QMA Male Connector Straight 50Ω Solder Termination Crimp Type Cable Mount for RG58 C/U for Aviation and Telecommunications, Snap-Fastening, 360° Cable Rotation (1)

Experience superior connectivity with this QMA connector plug designed for RG58 cable applications. Operating at 50 ohms nominal impedance with frequencies up to 6GHz, this straight male connector features an innovative snap-fastening mechanism that replaces traditional threaded connections, enabling quick and efficient mating. The crimp termination design allows for 360-degree cable rotation after installation, providing enhanced flexibility in your setup. Perfect for demanding applications in telecommunications, cellular base stations, antenna systems, radar installations, and military-aerospace equipment. The bronze construction ensures durability, while the cable mount design makes installation straightforward. Techinial Datasheet Electrical Characteristics Impedance50 Ohm Frequency Range DC- 6 GHz VSWR：≤1.20@DC-3GHz Dielectric Withstanding Voltage≥1000V RMS,50Hz Dielectric Resistance ≥5000 MOhm Working Voltage ≤480V Contact Resistance Center Contact ≤2.5m Ohm Outer Contact ≤3.0m Ohm Mechanical Characteristics Inteace Retention Force ≥60N Durability (Mating times) ≥200 These characteristics are typical and may not apply to all connectors. Outer Contact ≤3.0m Ohm Environmental Characteristics Temperature Range：-65°C to +165°C

• COMPATIBILITY: Designed for RG58 C/U cable with 50 Ohm nominal impedance, offering reliable connectivity up to 6GHz frequency range
• QUICK CONNECT: Features innovative snap-fastening mechanism replacing traditional threaded connections for rapid mating and unmating
• RG58 C/U Compatibility & Crimp Termination: Specifically designed for RG58 C/U cables, with a solder-crimp hybrid termination method for secure, low-loss connections. Constructed from durable bronze for corrosion resistance.
• VERSATILE ROTATION: Enables 360-degree cable rotation after installation for flexible cable management and positioning
• APPLICATIONS: Ideal for military-aerospace systems, telecommunications equipment, cellular base stations, antenna systems, and radar installations ,and telecommunication networks where rapid connection and high-frequency performance are critical.