In Reply to: RE: carbon fiber in teflon posted by pictureguy on November 14, 2016 at 10:16:15:
The cable that Paco found has a resistance of 33 ohms per meter. That is not terribly high, and as I pointed out, has a small resistance compared to a typical line stage output impedance.
Anything with 33ohms resistance will get warm if you pass enough current through it. The number of Watts heating effect is easily found using ohm's law:
Power = Current * current * resistance
or
Power = (Voltage * Voltage) / Resistance
This cable is designed for mains voltage (eg 120V, 220V) to be applied over a length of 10meters or so.
Until someone tries this and reports back, estimates of sound quality are just guesses. My guess is that people who parade such guesses as hard fact should not be listened to.
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Follow Ups
- RE: carbon fiber in teflon - beautox 11:59:26 11/14/16 (13)
- RE: carbon fiber in teflon - PingPing 12:19:40 11/14/16 (12)
- RE: carbon fiber in teflon - beautox 12:36:21 11/14/16 (11)
- RE: carbon fiber in teflon - PingPing 13:16:48 11/14/16 (1)
- RE: carbon fiber in teflon - beautox 13:45:55 11/14/16 (0)
- RE: carbon fiber in teflon - pictureguy 12:52:34 11/14/16 (8)
- RE: carbon fiber in teflon - beautox 13:31:54 11/14/16 (7)
- RE: carbon fiber in teflon - pictureguy 14:16:57 11/14/16 (6)
- RE: carbon fiber in teflon - PingPing 14:40:33 11/14/16 (5)
- RE: carbon fiber in teflon - pictureguy 15:05:25 11/14/16 (2)
- RE: carbon fiber in teflon - PingPing 15:08:19 11/14/16 (1)
- RE: carbon fiber in teflon - pictureguy 15:43:06 11/14/16 (0)
- RE: carbon fiber in teflon - PingPing 14:50:57 11/14/16 (1)
- RE: carbon fiber in teflon - beautox 15:12:58 11/14/16 (0)