Panorama Antennas antenna CS29 cavo TNC femmina/maschio 2,5m

For installations where a standard jumper won't survive, the Panorama Antennas CS29 cable steps in with a rugged 2.5 m run and TNC connectors on both ends. Unlike generic RG58 assemblies, this feeder is built around a solid polyethylene dielectric and stranded copper inner conductor, keeping insertion loss low and phase stability predictable across the DC to 3 GHz span. The braided copper shield and PVC jacket hold up in vehicle mounts, mast runs, and equipment bays where flexing and abrasion are daily realities.

Highlights

• 2.5 m coaxial RF cable with TNC male to TNC female connectors
• 50 Ohm impedance, DC to 3 GHz frequency range
• Stranded copper inner conductor and braided copper shielding
• Solid polyethylene dielectric for consistent RF performance
• Black PVC jacket rated for -20°C to +70°C
• CS29 series construction for reliable antenna feeder runs

In daily use

The TNC interface locks with a threaded coupling, so vibration won't loosen the connection on a moving vehicle or rooftop mast. The black PVC jacket stays flexible enough to route through tight corners, yet resists cuts and UV exposure far better than thin patch leads. Whether you're extending a GPS antenna, linking a radio to a surge protector, or replacing a damaged feeder on a telemetry box, this cable keeps the link stable without adding noticeable attenuation at typical UHF and cellular bands.

Full specifications

• Brand: Panorama Antennas
• Model: C29FRZH-2,50-TCNF-TNCM
• MPN: C29FRZH-2,50-TCNF-TNCM
• Cable length: 2.5 m
• Connector 1: TNC male
• Connector 2: TNC female
• Impedance: 50 Ohm
• Frequency range: DC to 3 GHz
• Cable series: CS29
• Jacket material: PVC
• Inner conductor: Stranded copper
• Shielding: Braided copper
• Dielectric: Solid polyethylene (PE)
• Operating temperature: -20°C to +70°C
• Colour: Black

Final note

When the job calls for a no-compromise TNC feeder, the CS29 delivers the mechanical toughness and RF transparency that professional installers expect from Panorama Antennas.