192102B Connectors, Interconnects

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Coaxial Connectors (RF)

192102B Application Field and Working Principle

The 192102B series, a type of coaxial connectors (RF), are widely used in many fields of telecommunication, aerospace, defense and industrial. It is a kind of miniature coaxial connectors that provide rapid connection and disconnection and a power performance with low minimum reflection and VSWR. This series are all small in size, lightweighted and come with many advantages.

In general, the 192102B is a quick connect push-on coupling connector that simplifies fast and reliable connection of coaxial cables and facilitates their disconnection. It features high-precision location, reliable performance, low contact resistance variations and excellent feedback.

Principle of Operation

The operation principle of the 192102B connector is relatively simple. When a user insert a plug into a receiving socket, it is forced onto the center contact by a two-piece outer coupling ring. The outer coupling ring is actuated by a cam-lever or simply by hand. The cam-lever also helps maintain a uniform contact force so that the connection is held in place.

The contact part is also designed to allow for increased clearance and minimum reflection. This prevents distortion or interference in the signal and allows for uniform responses when the plug is connected.

Applications

The 192102B connector series are suitable for DC to 8GHz RF applications including communication systems, base stations, antenna systems, broadcast transmission, GPS, GPS and other audio-visual equipment. They are also widely used in military communication, automotive, oil exploration and other industries that require data transmission and power.

The 192102B series are designed for quick connectivity of coaxial cables and offer excellent signal transmission capabilities with minimum VSWR, minimal contact resistance variation and excellent feedback. They are an ideal choice for high-precision location, reliable performance and excellent feedback applications.

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