50 Ohm RF Corrugated Aluminum Tube Cable

50 Ohm RF Corrugated Aluminum Tube Cable

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50 Ohm RF Corrugated Aluminum Tube Cable

50 Ohm RF Corrugated Aluminum Tube Cable

50 Ohm RF Corrugated Aluminum Tube Cable is designed for mobile communication networks, base stations, indoor distribution systems, broadcast systems and telecom infrastructure. This series provides stable RF signal transmission, low attenuation and reliable shielding performance for different installation requirements.

Available Models

Model Impedance Typical Application
1/2"AL 50±2 Ω Indoor distribution and telecom systems
7/8"AL 50±2 Ω Base station feeder systems
7/8"L AL 50±2 Ω Low-loss RF transmission applications
11/4"AL 50±2 Ω Large feeder cable systems
15/8"AL 50±2 Ω Heavy-duty feeder cable systems

Series Features

Impedance 50±2 Ω
Structure Corrugated aluminum tube
Advantages Stable transmission, low attenuation, reliable shielding and low VSWR
Jacket Options FRNC / PE
Operating Temperature FRNC: -30°C to 85°C; PE: -40°C to 85°C

Construction Data

Model Inner Conductor (mm) Dielectric (mm) Outer Conductor (mm) Jacket (mm) Capacitance (pF/m) Velocity of Propagation (%)
1/2"AL 4.8 12.2 13.9 15.9 76 87
7/8"AL 9.0 22.5 24.9 27.5 76 88
7/8"L AL 9.45 22.5 25.4 27.5 74 90
11/4"AL 13.1 32.5 35.8 38.8 76 88
15/8"AL 17.3 42.5 46.5 49.5 76 88

Electrical Performance

Model Attenuation @200MHz Attenuation @450MHz Attenuation @900MHz Attenuation @1800MHz VSWR
1/2"AL 3.38 dB/100m 5.13 dB/100m 7.39 dB/100m 10.70 dB/100m ≤1.15 / ≤1.20
7/8"AL 1.89 dB/100m 2.88 dB/100m 4.16 dB/100m 6.12 dB/100m ≤1.15 / ≤1.20
7/8"L AL 1.80 dB/100m 2.74 dB/100m 3.96 dB/100m 5.83 dB/100m ≤1.15 / ≤1.20
11/4"AL 1.35 dB/100m 2.09 dB/100m 2.95 dB/100m 4.36 dB/100m ≤1.15 / ≤1.20
15/8"AL 1.06 dB/100m 1.70 dB/100m 2.52 dB/100m 3.94 dB/100m ≤1.15 / ≤1.20

Applications

Mobile communication networks
Base station feeder systems
Indoor distribution systems
Broadcast systems
General RF transmission projects

Note: Specifications vary by model. Maximum attenuation value shall be 105% of the nominal attenuation value. For full technical data and exact model selection, please contact us.

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