20-3508-201

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Sockets for ICs, transistors, and other microelectronics components have become increasingly popular in recent years, and this technology is being used in more and more diverse fields. In the case of the 20-3508-201 socket, it is used in complex projects such as energy management systems and circuit boards. In this article, we will take a look at the application field and working principle of the 20-3508-201 socket.

Application Field

The 20-3508-201 socket is mostly used in devices related to energy management systems. These components can range from large industrial control systems to PCs and smartphones. It can also be used in medical and aerospace industries where high-precision components are needed. Additionally, its use is becoming increasingly popular in the automation industry for power distribution, motor control, and signaling.

In the area of circuit boards, the 20-3508-201 socket is suitable for most medium-sized and large boards. Its multi-contact design makes it ideal for high component density projects such as in laptop computers and other mobile devices. Furthermore, its high insulation rating and good thermal resistance make it suitable for high reliability applications like military, transport, and energy systems.

Working Principle

The 20-3508-201 socket uses a four-pin contact system with locking and unlock mechanism to ensure secure connections and good stability. It also features gold-plated contacts and an interlocking pin configuration that is ideal for applications requiring reliable multi-contact connections. In addition, its special design can accommodate a wide variety of components, from tiny diode packages to quad flat no-leaded components.

Its unique connection design provides excellent electrical isolation and excellent power dissipation. The socket can handle temperatures up to 150°C without any problems, and its reinforced plastic shell makes it highly durable and reliable. Additionally, the 20-3508-201 socket is designed to be mounted on different substrate materials, such as FR4, ceramic, or even metal.

The inner wiring design of the 20-3508-201 socket is optimized for low voltage applications. Its small form factor helps reduce the amount of copper wire required, and the electrical connection is stable and reliable during long time operations. Furthermore, it has a very low contact resistance and is designed to withstand multiple insertions and removals without any loss of performance.

To sum up, the 20-3508-201 socket is a versatile and reliable component for ICs, transistors, and other microelectronics. Its robust and reliable design allows it to handle demanding applications in energy management, circuit boards, medical, and aerospace industries. Its high insulation rating, wide temperature range, and superior power dissipation make it a suitable solution for high-reliability applications. Its special design and four-pin contact system provides excellent electrical isolation and reliable multi-contact connections.

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