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

Rangeful RG58 BNC male to BNC male coaxial cable, 50 Ω impedance and 1 m length, provides a compact connection for RF signal transmission and measurement equipment. The cable is intended for short interconnects between antennas, receivers, test instruments and BNC-equipped devices where a reliable 50 Ω path is required. Its construction follows common RG58 characteristics for flexibility and consistent characteristic impedance across the specified bandwidth.

Advantages

This 1 m RG58 coaxial cable with BNC male terminations offers a balance of flexibility and signal integrity suitable for laboratory and field use. The 50 Ω impedance ensures compatibility with RF test equipment and many radio frequency systems, while the BNC male connectors provide quick, threaded bayonet mating for secure connections. The cable length is convenient for bench setups and short cable runs, reducing excess signal loss compared with longer leads.

Suitable for

• Connecting antennas to receivers and transceivers
• Interfacing oscilloscopes, signal generators and spectrum analyzers with BNC ports
• CCTV installations and RF monitoring equipment with 50 Ω requirements
• Short test bench jumper between RF components

Key specifications

• Impedance: 50 Ω
• Cable type: RG58 coaxial
• Connector type: BNC male – BNC male
• Length: 1 m
• Typical use: RF signal transmission and test connections
• Characteristic: flexible construction for short runs

How to use

Align each BNC male connector with the corresponding female BNC jack and push in, then twist the bayonet coupling until it locks to ensure a firm mechanical and electrical connection. Avoid sharp bends near the connector ends and do not apply excessive tensile force to the cable during use. For measurement tasks, connect the cable between the signal source and measurement instrument ensuring both devices are configured for 50 Ω operation to maintain accurate readings and impedance matching.

Usage recommendations

For best performance, keep cable runs as short as practical, avoid kinking the coax, and route away from strong sources of electromagnetic interference. Inspect connectors for wear or dirt before critical measurements and replace the cable if the shielding or connector integrity is compromised.