0901310923

0901310923 Application Field and Working Principle

0901310923 is a rectangular connector, which is also called a header. It is composed of a variety of components, such as male pins, contact receptacle, contact extraction assembly, terminals, latching systems, various types of shells and other components. It is generally used for digital and analog power control signal transmission in various control systems.

Application Field

0901310923 rectangular connectors are suitable for data transmission of communication equipment, audio-visual equipment, medical instruments, office equipment, automotive industry, industrial machinery and construction engineering. In addition, connectors can be used as power connectors in various mobile phone, digital camera, MP4 player and other digital products.

Working Principle

The working principle of 0901310923 rectangular connectors is not complicated. It is mainly used for the connection between two adjacent electrical circuits. When two circuits are to be connected, the electrical signals of the two circuits are first sent via the contact pins of the connector. These signals are then passed through the contact receptacles and make contact with the pins on the external circuit. Finally, the signals are transmitted to the external circuit.

At the same time, the 0901310923 rectangular connectors play a role in shielding electromagnetic interference. This is achieved when the connectors are connected to the external circuit, and by placing a metal cover between the two connectors. The metal cover prevents the interference effect from spreading from one circuit to another.

Conclusion

0901310923 rectangular connectors are widely used in a variety of electrical and electronic products. It is composed of a various components that are necessary to ensure reliable data transmission. The working principle of these connectors is simple, as it is used to connect two adjacent circuits and then transmit signals between them. In addition, these connectors are also used to shield electronic interference.