high reliability and low EMI interference. The socket also offers a high level of durability, as it is resistant to corrosion, shock, and vibration. The socket is also capable of handling both single- and multi-channel applications.

In conclusion, 6-513-10 sockets are ideal for a variety of applications, thanks to their superior temperature and electrical contact performance. The socket technology is also designed for ease of use, high reliability, low EMI interference, and corrosion and shock resistance. This makes 6-513-10 an ideal choice for connecting ICs and transistors in multiple types of applications.

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