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Hi Bob: You will note the inductance and capacitance of these cables. Also note that we will have a series inductance and a shunt capacitance. The series inductance is in series with the speaker crossover, and the shunt capacitance is across the speaker crossover. As we add more reactance either in series with the crossover or in parallel with the crossover than the result is a change in frequency response of the speaker. Hope this helps; d.b.
Lucky European bastard ...getting three weeks vacation off in August.
No wonder us Yanks are so hot and bothered by everything.
Have a good time
Makes sense! I see that the impedance (I'm speaking of the RLC components) change, but they change so small that it's hard to see what effect they have. For instance, the resistance measurements are measured in milliOhms. The difference in these cables is less than a few milliOhms per foot. That seems so small. For my system, I'm using 12 feet of cable, so I'd have an effect of about 12 feet x 2 mOhms/foot = 24 mOhms. Does that really make a difference? Yet, I replaced cables and now find the bass lacking a bit and there's definitely a different sound.
I am self-employed, m'man, and if you want that kind of a holiday, go private. And you're a fine one to talk, living in Northern California, by the sea, with the secure knowledge that Bill Gates is somewhere near you.
Changing out power cables have yieled much more dramatic results (on all set ups, but in particualr the JVC) Rather large changes with the JVC, really