Description

DIN M LMR 400 CRIMP refers to a specific type of coaxial cable connector and crimping process. Here’s a breakdown of the definition: DIN: This typically refers to a standard established by the Deutsches Institut für Normung (German Institute for Standardization), or it can refer to the "Deutsches Institut für Normung" itself. In the context of coaxial connectors, DIN connectors are often used for RF (Radio Frequency) applications. The DIN standard ensures that components such as connectors and cables meet certain specifications for performance and compatibility. M: This could refer to a specific variant or type within the DIN connector series or might signify a "male" connector, depending on the context. LMR 400: This refers to a type of coaxial cable, specifically LMR-400, which is a low-loss, flexible cable commonly used in RF applications. It has a characteristic impedance of 50 ohms, and is widely used in wireless communication systems, including antenna installations, cellular networks, and satellite communications. The cable is designed for minimal signal loss and is often used in environments requiring higher frequencies and lower attenuation. CRIMP: This refers to the process of attaching a connector to the end of a cable. In the context of LMR 400, crimping is the technique used to secure a coaxial connector to the cable by compressing the metal parts of the connector around the cable's conductor and shield. This ensures a reliable electrical connection and mechanical hold. Crimping tools and proper techniques are crucial for achieving a strong and durable connection, especially in high-performance RF systems. So, DIN M LMR 400 CRIMP likely refers to the process of crimping a male DIN connector onto LMR 400 coaxial cable. This is a common procedure in RF cable assemblies, ensuring the cable can be securely connected to equipment or devices that use DIN connectors for communication. Proper crimping is essential for signal integrity and reliable performance in RF applications.