100U 75 Ohms Foam Filled Coaxial Cable - Copper Braid
808.147UK
75 Ohms 100U coaxial cable constructed of solid oxygen free copper conductor, foam filled polyethylene dielectric, copper foil screen, oxygen free copper braid and PVC sheath. The overall screen an...
- Solid OFC conductor
- Foam filled PE dielectric
- Copper foil screen
| Description | |
|---|---|
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808.147UK
100U Foamed PE Coaxial Cable with Cu Braid - 100m Black |
100U 75 Ohms Foam Filled Coaxial Cable - Copper Braid
75 Ohms 100U coaxial cable constructed of solid oxygen free copper conductor, foam filled polyethylene dielectric, copper foil screen, oxygen free copper braid and PVC sheath. The overall screen and braid significantly reduce noise penetration to the conductor making it suitable for digital, satellite and cable TV signal transmission.
- Solid OFC conductor
- Foam filled PE dielectric
- Copper foil screen
- OFC braid
- Supplied in 100m or 250m reel with metric cut markers
- CSA 0.79mm²
- Conductor diameter 1mmØ
- Conductor material Solid OFC
- Braid 64 x 0.12mmØ
- Braid material OFC
- Screen Copper foil
- Dielectric 4.6mmØ foam PE
- Cable : diameter 6.6mmØ
- Impedance 75 Ohms
- Capacitance 54pF/m
- Velocity factor 83%
- Return loss 5-400MHz 30dB min./100m
- Return loss 450-1000MHz 24dB min./100m
- Return loss 1000-2150MHz 18dB min./100m
- Attenuation @ 5MHz 1.8dB max./100m
- Attenuation @ 50MHz 4.7dB max./100m
- Attenuation @ 100MHz 6.6dB max./100m
- Attenuation @ 200MHz 9.7dB max./100m
- Attenuation @ 400MHz 14.6dB max./100m
- Attenuation @ 860MHz 19.6dB max./100m
- Attenuation @ 1000MHz 21.6dB max./100m
- Attenuation @ 1750MHz 29.1dB max./100m
- Attenuation @ 2150MHz 32.7dB max./100m
Versions
| 808.147UK | |
|---|---|
| Colour | Black |
| Length | 100m |
| Weight | 4.2kg |
Downloads
UK Declaration of conformity
For 808.147UK (242KB)
For 808.147UK (242KB)
EU Declaration of conformity
For 808.147UK (232KB)
For 808.147UK (232KB)
DoP Certification
In relation to the new CPR regulations 1st July 2017
In relation to the new CPR regulations 1st July 2017
