TRM-2055-FC-SMA-02 Application Field and Working Principle

The TRM-2055-FC-SMA-02 coaxial Terminator is a type of RF (Radio Frequency) connector widely used in a wide range of electronic appliances. This type of terminator has an SMA (Sub-Miniature A) type fitting. It is rated for use in frequencies up to 18 GHz and provides excellent shielding effectiveness for signals in the range.

The TRM-2055-FC-SMA-02 is a genderless connector, meaning that it eliminates the need for separate male and female plugs, as its design allows for bidirectional communication. It is also very low-loss, with an impressively low VSWR of 1.11 (1.2 max) and a signal transmission efficiency of 99.9%. This ensures that data transmission is extremely stable and reliable for users.

In terms of physical characteristics, the TRM-2055-FC-SMA-02 is made of stainless steel with a PTFE (polytetrafluoroethylene) insulator. It is designed with a stepped, rounded outer body and the sealing surfaces are gold plated.

The TRM-2055-FC-SMA-02 is best suited for use in low-power interference applications, particularly in situations where multiple connector types are involved. It can also be used in adapters for a variety of application fields, including military communication and antenna systems, aerospace and satellite communications, cellular infrastructure, networking solutions, remote sensing, and machine-to-machine communication.

In terms of working principle, the TRM-2055-FC-SMA-02 is a reflection-type terminating connector. This means that any signal arriving at the connector is completely reflected back into the source, resulting in no signal loss. This is beneficial as it prevents unnecessary high frequencies from entering the system and potentially causing distortion or interference.

The TRM-2055-FC-SMA-02 is a great solution when looking for a reliable and efficient terminator option for different electronic products. Due to its compact size, reliable performance, and excellent shielding properties, it is ideal for a wide range of applications.