Coaxial RF Cable Rangeful HF240 N Male to N Female 50 Ω, 0.5 m

Rangeful HF240 is a 0.5 m coaxial RF cable with an N male connector on one end and an N female connector on the other, engineered for 50 Ω systems. It is intended to provide a compact, low-loss interconnect for RF signal transmission and test setups, enabling reliable connections between antennas, radio equipment, laboratory instruments and networking components that use N-type ports.

Advantages

The HF240 offers a fixed short length that reduces cable loss and limits reflected power in high-frequency paths. Its N-type connectors ensure a secure threaded mating and stable RF contact. Built for straightforward integration in test benches and installed systems, the cable supports consistent 50 Ω impedance matching and predictable performance across typical RF bands used in communications and measurement environments.

Suitable for

• Connecting antennas to transceivers with N-type ports
• Bench testing and signal routing in RF laboratories
• Interconnecting radio equipment and network components
• Short jumper use in measurement setups and calibration

Key specifications

• Characteristic impedance: 50 Ω
• Cable length: 0.5 m
• Connector types: N male to N female
• Cable function: Coaxial RF signal transmission and interconnect
• Typical application: RF test, antenna and radio equipment connections

How to use

Connect the N male end to the N female port of the transmitting or test instrument and attach the N female end to the receiving device or antenna feed. Ensure threaded connectors are hand-tightened and, if necessary, finished with an appropriate torque wrench per the device manufacturer's recommendations to achieve proper electrical contact without over-tightening. Route the cable to avoid sharp bends and kinks; maintain bend radii consistent with standard coaxial cable practice to preserve impedance and minimize loss.

Usage recommendations

Use this 0.5 m jumper for short interconnects where minimal cable length is preferred. For outdoor or harsh-environment installations, consider weatherproofing or using cables and connectors rated for environmental exposure. Verify impedance matching in critical measurement setups and replace the cable if connector wear or visible damage appears.