172223

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Coaxial Connectors (RF)

A coaxial connector, commonly referred to as an RF connector, is a device used for connecting two pieces of coaxial cable together. Coaxial connectors are frequently used for the transmission of data, video, and audio signals in a variety of applications, including computer networking, television, radio, and other electronic applications. RF connectors come in a variety of shapes and sizes, and provide a secure and reliable connection between the two coaxial cables.

172223 Application Field and Working Principle

The 172223 RF Coaxial Connector is a specialized type of coaxial connector designed for use in the aerospace and military industry for ultra-high-frequency (UHF) applications. The connectors are used primarily in the transmission of data and power, and are designed to resist physical shock and vibration as well as extreme temperatures. The 172223 is comprised of a center stem and four contact interfaces located at the ends. The stem is composed of a gasket and a dielectric material such as polytetrafluoroethylene (PTFE), while the contact interfaces consist of two circular pins and two flat surfaces.

The 172223 RF Coaxial Connector works in conjunction with the two mating contacts. As the connector is mated with its counterpart, the contact surfaces connect and create an electrical connection that enables data and power to be transmitted. The contact surfaces, which are made of gold-plated copper or stainless steel, create a physical connection and create an electrical connection. Additionally, the PTFE dielectric material provides electrical insulation between the contact surfaces to reduce electromagnetic interference.

The 172223 can be used in a wide variety of UHF applications, including radio communication systems, RADARs, and satellite communications. It is designed for use in applications where signals have to be transmitted over a long distance, as the contact surfaces ensure a high level of connection reliability. Additionally, the 172223 is specifically designed for application in extreme temperature environments, and can be used in both hot and cold climates.

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