Description

The term TNC M RP LMR 200 CRIMP refers to a specific type of coaxial cable connector and the process of attaching it to the cable. Let’s break down the components of this term: TNC (Threaded Neill-Concelman): TNC connectors are a type of coaxial cable connector similar to the BNC (Bayonet Neill-Concelman) connector, but with a threaded coupling mechanism for a more secure and stable connection. The TNC connector is designed for high-frequency applications and provides a better performance in terms of preventing signal loss and minimizing interference. M (Male): This indicates the type of connector, which is "male" in this case. Male connectors have a pin in the center of the connector, which makes contact with the female connector that has a hole for the pin to fit into. RP (Reverse Polarity): The "RP" designation refers to the reverse polarity version of the connector. In a reverse polarity TNC connector, the gender of the connector is reversed, meaning the male connector has a socket and the female connector has a pin. This feature is often used for applications where maintaining a specific polarity for safety or signal integrity is required. LMR 200 (Low Loss Radio): LMR 200 is a specific type of coaxial cable designed for radio frequency (RF) applications. It’s known for its low-loss characteristics and is commonly used in wireless communication systems. LMR 200 cables are flexible and provide good performance for applications that require minimal signal degradation over longer distances. CRIMP: Crimping is the process of attaching a connector to the end of a coaxial cable by mechanically deforming the connector to create a secure connection. This is done using a crimping tool that applies pressure to compress the connector onto the cable, making sure that both the outer conductor and inner conductor are properly connected. Summary: The TNC M RP LMR 200 CRIMP refers to a male reverse polarity TNC connector, designed to be attached to an LMR 200 coaxial cable using a crimping technique. This setup is often used in RF communication systems where high-frequency performance and secure connections are critical. The crimping process ensures a reliable mechanical and electrical connection between the cable and connector.