48-6571-10

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Sockets for ICs, Transistors

The 48-6571-10 is a type of socket which is used for connecting one or more integrated circuits (ICs), transistors, or other active electronic components. The socket has a box-like construction with a metal frame and two plastic covers. It can accommodate up to 8 ICs or transistors. The socket is designed to provide reliable contact between the ICs or transistors, and has a compatible mating with a specialized mating socket. The socket is used where high-density integrated circuits are required, and is designed to provide an efficient electrical connection between the ICs and transistors.

Application Field of 48-6571-10

The 48-6571-10 socket is mainly used in the fields of communication, consumer electronics, and military applications. In the communication industry, the ICs and transistors in the socket are used to control various communication networks, such as cellular networks, telephone systems, and data networks. In the consumer electronics industry, the ICs and transistors in the socket are used to control display screens, audio systems, and other consumer electronic products. In the military industry, the ICs and transistors in the socket are used to control drones, electronic warfare systems, and other military equipment.

Working Principle of 48-6571-10

The 48-6571-10 socket is an electrical connection device which uses metal contact points to connect two or more ICs or transistors. The metal contacts in the 48-6571-10 socket are spring-loaded and designed to ensure a secure connection between the ICs or transistors. The metal contact points are arranged in such a way as to allow a reliable connection of up to 8 ICs or transistors. The socket also has a shielding plate to limit the possibility of RF interference.

The 48-6571-10 socket provides an efficient connection for the ICs or transistors, allowing them to be easily interconnected to create a system. The socket provides a reliable and secure connection for the ICs or transistors, ensuring a good electrical connection and preventing them from being damaged due to excessive heat or mechanical wear. The socket also protects the ICs or transistors from electrical interference caused by external electromagnetic fields or static electricity.

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