Description

UHF M RA LMR 200 CRIMP refers to a specific type of connector or cable assembly used in RF (radio frequency) applications. Let’s break down the definition to understand each component: UHF (Ultra High Frequency): UHF is a range of radio frequencies (300 MHz to 3 GHz). UHF connectors are used to establish a connection for RF signals at these frequencies. These are commonly used in various communication devices, including TV transmitters, radios, and wireless equipment. M (Male): The "M" stands for "Male," indicating that the connector is designed to have a pin that fits into a corresponding female connector. Male connectors are typically used to plug into other devices or cables that have female connectors. RA (Right Angle): "RA" refers to the right-angle design of the connector. This means that the connector has been designed to attach to cables or devices at a 90-degree angle, which is useful when space is limited or when you need the cable to be routed in a particular direction. LMR 200: LMR 200 refers to a specific type of coaxial cable. LMR (Low Loss Media) is a brand of cables designed for minimal signal loss, especially at higher frequencies. The "200" refers to the cable’s diameter, typically around 0.2 inches. LMR 200 is a common choice for RF communication systems due to its low attenuation and ability to maintain signal quality over distance. CRIMP: "Crimp" refers to the method used to attach the connector to the cable. In crimping, a tool is used to mechanically attach the metal connector to the cable’s central conductor and shielding. This method provides a strong, secure, and low-resistance connection, often used in professional RF cable assembly. Putting It All Together: The term UHF M RA LMR 200 CRIMP refers to a male right-angle UHF connector that is designed to be crimped onto a LMR 200 coaxial cable. This type of connector is commonly used in RF communication systems where space constraints or the need for directional cable routing make a right-angle connector necessary. The crimping process ensures a reliable and durable connection between the cable and connector, enabling efficient signal transmission.