UPL250-009 Connectors, Interconnects

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RF connectors are components utilized in RF systems to connect two components together for the purpose of conducting electrical signals, or signal power from one component to another. RF coaxial connectors are the most widely used type, and the UPL250-009 is an excellent example of this category.

The UPL250-009 is a coaxial connector manufactured from high-quality brass, with gold-plated contacts. It has been constructed to perform in high-frequency, low-loss coaxial applications and is designed to provide high-reliability connections in a wide variety of settings. This connector is a recommended choice for any high-performance RF applications where signal quality is of utmost importance.

The UPL250-009 is an SMA genderless adapter, specifically made to be used with a (coax) semi-rigid cable many times found in instrumentation, mobile phone and land mobile communications, and test and measurement applications. This connector is well-suited for 50 ohm flat flexible cables because of its self-centering capabilities that eliminate microphonic interferences that are typically caused by movement in the cable or connector.

This connector also provides excellent shielding and low RF losses in a reliable connection that is shock and vibration resistant. It can handle signal transmission in the frequency range of 0 MHz—12.4 GHz and provides consistent interface performance with 1.1 dB of insertion loss at 10 GHz. The UPL250-009 features a snap-on coupling, which helps prevent it from accidentally coming undone, providing a secure and reliable connection.

In summary, the UPL250-009 is an excellent RF coaxial connector for high-performance and high-reliability applications such as instrumentation, mobile phone, land mobile communications, and test and measurement related applications. It features gold contacts, a snap-on coupling, and high shielding and low RF losses. The connector is also extremely reliable and vibration/shock resistant, making it a great choice for any application where signal quality is paramount.

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