Coaxial cable Rangeful RG58 BNC male to BNC female 50 Ω, 1 m

Rangeful RG58 BNC male to BNC female 50 Ω, 1 m coaxial cable provides a compact, flexible connection for RF signal transmission and test equipment. The cable follows RG58 electrical characteristics with nominal 50 ohm impedance and a one-meter length, suitable for short interconnects between radios, instrumentation, CCTV cameras, and laboratory gear where standard impedance matching and reliable BNC coupling are required.

Advantages

The cable combines a standard RG58 coaxial construction with BNC male and BNC female terminations to ensure consistent 50 Ω impedance across the connection. Its short 1 m length reduces signal loss and unwanted reflections in bench setups and short-distance links. The flexible outer jacket and compact BNC connectors support easy routing in constrained spaces and quick connect/disconnect operations on test instruments and RF equipment.

Suitable for

• Laboratory test setups and signal measurement
• Radio equipment and transceiver connections
• CCTV camera and video transmission with BNC interfaces
• Network devices and RF prototypes needing 50 Ω interconnects
• Shielded interconnects for short patch leads and instrumentation

Key specifications

• Impedance: 50 ohm nominal
• Cable type: RG58 coaxial
• Connector A: BNC male
• Connector B: BNC female
• Length: 1 meter
• Typical use: RF signal transmission, test and measurement, video

How to use

Connect the BNC male end to the BNC female jack on the source device and attach the BNC female end to the receiving device or instrument. Ensure connectors are fully seated and the bayonet coupling is engaged to provide a secure electrical and mechanical connection. For test measurements, route the cable to minimize sharp bends and avoid running parallel to power cables to reduce interference. When disconnecting, pull back on the BNC coupling to release the bayonet and remove the connector without twisting the cable.

Usage recommendations

Use this RG58 BNC cable for short runs where 50 Ω impedance is required; for longer distances or higher frequency applications consider higher-grade low-loss coaxial types. Inspect connectors for corrosion or damage before use and avoid excessive bending radii to maintain impedance consistency and signal integrity.