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

The Rangeful HF400 coaxial cable with BNC male to BNC female connectors is a 10 m, 50 Ω cable constructed with full copper conductors. Designed for RF signal transmission and measurement setups, this cable provides a consistent impedance and low loss for general-purpose applications such as test equipment connections, CCTV installations and radio systems. The BNC male to BNC female configuration ensures compatibility with a wide range of devices that use standard BNC terminations.

Advantages

The full copper conductors ensure good conductivity and stable signal transfer across the 10 m length while maintaining the specified 50 Ω impedance. The BNC male to BNC female connectors provide a secure, quick-connect coupling suitable for repeated connections and disconnections. The single-cable design minimizes signal degradation and is compatible with common RF and video equipment that require low-loss coaxial connections.

Suitable for

• Connecting test and measurement instruments (oscilloscopes, network analyzers, signal generators)
• CCTV camera and monitor connections where BNC interfaces are used
• Amateur radio and other RF systems requiring 50 Ω cabling
• Laboratory setups and temporary installations needing flexible coaxial cabling

Key specifications

• Cable length: 10 meters
• Characteristic impedance: 50 Ω
• Conductor material: full copper
• Connector types: BNC male to BNC female
• Intended signal type: RF and video

How to use

Connect the BNC male end to the female BNC jack on the source device and attach the BNC female end to the corresponding male connector on the receiving device. Ensure both connectors are fully seated and rotated until the bayonet coupling locks in place to maintain a stable 50 Ω connection. Avoid sharp bends and excessive tension along the cable run to preserve signal integrity and prevent damage to the conductors and connectors.

Usage recommendations

For optimal performance, route the cable away from high-power AC wiring and strong electromagnetic sources to reduce interference. Use appropriate strain relief at connection points and avoid kinking; replace the cable if outer insulation or connectors show visible wear. For long-term installations, verify connector tightness periodically and test signal quality after any reconfiguration.