Coaxial cable Rangeful Mini UHF Male to SO239 UHF RG58 50 Ω, length 0.5 m

This Rangeful coaxial cable connects a Mini UHF (male) plug to an SO239 UHF socket using RG58 50 Ω coaxial. At 0.5 m length, the cable is designed for short interconnections in radio and RF setups where compactness and flexibility are important. The assembly provides standard impedance matching for equipment such as amateur radio transceivers, antennas, scanners and test instruments requiring UHF connectivity.

Advantages

The cable delivers reliable 50 Ω impedance continuity through RG58 coax, preserving signal integrity across the UHF connection. Its short 0.5 m length reduces insertion loss and cable clutter while allowing flexible routing in tight spaces. The combination of a Mini UHF male plug and an SO239 UHF socket offers straightforward mating with common UHF connectors used in radio and RF equipment. Construction focuses on lightweight flexibility suitable for bench work, portable stations and temporary test setups.

Suitable for (tasks / use cases)

• Linking handheld or mobile transceivers to external antennas or adapters
• Connecting scanners and short-range monitoring equipment
• Temporary RF test and measurement connections on workbenches
• Short patch leads between antenna systems and rotators or splitters

Key specifications

• Connector type: Mini UHF (male) to SO239 UHF (female)
• Cable type: RG58 coaxial
• Impedance: 50 ohm
• Length: 0.5 m
• Application: UHF radio and RF interconnections

How to use

Ensure both mating connectors are clean and free of debris before connecting. Align the Mini UHF male plug with the corresponding female socket and engage by hand until secure; similarly fasten the SO239 socket to its mating PL-259 or compatible plug. Avoid overtightening to prevent damage to connector threads. Route the 0.5 m cable to minimize sharp bends and strain on the connectors during operation, and keep it clear of heat sources and sharp edges.

Usage recommendations

Use this short RG58 lead for nearby equipment connections and temporary setups where low insertion loss and flexible routing are required. For permanently installed or long-distance runs, consider cables with lower loss or higher-grade construction designed for the specific frequency range and environmental conditions of your installation.