Coaxial cable N male to N male Rangeful RG58/U 50 Ω 12 m

Shielded coaxial cable Rangeful RG58/U with N male to N male connectors, 50 Ω characteristic impedance and 12 m length designed for RF signal transmission and antenna connections. The cable combines a flexible RG58/U inner conductor and dielectric with a braided shield and outer jacket to provide consistent impedance and reduced interference across typical RF frequency ranges. Built for applications that require a 50-ohm interface, the cable is suitable for amateur radio, laboratory test setups and RF equipment interconnections where low-loss and reliable mechanical connectors are needed.

Advantages

The coaxial cable offers a durable N male to N male connection that ensures secure mating with 50-ohm devices and antennas. Its braided shielding reduces electromagnetic interference and maintains signal integrity over the 12 m run. Flexible RG58/U construction facilitates routing and handling in confined spaces while preserving characteristic impedance and predictable attenuation behavior. Corrosion-resistant connector housings and standard impedance make this cable compatible with a wide range of RF instruments and networking equipment.

Suitable for

• Connecting antennas to transceivers and amplifiers requiring N male to N female interfaces
• Laboratory and test bench RF signal routing between instruments and measurement devices
• Amateur radio installations and field deployments where a 50 Ω cable is required
• Temporary or semi-permanent links between networking RF equipment and external antennas

Key specifications

• Impedance: 50 Ω
• Cable type: RG58/U coaxial
• Connector type: N male to N male
• Length: 12 m
• Shielding: braided shield for EMI reduction
• Typical use: RF signal transmission, antenna connections, test setups
• Flexibility: flexible construction for routing in confined spaces

How to use

Inspect connectors and cable for damage before installation. Align each N male connector with the mating N female connector and thread until hand-tight; avoid using excessive torque to prevent connector damage. Route the cable to minimize sharp bends and avoid running parallel to power cables to reduce potential interference. For test or measurement setups, allow for adequate cable length to prevent strain on connectors and ensure stable mechanical support during measurements.

Usage recommendations

For best RF performance, keep cable runs as short as practical and use proper grounding of connected equipment. If the installation is outdoors or in a corrosive environment, consider additional weatherproofing at connector junctions. Periodically inspect connectors for signs of wear or corrosion and replace the cable if loss or intermittency is detected.