213143-3

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Rectangular connectors are used ubiquitously in the engineering and electronics worlds, helping to securely connect signal, power, and data lines between components. The 213143-3 is a type of rectangular connector, one which fits into the headers, receptacles, and female sockets category. In this article, we will discuss the applications of 213143-3 connectors, as well as the working principles behind their operation and design.

What is a 213143-3 Connector?

A 213143-3 connector is a type of electrical connector, composed of two components: plug and receptacle. It is primarily used to securely connect signal, power, and data lines between components. In its standard form, the 213143-3 connectors are composed of zinc-plated steel and feature a three-pin design. Most 213143-3 connectors feature a 2.54mm pitch, as well as a current rating of up to 13 amps and a voltage of up to 500 volts. The cold resistance of a typical 213143-3 connector can range anywhere from 0.20µΩ to 6.50µΩ. Overall, the 213143-3 is a versatile, easy-to-use connector.

213143-3 Connector Applications

Due to its versatility, the 213143-3 connector has numerous applications. It is commonly used in both industrial and consumer electronics, for the purpose of connecting data lines, power lines, signal lines, or any combination of the above. One popular application of the 213143-3 connector is in telecom equipment, where these connectors are used to provide a secure connection between radio frequency and control lines. It is also used in a variety of lighting systems, helping to establish electrical contacts between light sources and controls. Other popular applications include consumer electronics, medical systems, wiring harnesses, and automotive systems.

Working Principles of 213143-3 Connector

There are three key principles behind the functioning of the 213143-3 connector. The first principle is that the connector is frequency-dependent, meaning it is only capable of transferring data and signals at a certain frequency. This frequency is determined by the size and shape of the connector, as well as the materials used in its construction. The second principle is that the 213143-3 has a reliability-based contact resistance. This means that the resistance of the contact increases the more the connector is used, which can lead to signal loss and interference. Finally, the third principle is that the 213143-3 has a non-reversible orientation. This means that the connector must be inserted in the correct orientation in order for it to function properly.

Conclusion

The 213143-3 connector is an incredibly versatile piece of engineering, capable of securely connecting signal, power, and data lines between components. It has numerous applications in both industrial and consumer electronics, and features three fundamental principles of operation. If you are in need of a secure, reliable connection for your project or device, the 213143-3 is an ideal option.

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