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- #31
yes they are, but using a layer of shielding as a conductor is not the right thing to do eaither.
it would have to be at least triax. and triax has a insulator, layer of shielding, a dielectric, a shielding (that is a conductor) another dielectric, and then a center conductor.
im not a big fan of using the braided stuff for a conductor because you have to get all the strands soldered to a small point. when using a pair of twisted conductors, the EMI from each of them reinforces each other (hence braided cables) and the shielding and dielectric well, shield the electrostatic field from interference.
i dunno. id rather use a quad core and put a pair of ends on there for L and R channel. i have access to some braided shielding to make some nifty stuff. ill show you all when i do it //content.invisioncic.com/y282845/emoticons/wink.gif.608e3ea05f1a9f98611af0861652f8fb.gif
it would have to be at least triax. and triax has a insulator, layer of shielding, a dielectric, a shielding (that is a conductor) another dielectric, and then a center conductor.
im not a big fan of using the braided stuff for a conductor because you have to get all the strands soldered to a small point. when using a pair of twisted conductors, the EMI from each of them reinforces each other (hence braided cables) and the shielding and dielectric well, shield the electrostatic field from interference.
i dunno. id rather use a quad core and put a pair of ends on there for L and R channel. i have access to some braided shielding to make some nifty stuff. ill show you all when i do it //content.invisioncic.com/y282845/emoticons/wink.gif.608e3ea05f1a9f98611af0861652f8fb.gif