UPLR220-025/T50 Connectors, Interconnects

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The UPLR220-025/T50 is a high-performance coaxial connector developed specifically for demanding RF applications. The connector is constructed from high-temperature polymers and plated brass, giving it exceptional strength and durability. Its unique design ensures a secure fit during installation, while its superior shielding and impedance matching properties make it ideal for use in high-frequency RF systems.

The UPLR220-025/T50 is used in a variety of applications such as broadcasting, telecommunications, military and medical equipment, and test instrumentation. It is designed to connect and join devices using the same connector type, allowing for a secure and reliable signal transfer. The connector features male and female contact points which match the connector exactly for unbeatable signal-to-noise ratios and unparalleled performance.

The UPLR220-025/T50 connector features a unique construction which ensures exceptional electrical and mechanical performance. Its robust design includes a high degree of dielectric strength and a high-grade hermetic seal which prevents moisture ingress. The contact points are constructed from gold plated brass, which has a low contact resistance and provides excellent durability. The connector is enclosed in a special plastic housing which protects the contacts from electromagnetic interference.

The working principle of the UPLR220-025/T50 connector is based on the well-established principle of impedance matching. This means that the connector is designed to transfer signals with a low-impedance connector while providing an adequate level of shielding and protection from outside sources of interference. As the connector is designed to work with 50 Ohm coaxial cables, it can be used to transfer signals up to 16 GHz with a low-loss return loss.

The UPLR220-025/T50 connector is in widespread use in the broadcasting, telecommunications, military and medical equipment sectors. This connector is popular due to its superior performance, reliable connections, and robust construction which helps protect against environmental damage. It is an ideal choice for applications that require secure and reliable signal transfer in a high-frequency RF environment.

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