Description

A MINI BNC M LMR 100 CRIMP is a type of connector and cable assembly typically used in telecommunications, networking, and RF (radio frequency) applications. Here’s a breakdown of each component: MINI BNC (Miniature Bayonet Neill-Concelman): This refers to a compact version of the BNC connector, which is a type of coaxial cable connector with a bayonet mount. The MINI BNC is smaller than the standard BNC connector and is designed for situations where space is constrained but the need for a secure, reliable RF connection remains important. The BNC connector features a twist-lock mechanism, which ensures a stable connection and prevents accidental disconnections. M (Male): This denotes the male version of the connector, meaning it has a pin or center conductor that plugs into a corresponding female connector, which has a socket to receive it. LMR 100: LMR 100 is a specific type of coaxial cable manufactured by Times Microwave Systems. It is often used for RF signal transmission, particularly in high-performance systems where low-loss and flexibility are important. The "100" refers to the cable’s size and performance specifications, typically offering a 0.1-inch diameter. It’s designed for use in applications such as cellular, wireless, or microwave communication, where maintaining signal integrity is essential over short to moderate distances. CRIMP: This refers to the method used to attach the MINI BNC male connector to the LMR 100 coaxial cable. Crimping involves using a tool to apply pressure to a metal sleeve or ferrule, which secures the connector to the cable, ensuring a reliable, strong mechanical and electrical connection. Crimp connectors are often preferred for their durability and ability to provide a tight, low-resistance connection, which is essential for signal integrity in RF applications. Summary: The MINI BNC M LMR 100 CRIMP is a compact RF connector that is crimped onto an LMR 100 coaxial cable to create a secure, low-loss connection for RF signal transmission. It's commonly used in telecommunications and networking where space constraints, performance, and signal quality are critical factors.