The product is applied in RF signal transmission for wireless communication systems, antennas, base stations, and other radio equipment requiring low-loss and high-frequency performance.
Conductor | MATERIAL | BC/CCA |
Nom.Dia.(mm) | 1.80±0.05 | |
Dielectric | MATERIAL | Foam PE |
Nom.Dia. (mm) | 5.20±0.05 | |
Shield | MATERIAL | ALFoil+AL Braiding |
COVERAGE | 40%-95% | |
Jacket | MATERIAL | PVC/PE |
Nom.Thick. (mm) | 0.80±0.05 | |
Nom.Dia. (mm) | 7.5±0.05 |
Nominal Impedance(ohm) | 75±3 | |
Nominal Velocity of propagation(%) Nominal Capacitance(pf/m) | 84 | |
82 | ||
Spark Test(VAC) | 2500 | |
SRL(dB) | 20 | |
Attenuation [68°f(20℃)] | Frequency（MHz） | Maximum (dB/100m) |
150 | 7.8 | |
200 | 9.10 | |
350 | 12.20 | |
400 | 13.00 | |
800 | 18.90 | |
900 | 20.00 | |
1200 | 24.00 | |
1500 | 27.20 | |
1900 | 31.30 | |
5D-FB, 8D-FB and 10D-FB belong to Xingfa's FB-series coaxial cable range, but the correct cable should be selected according to the system specification rather than the model number alone.
Xingfa's current 5D-FB specification uses a 1.80 ± 0.05 mm BC/CCA center conductor, foam-PE dielectric and an approximately 7.5 mm overall cable diameter. When a project requires a larger coaxial construction or different published attenuation characteristics, buyers can also review Xingfa's 8D-FB coaxial cable.
The current 8D-FB specification uses a 2.80 ± 0.05 mm BC/CCS center conductor and an approximately 11.10 mm overall diameter. At 900 MHz, Xingfa currently publishes a maximum attenuation of 12.80 dB/100m for 8D-FB, compared with 20.00 dB/100m for 5D-FB.
Xingfa also offers a 10D-FB coaxial cable option. Before substituting one FB-series cable for another, confirm the operating frequency, required cable length, allowable attenuation, connector compatibility, routing space and the equipment's approved cable specification.
If you are unsure which FB-series cable fits your project, provide Xingfa with the existing cable model, operating frequency, cable length and connector requirements for technical confirmation.
