Coaxial Cable Rangeful HF400 BNC Male to BNC Female 50 Ω, 25 m

Rangeful HF400 coaxial cable with BNC male to BNC female connectors, 50 Ω impedance and 25 m length is made for reliable RF signal transmission in testing, CCTV, laboratory and broadcast environments. The cable uses an HF400 flexible coaxial construction that provides stable characteristic impedance and consistent shielding over its length, enabling transmission of analog and digital signals across medium distances without frequent retermination.

Advantages

The HF400 cable combines a 50 Ω impedance matched transmission line with BNC male to BNC female terminations for straightforward connection to common RF equipment. Its flexible jacket and construction make routing and handling easier in confined installations while maintaining effective shielding against external interference. The fixed 25 m length reduces the need for multiple shorter runs and minimizes connector transitions that can degrade signal integrity.

Suitable for

• RF test benches and measurement setups
• CCTV camera systems requiring BNC connections
• Broadcast and studio patching for 50 Ω equipment
• Laboratory signal distribution and temporary installations

Key specifications

• Impedance: 50 Ω
• Length: 25 m
• Connector configuration: BNC male to BNC female
• Cable type: HF400 flexible coaxial
• Intended signal type: analog and digital RF signals

How to use

Connect the BNC male end to the output or source connector and the BNC female end to the input or receiving connector, ensuring both connectors are fully engaged with a secure twist-lock connection. Route the cable to avoid sharp bends and excessive tension; maintain bend radii consistent with flexible coaxial practice to preserve impedance and shielding performance. Inspect connectors for dirt or damage before connection to avoid intermittent contacts or signal loss.

Usage recommendations

For best performance, avoid kinking the cable, keep it away from strong electromagnetic interference sources when possible, and use appropriate strain relief at connection points. Periodic inspection of connector seating and outer jacket condition helps maintain long-term signal integrity.