26.5 GHz 141 Low-Loss Semi-Rigid RF Coaxial Cable G36
P/N: G36
- For high-power RF module routing
- Optimized PTFE supports lower attenuation
- 1000 V.DC for higher voltage handling
- Seamless copper tube provides high shielding
- Rated to 26.5 GHz for internal links
Engineering Note
The G36 is a 26.5 GHz low-loss semi-rigid coaxial cable designed for high-power internal RF routing where voltage handling, shielding, shape retention, and elevated temperature capability are important. Its construction uses a silver-plated copper inner conductor, optimized PTFE dielectric, and seamless copper tube outer shield, supporting stable microwave interconnects in RF modules, phased array radar systems, avionics, and precision instruments. The cable provides 76% velocity of propagation, >165 dB shielding effectiveness, 1000 V.DC dielectric withstand voltage, and operation up to 26.5 GHz.
Technical Specifications
| Cable Name | G36 |
|---|---|
| Product Type | Low-Loss Semi-Rigid Coaxial Cable |
| Cable Structure | Semi-rigid / seamless copper tube |
| Operating Frequency | 26.5 GHz |
| Cut-off Frequency | 36 GHz |
| Impedance | 50 ± 1 Ω |
| Velocity of Propagation | 76% |
| Shielding Effectiveness | >165 dB |
| Dielectric Withstanding Voltage | 1000 V.DC |
| Static Bending Radius | 10 mm [0.394 in] |
| Weight | 0.047 kg/m [0.0316 lbs/ft] |
| Temperature Range | -55 ~ +250 ℃ [-67 ~ +482 ℉] |
| Inner Conductor | Silver-plated copper, 0.990 mm [0.039 in] |
| Dielectric | Optimized PTFE, 3.000 mm [0.118 in] |
| Outer Shield / Jacket | Seamless copper tube, 3.580 mm [0.141 in] |
| Attenuation | 31.7 dB/100m @1 GHz; 108.1 dB/100m @10 GHz; 150.3 dB/100m @18 GHz; 187.7 dB/100m @26.5 GHz |
| Average Power | 0.550 kW @1 GHz; 0.161 kW @10 GHz; 0.116 kW @18 GHz; 0.093 kW @26.5 GHz |
Target Applications
High-Power RF Module Routing
Suitable for internal RF links where higher voltage handling, lower attenuation, and stable routing geometry are required.
Phased Array Radar Systems
Supports shielded internal chassis links where isolation, repeatable cable forming, and RF stability are important.
Avionics and Precision Instruments
A practical option for aerospace electronics, defense platforms, and precision measurement equipment operating in elevated-temperature environments.
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