KPT81-14-N

Circular Connectors - Accessories

KPT81-14-N Application Field and Working Principle

KPT81-14-N, as a circular connector, is designed to facilitate the connection of electrical circuits and provide mechanical support. It belongs to the category of accessories of circular connectors. The KPT81-14-N is typically used in the fields of aerospace, electronics, military, instrumentation and communications.

The KPT81-14-N circular connector is designed to meet the requirements of electrical and mechanical performance, as well as the demands of environmental performance. In terms of mechanical performance, the connector is designed to provide superior retentiveness and ensure that the connection is maintainable. In terms of electrical performance, the connector is designed to prevent electric arcing, improve contact performance, and ensure superior electrical stability. In terms of environmental performance, the connector is designed to prevent radiation and resist corrosion.

The working principle of the KPT81-14-N connector is as follows. The connector utilizes a rectangular or circular shape which contains a pin connected to a rotating shaft or another pin. When the pin is in contact with the rotating shaft or the other pin, the electrical connection is completed and the circuit is energized. When the shaft or the other pin is disconnected, the electrical signal is cut off and the circuit is de-energized.

In addition to the KPT81-14-N, there are many other types of circular connectors available. Depending on the application, different types of connectors are needed. Some of the more common types of connectors are threaded connectors, flange connectors, hose connectors, patch connectors, and compression connectors. Each type of connector has its own unique set of characteristics, such as material, size, shape, and portability.

Circular connectors play an important role in the development of electronic components and systems. Without the use of circular connectors, the assembly and performance of electronic circuits or systems would be significantly compromised. With the use of circular connectors, electrical connections can be quickly and easily made, resulting in improved performance and greater reliability.