Coaxial Cable Rangeful HF240 N Male to N Female, 1 m, pure copper conductor

Coaxial cable Rangeful HF240 N Male to N Female, 1 m, pure copper conductor is a flexible RF interconnect designed for reliable transmission of radio frequency and microwave signals. The cable features a 1 meter length and a pure copper inner conductor to ensure consistent signal conductivity. Terminated with a male N connector on one end and a female N connector on the other, it provides impedance stability and corrosion-resistant contact surfaces for use in laboratory, field or equipment rack environments.

Advantages

The cable delivers low insertion loss and stable characteristic impedance over its intended frequency range due to the pure copper conductor and quality dielectric. Durable N-type connectors resist environmental degradation and provide secure threaded mating. The 1 m length balances flexibility and reach for common test and interconnect scenarios, and the construction supports repeated connections without significant performance degradation.

Suitable for

• RF and microwave test setups and bench measurements
• Antenna extensions and feedline connections
• Connecting transceivers, amplifiers and measurement instruments
• Temporary or permanent equipment interconnects in labs and workshops

Key specifications

• Connector configuration: N male to N female
• Cable length: 1 meter
• Inner conductor material: pure copper
• Impedance: consistent characteristic impedance suitable for RF use
• Connector finish: corrosion-resistant plating for reliable contact
• Cable type: coaxial designed for RF/microwave signal transmission

How to use

Ensure both device connectors are clean and free of debris before mating the N male and N female connectors. Align the connectors and hand-thread the coupling nut until finger-tight, then use an appropriate torque tool if precise torque is required for your application. Avoid excessive bending near the connector ends; maintain the cable bend radius recommended for coaxial assemblies to prevent impedance discontinuities. For test measurements, allow the cable to settle in its working position before taking readings to avoid mechanical movement influencing results.

Usage recommendations

Store the cable coiled without sharp kinks and protect connector ends with dust caps when not in use. For critical measurements, verify insertion loss and VSWR as part of your setup verification. Replace the cable if you detect damaged shielding, exposed conductor, or degraded connector performance.