PISKEKAT
PISKEKAT PL259 UHF CB Coax Cable RG58 25ft game controller
A 25 ft RG58 coax cable with PL259 UHF male connectors for CB, ham and marine radio links, rated 2.1 dB loss at 450 MHz with 1.15 SWR
- TypeOther
- Low-loss signal path with 2.1 dB attenuation at 450 MHz and 1.15 SWR
- Durable, flexible RG58 construction with nickel-plated copper connectors resisting oxidation
- Waterproof 2.2-inch adhesive-lined heat-shrink prevents connector pull-out
- Solid copper centre conductor plus bonded foil and tinned copper braid eliminate static
- Wide compatibility across CB, ham, marine VHF, SWR meters and antenna systems
CB coax cable for radio links
This 25 ft RG58 cable carries UHF signals between CB radios, ham rigs, antenna analysers and SWR meters. Solid copper centre conductor and bonded aluminium foil plus tinned copper braid keep static and interference out of the line.
PL259 male ends with heat-shrink strain relief
Nickel-plated copper shells resist oxidation and a 2.2 inch adhesive-lined heat-shrink tube seals the connector junction against water and pull-out stress. Flexible jacket suits tight routing in vehicles, boats or base stations.
2.1 dB loss at 450 MHz with 1.15 SWR
Low-loss braid shield protects signal quality over the full length for typical VHF and UHF radio work. Runs out of headroom on very long runs or higher-frequency microwave links where attenuation per metre becomes critical.
Highlights
- Low-loss signal path with 2.1 dB attenuation at 450 MHz and 1.15 SWR
- Durable, flexible RG58 construction with nickel-plated copper connectors resisting oxidation
- Waterproof 2.2-inch adhesive-lined heat-shrink prevents connector pull-out
- Solid copper centre conductor plus bonded foil and tinned copper braid eliminate static
- Wide compatibility across CB, ham, marine VHF, SWR meters and antenna systems
Specifications
| Type | Other |
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Questions about this item
How much signal loss should I expect on a 25 ft run at 450 MHz?
The cable shows 2.1 dB loss at 450 MHz with a 1.15 SWR, so the limit that appears first is attenuation rather than reflection.
Will the cable run hot or draw extra power during all-day operation?
It is a passive coaxial cable with solid copper centre conductor and tinned copper braid, so it generates no heat and draws no power.
What connectors must my radio and antenna already have for this cable to plug in?
Both ends are UHF male PL-259, so the radio and antenna need UHF female sockets.
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