Coaxial cable N female to N female Rangeful RG58/U 50 Ω 0.5 m

Coaxial cable N female to N female Rangeful RG58/U 50 Ω 0.5 m is a short, flexible RF jumper designed for reliable 50 ohm signal transmission. The cable uses standard RG58/U construction and is fitted with N female connectors on both ends, providing secure screw-type connections compatible with N-male equipment. Its compact 0.5 m length makes it suitable for patching, antenna leads and test setups where minimal loss and consistent impedance are required.

Advantages

The cable offers predictable RG58/U electrical performance in a compact jumper tailored for RF and telecom tasks. N female connectors provide durable screw-thread coupling and good mechanical stability in laboratory or field environments. The 50 Ω characteristic impedance and short length minimize reflections and insertion loss for interconnections between antennas, radio equipment, and measurement instruments.

Suitable for

• Antenna connections and short feed lines
• Patching between RF equipment and test instruments
• Laboratory and bench-top radio frequency setups
• Telecom and broadcast short interconnects

Key specifications

• Cable type: RG58/U coaxial construction
• Impedance: 50 Ω
• Length: 0.5 m
• Connector A: N female (screw type)
• Connector B: N female (screw type)
• Typical use: RF signal transmission, patching, measurement connections

How to use

Connect each N female end to the corresponding N male connector on equipment, ensuring threads are engaged and tightened by hand or with appropriate torque tools to the manufacturer's recommended specification. Route the cable to avoid sharp bends and mechanical strain; maintain a bend radius consistent with RG58/U construction to prevent degradation. For measurement tasks, use short jumpers like this 0.5 m cable to reduce additional loss and maintain 50 Ω system matching.

Usage recommendations

Inspect connectors before use to ensure clean contact surfaces; avoid over-tightening the N connections. Use this short RG58/U jumper for temporary or short-distance interconnects—replace with higher-specification cable for long runs or applications requiring lower loss or higher shielding performance.