Coaxial cable Rangeful SMA male to N male HF400 50 Ω, flexible, 2 m

Rangeful HF400 flexible coaxial cable with SMA male to N male connectors is a 2 m, 50 Ω interconnect designed for RF signal transmission, antenna connections and test equipment. The cable combines a low-loss HF400 dielectric and flexible outer jacket to provide a balance between signal integrity and mechanical pliability. It is intended for applications that require a durable, repeatable connection between SMA and N-type interfaces while maintaining 50 ohm system impedance.

Advantages

The cable offers a flexible HF400 construction that reduces insertion loss compared with lower-quality leads while remaining pliable for routing in confined spaces. precision-machined SMA male and N male connectors ensure consistent electrical contact and mechanical retention. Its 2 m length provides adequate reach for many setups without excessive signal attenuation. The 50 Ω impedance matches common RF equipment, minimizing reflections and preserving signal fidelity.

Suitable for

• Antenna to transceiver connections in amateur radio stations
• Linking base station equipment and RF modules
• Laboratory and test bench interconnects for RF measurements
• Temporary or semi-permanent installations requiring flexible routing

Key specifications

• Characteristic impedance: 50 Ω
• Length: 2 m
• Conductor type: flexible HF400 coaxial core
• Connector A: SMA male
• Connector B: N male
• Jacket: flexible outer sheath suitable for routing and bending
• Application band: RF signal transmission and antenna connections

How to use

Connect the SMA male end to the corresponding SMA female port and the N male end to the corresponding N female port, ensuring threads are engaged and tightened by hand and, if required, with a torque wrench to the equipment manufacturer's recommended torque. Route the cable to avoid sharp bends and contact with hot surfaces; maintain a bend radius appropriate for flexible HF400 coaxial cable to prevent deformation. Verify continuity and signal integrity after installation using appropriate test equipment.

Usage recommendations

Use the cable within its intended frequency and power limits; avoid excessive mechanical stress and exposure to solvents or prolonged UV to preserve jacket and connector performance. For repeated connect/disconnect cycles, inspect connector interfaces for wear and clean contacts as necessary to maintain low-loss connections.