Twin/Dual Core CT100 Coaxial Digital Satellite/Aerial Cable Black Sky+ 100m Drum
SKU 808.161UK
by Various
Original price
£84.99
-
Original price
£84.99
Original price
£84.99
£84.99
-
£84.99
Current price
£84.99
Mercury Twin 100U Foamed PE Coaxial Cable with CCA Braid - 100m Black
75 Ohms twin 100U coaxial cable constructed of solid oxygen free copperconductor, foam filled polyethylene dielectric, copper foil screen,copper clad aluminium braid and PVC sheath. The overall screen and braidsignificantly reduce noise penetration to the conductor making itsuitable for satellite dish installation with dual or quad LNB.
Solid OFC conductor
Foam filled PE dielectric
Copper foil screen
CCA braid
CSA 2 x 0.79mm²
Conductor diameter 2 x 1mmØ
Conductor material Solid OFC
Braid 2 x 64/0.12mmØ
Braid material CCA
Screen Copper foil
Dielectric 4.6mmØ foam PE
Cable diameter 2 x 6.6mmØ
Impedance 75 Ohms
Capacitance 54pF/m
Velocity factor 83%
Return loss 5-400MHz 30dB min./100m
Return loss 450-1000MHz 22dB min./100m
Return loss 1000-2150MHz 18dB min./100m
Attenuation @ 50MHz 6.5dB max./100m
Attenuation @ 100MHz 8.9dB max./100m
Attenuation @ 200MHz 12.3dB max./100m
Attenuation @ 400MHz 17.6dB max./100m
Attenuation @ 860MHz 24.7dB max./100m
Attenuation @ 1000MHz 26.9dB max./100m
Attenuation @ 1750MHz 35.7dB max./100m
Attenuation @ 2150MHz 42.2dB max./100m
75 Ohms twin 100U coaxial cable constructed of solid oxygen free copperconductor, foam filled polyethylene dielectric, copper foil screen,copper clad aluminium braid and PVC sheath. The overall screen and braidsignificantly reduce noise penetration to the conductor making itsuitable for satellite dish installation with dual or quad LNB.
Solid OFC conductor
Foam filled PE dielectric
Copper foil screen
CCA braid
CSA 2 x 0.79mm²
Conductor diameter 2 x 1mmØ
Conductor material Solid OFC
Braid 2 x 64/0.12mmØ
Braid material CCA
Screen Copper foil
Dielectric 4.6mmØ foam PE
Cable diameter 2 x 6.6mmØ
Impedance 75 Ohms
Capacitance 54pF/m
Velocity factor 83%
Return loss 5-400MHz 30dB min./100m
Return loss 450-1000MHz 22dB min./100m
Return loss 1000-2150MHz 18dB min./100m
Attenuation @ 50MHz 6.5dB max./100m
Attenuation @ 100MHz 8.9dB max./100m
Attenuation @ 200MHz 12.3dB max./100m
Attenuation @ 400MHz 17.6dB max./100m
Attenuation @ 860MHz 24.7dB max./100m
Attenuation @ 1000MHz 26.9dB max./100m
Attenuation @ 1750MHz 35.7dB max./100m
Attenuation @ 2150MHz 42.2dB max./100m