Description

The term "DIN M RA LMR 400 CRIMP" refers to a specific type of connector and cable assembly used in RF (Radio Frequency) communication systems. To break this down: DIN M: "DIN" stands for Deutsches Institut für Normung (German Institute for Standardization), a well-known organization that sets standards. In this case, "DIN M" refers to a DIN male connector, which typically refers to a male connector designed to meet DIN standards. This connector is often used in RF and communication applications where a reliable and secure connection is needed. RA: "RA" stands for Right Angle. This indicates that the connector is a right-angle type, meaning the connector exits at a 90-degree angle relative to the cable. This is commonly used to save space and improve the routing of cables in tight installations or where a straight connection is impractical. LMR 400: LMR 400 is a type of low-loss coaxial cable. It is designed for RF and telecommunications applications and is known for its excellent shielding and low signal loss. The LMR 400 cable is widely used for high-frequency transmission systems such as antennas, radio transmitters, and receivers. The 400 series typically refers to the cable's 0.4-inch diameter. LMR 400 offers low attenuation, high flexibility, and is often used in situations where minimal signal degradation is crucial. CRIMP: Crimping refers to a method used to connect the cable to the connector. A crimping tool is used to physically compress the metal connector onto the stripped wire, creating a strong and reliable electrical connection. This method is widely used for RF cables because it ensures a secure and durable connection, particularly for high-frequency signals. Summary: The DIN M RA LMR 400 CRIMP refers to a connector assembly involving a male right-angle DIN connector, used with LMR 400 coaxial cable, and connected via a crimping technique. This assembly is typically used in high-frequency RF communication systems where space-saving and efficient signal transmission are critical. The crimp method ensures a stable connection, and the LMR 400 cable offers minimal signal loss, making this combination ideal for professional telecommunications, antenna systems, and RF equipment.