RF Coaxial Cables
HHTAY(Z) 50-21 (7/8″ Super Flexible) RF Coaxial Cable
50 Ω 7/8″ super-flexible RF cable for longer high-power jumpers on cellular towers. Bridges the gap between rigid corrugated feeders and short braided pigtails.
Features & Characteristics
- ▪Copper inner conductor
- ▪Foamed PE dielectric
- ▪Flexible outer conductor construction
- ▪50 Ω impedance
Applications
- ▪High-power base-station jumpers
- ▪Interconnections between rigid feeders on complex tower routes
Mechanical characteristics
- Diameter over jacket
- 24.5 mm
- Min bending radius (single)
- 80 mm
- Operating temperature
- -40 °C ~ +70 °C
Electrical characteristics
- Characteristic impedance
- 50 ± 1 Ω
Related products in RF Coaxial Cables
View all →HCAAY(Z) 50-12 (1/2″) RF Coaxial Cable
50 Ω 1/2″ corrugated copper-tube RF coaxial cable with foam PE dielectric. Standard base-station feeder used up to 3 GHz with peak power rating of 40 kW.
HCAAY(Z) 50-12C (1/2″) RF Coaxial Cable
50 Ω 1/2″ high-VSWR variant of the HCAAY 50-12 feeder with extended VSWR specification across cellular and mid-band frequencies. Provides the same peak-power capacity and mechanical envelope as the standard 1/2″ cable.
HCTAY(Z) 50-22 (7/8″) RF Coaxial Cable
50 Ω 7/8″ corrugated copper-tube RF feeder engineered for medium-power base-station applications. Delivers lower attenuation and higher power rating than 1/2″ cable across the full cellular band.
HCTAY(Z) 50-22C (7/8″) RF Coaxial Cable
50 Ω 7/8″ enhanced-VSWR variant of the HCTAY 50-22, matched to demanding 4G/5G multi-band feeder requirements. Retains the same mechanical envelope and power capacity as the standard 7/8″ cable.
HCTAY(Z) 50-23 (7/8″ low loss) RF Coaxial Cable
50 Ω 7/8″ low-loss corrugated copper-tube feeder cable optimised for long feeder runs. Delivers ~30 % lower attenuation than the standard 7/8″ cable at the same physical size.
HCTAY(Z) 50-32 (1-1/4″) RF Coaxial Cable
50 Ω 1-1/4″ corrugated copper-tube RF coaxial feeder for high-power and long-distance base-station installations. Combines low attenuation with substantial peak power handling.
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