TRM-2107-FC-TNC-02

TRM-2107-FC-TNC-02 Application Field & Working Principle

TRM-2107-FC-TNC-02 is a coaxial connector specifically designed to provide reliability and repeatability for the most demanding applications within the RF industry. This robust, high-performance product is a popular choice for communication and test applications and is mainly operated within a temperature range of -45 ℃ to +85 ℃.

Application Field

This product can be used in a wide range of applications, including:

• Wireless communication systems
• Mobile communication
• Airborne communication systems
• Radar signal transmission
• Cellular communication
• Military communication systems
• Test instruments
• Cable assemblies
• Medical imaging
• Broadcast and satellite communication

TRM-2107-FC-TNC-02 allows for a fast and secure connection to the cable being used, and requires minimal effort to attach and remove. The product is also designed to be water-resistant to ensure it performs effectively in harsh environments.

Working Principle

TRM-2107-FC-TNC-02 is a two-section component consisting of a coupling nut and an outer ferrule. In order to establish a connection, the cable is first attached to the inner ferrule and a torqued coupling nut. The continuity and electrical performance of the connection is directly related to correct installation of the TRM-2107-FC-TNC-02 connector and tightness of the ferrule attachment. To ensure continuity, the inner ferrule has two contact points that connect to the two wires in the cable. The outer ferrule has two contact points for connection to the mating connector.

The TRM-2107-FC-TNC-02 connector provides excellent electrical impedance matching, superior shielding, low VSWR, and a consistent high-performance signal across a wide frequency range. Additionally, it is designed with a shield crimp for additional grounding to ensure superior noise immunity.

The TRM-2107-FC-TNC-02 is one of the most trusted components used in communication and testing applications. It can provide reliable and repeatable connections in the most demanding RF environments.