40 GHz 047 Standard Semi-Rigid RF Coaxial Cable G12E
P/N: G12E
- For compact RF module internal routing
- 1.22 mm OD balances routing and loss
- Seamless copper tube provides high shielding
- Solid PTFE for cost-effective signal paths
- Rated to 40 GHz for module links
Engineering Note
The G12E is a 40 GHz compact standard semi-rigid coaxial cable designed for RF module internal routing where shielding, controlled cable forming, and stable signal paths are key selection factors. Its construction uses a silver-plated copper inner conductor, solid PTFE dielectric, and seamless copper tube outer shield, supporting dense microwave component interconnects, precision instrument signal paths, and compact high-frequency test platforms. The 1.220 mm OD construction provides a practical balance between compact routing and lower attenuation than smaller standard semi-rigid cables.
Technical Specifications
| Cable Name | G12E |
|---|---|
| Product Type | Standard Semi-Rigid Coaxial Cable |
| Cable Structure | Semi-rigid / seamless copper tube |
| Operating Frequency | 40 GHz |
| Cut-off Frequency | 110 GHz |
| Impedance | 50 ± 1 Ω |
| Velocity of Propagation | 70% |
| Shielding Effectiveness | >165 dB |
| Dielectric Withstanding Voltage | 100 V.DC |
| Static Bending Radius | 4.2 mm [0.165 in] |
| Weight | 0.004 kg/m [0.0027 lbs/ft] |
| Temperature Range | -55 ~ +125 ℃ [-67 ~ +257 ℉] |
| Inner Conductor | Silver-plated copper, 0.290 mm [0.011 in] |
| Dielectric | Solid PTFE, 0.950 mm [0.037 in] |
| Outer Shield / Jacket | Seamless copper tube, 1.220 mm [0.048 in] |
| Attenuation | 1.1 dB/100m @1 GHz; 3.8 dB/100m @10 GHz; 5.2 dB/100m @18 GHz; 8.2 dB/100m @40 GHz |
| Average Power | 0.059 kW @1 GHz; 0.018 kW @10 GHz; 0.013 kW @18 GHz; 0.008 kW @40 GHz |
Target Applications
RF Module Internal Routing
Suitable for dense microwave component interconnects where compact routing, shielding, and permanent cable forming are required.
Tight Enclosure Interconnects
Supports restricted enclosure routing where a compact cable diameter and stable shape retention simplify internal assembly.
Precision Instruments and Testing
Used in precision instruments, RF modules, and high-frequency verification platforms operating up to 40 GHz.
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