Coaxial cable N male to N male Rangeful HF400 10 m, 50 Ω, full copper

Coaxial cable Rangeful HF400 with N male to N male connectors, 10 m length and 50 Ω characteristic impedance is designed for reliable RF signal transmission in amateur radio, test systems, base stations and other 50 Ω installations. The cable features a full-copper central conductor and a robust HF400 outer jacket, providing consistent electrical performance and mechanical durability during installation and operation.

Advantages

The full-copper conductor ensures low resistive losses and predictable attenuation across common RF bands. N male to N male connectors provide secure threaded coupling with good shielding continuity and durable mechanical retention. The HF400-style jacket resists flexing and environmental wear while maintaining stable electrical characteristics. Together these features deliver a low-loss, consistent connection suitable for laboratory setups, field installations and permanent mounts.

Suitable for

• Amateur radio transceivers and antenna feeds
• Test and measurement equipment in RF labs
• Base station patch panels and rack installations
• Repeaters, filters and duplexers in 50 Ω systems
• Temporary field deployments and fixed cabling runs

Key specifications

• Impedance: 50 Ω
• Length: 10 m
• Conductor: solid full copper central core
• Outer jacket type: HF400-style durable PVC or similar RF jacket
• Connector type: N male to N male, threaded coupling
• Typical application: RF signal transmission for 50 Ω systems

How to use

Connect the N male connectors by aligning the threads and hand-tightening until firm; avoid excessive torque to prevent connector or equipment damage. Route the cable to minimize sharp bends and kinks, maintaining bend radii appropriate for HF400-type coax to preserve impedance and reduce reflections. When used in test setups, ensure connectors on both ends are clean and free of debris before mating. If used outdoors or in semi-permanent installations, secure the cable with appropriate clamps or ties and avoid prolonged exposure of connectors to moisture without additional weatherproofing.

Usage recommendations

For optimal RF performance, keep cable runs as short as practical and avoid tight coils. Inspect connectors regularly for corrosion or wear and replace the cable if the jacket is visibly damaged. In critical measurement scenarios, verify loss and VSWR with a suitable analyzer to confirm the cable meets system requirements.