UPL220-025

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Coaxial Connectors (RF)

Coaxial connectors, commonly referred to as RF connectors, are devices used to connect a coaxial cable to an antenna, radio, or other electronic device. The UPL220-025 is a particularly popular type of coaxial connector — it is a 4-hole flange-mount connector, made from brass, with a silver-plated copper inner conductor.

Applications

The UPL220-025 is a low-level RF connector, designed for high-frequency laboratory applications up to 6GHz. It is widely used in a variety of fields, such as medical science, military and defence applications, communication and broadcasting systems, wireless antenna systems, electronic test labs, and more. It is also popularly used as a high-frequency interconnection device, in order to join two or more components, often cables, together.

Design

The UPL220-025 is a 4-hole connector, designed to attach to a panel or other surface via four flanges. It is made of brass, which gives it strength and durability, and is silver-plated to improve electrical conductivity. It has a threaded opening on the interior which is used to attach the connector to the wire or cable.

Working Principle

The UPL220-025 works on a principle called wave-guided propagation. This means, that when an electrical signal is sent through the connector, it is confined to the electric and magnetic fields of the coaxial cable, allowing for clear and reliable transmissions with minimal disruption. The inner conductor in the connector acts to conduct the signals while the outer conductor shields the cable from external interference. This ensures that only the signals that are supposed to enter the cable, do so.

Conclusion

The UPL220-025 is an effective and reliable coaxial connector, widely used for high-frequency applications up to 6GHz. Its design enables wave-guided propagation, which allows for clear signals with minimal disruption and interference. It is made from brass and silver-plated, and is used in a variety of fields, including medical science, military and defence applications, broadcasting and more.

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