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In Reply to: RE: Does this make sense to you ? posted by beppe61 on April 19, 2015 at 22:41:52
Rather than "slowing down" the conductivity of metal wires, I think George Cardas is talking about his insight into a new cable geometry that affects how signal energy is propagated along the length of the conductive metal wires, as well as how the signal energy is propagated within the non-conductive dielectric, since like a capacitor, the dielectric of an audio cable acts as an energy storage reservoir, and the behavior of the dielectric greatly affects what comes out the load end of an audio cable.
My impression of what he is saying, is the storage and release behavior of his newest dielectric material(s) is paramount when designing a specific cable geometry that provides a more "time aligned" velocity of propagation between the dielectric involvement factor, and the electromagnetic fields of complicated, precision wire bundles, rather than just paying attention to that of skin effect, and the resonant behavior of litz-wire.
Follow Ups:
Hi i was thinking ... in a cable of let's say 2 meter length which will be the difference in time arrival between a signal running at the speed of the light and a signal running at 1% of the same speed ?
The human ear will be able to differentiate ?
Just asking.
Thanks again.
Kind regards,
bg
Edits: 04/21/15
US7674973
He is contending that the signal VoP is mismatched between the dielectric and the wire there for causing sonic degradation. His solution is to lengthen the conductor to a point VoP would be the "same" between the two.
I think it is a solution to a none issue though. VoP of a insulated wire is just that, the wire and dielectric together, not a separate VoP for dielectric and that of the wire it is insulating. Without an internal conductor a dielectric would propagate nothing.
Hi and thanks a lot for the very kind and interesting explanation.
I understand more clearly now the complexity of the phenomena and their comprehension is very challenging for me.
My skills are very limited.
But i get that he is talking about the dielectric composition. Good.
Cables in a way are like long capacitors and dielectric quality is very important in capacitors and i guess the same in cables.
Thanks again.
Kind regards,
bg
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