MIG-240 Low Loss Coaxial Cable, Solid BC Conductor, Bonded AL/Foil, 95% TC Braided
CyberXLink MIG-240 Coaxial Cable is commonly used for short Antenna Feeder Runs, Drop-in replacement for RG-58 and RG-142 and any application requiring an easily routed low loss RF cable. The MIG-240 Coax Cable has a denser jacket and thicker conductor then RG11, so it can transfer data at double the speed. CyberXLink supplies only high performance coaxial cable for data networking and radio applications. MIG-240-Series cable offers equivalent or better characteristics and performance than other existing industry cables. We supply dual shield cable to maximize signal retention for even sharper, clearer digital pictures.
Coaxial Cable is used to transmit radio frequency energy. The advantage of coaxial is that the electromagnetic field carrying the signal occurs only in the space between the inner and outer conductors. With that said, it allows the cable to be installed next to metal objects without power loss. Coaxial Cable also provides protection of the signal from external electromagnetic interference. Coaxial Cables connects radio transmitters and receivers to their antennas, computer network (Internet) connections, digital audio (S/PDIF), and distributing cable television signals.
CyberXLink's high quality MIG-240 Low Loss RF Coax Cable consists of a 1.42mm solid Bare Copper (BC) inner conductor. It is wrapped in a dielectric polyethylene insulation. This MIG-240 Coaxial Cable comes with 95% Tinned Copper (TC) braid shielding and Bonded AL Foil. The cable is covered with a flame rated PVC jacket (CM)for outdoor use.
Where to use MIG-240 Low Loss RF Coaxial Cable
CyberXLink MIG-240 Low Loss RF Coax Cable is excellent for short Antenna Feeder Runs, Drop-in replacement for RG-58 and RG-142 and any application requiring an easily routed low loss RF cable. The cable's jacket is designated CM, CL2 for Coaxial Cable use in outdoor areas. The MIG-240 Coaxial Cable tops out at 50 ohms.
Signal Loss Comparison Chart by Cable Type
||Attenuation (Loss) @ 2.4 GHz
||Attenuation (Loss) @ 5.8 GHz
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