124-43-964-41-002000

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Sockets for ICs, Transistors are essential pieces of equipment for the production or maintenance of electronic devices. They provide an electrical connection between the devices and their associated components, and they help ensure that the electrical connections are secure and reliable. In this article, we will discuss the application field and working principle of 124-43-964-41-002000 socket.

The 124-43-964-41-002000 socket is designed for heavy current applications. It is most commonly used for the connection of power transistors, integrated circuits, and power semiconductor devices in industrial applications. It can be used for voltage and current levels ranging from 2.5 V to 36 V and from 0.2 A to 6 A. This socket has a tin-plated surface finish which helps to increase its lifetime and reduce oxidation.

The 124-43-964-41-002000 socket is designed with two conductive plates and a series of insulation layers. The two contacts are formed on opposite ends of the socket. The insulation layers are designed to prevent electrical shorts and arcing. The contacts are insulated from the panel and are connected to the power source by two screws. The inner connector is then inserted into the contacts, forming a secure electrical connection.

The outer surface of the socket has several features which enhance its performance. It features a high temperature rating of 125 Celsius, as well as high contact strength and good electrical performance. The socket is also designed to protect against current leakage, overvoltage and electromagnetic interference. It also features a self-sustaining mechanical design, which allows for easy installation and removal.

The working principle of the 124-43-964-41-002000 socket is based on two methods, namely galvanic isolation and high-level connection. In galvanic isolation, the inner and outer connectors are insulated from each other. This method provides a low contact resistance and high electrical and thermal performance. On the other hand, high-level connection is used for devices with higher current levels, such as power transistors and power semiconductor devices. This method uses a higher voltage rating, which allows for the use of a higher current range.

To sum it up, the 124-43-964-41-002000 socket is designed specifically for heavy current applications. Its features include a high temperature rating, high contact strength, good electrical performance, protection against current leakage, overvoltage and electromagnetic interference, and a self-sustaining mechanical design. It works on the principle of either galvanic isolation or high-level connection.

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