Audioengr, Nice to see your page! What is the overall inductance impact on 12AWG 2m power wire that passes 60Hz from the wall?
X(reactance) = sqrt(2*pi*60Hz*L)
In this formula L is in microHenries range and reactance on 60Hz is just tens of miliohms so the voltage drop due to inductance is realy measurable. The AC deviations are much higher than the voltage drop due to the inductance isn't it?
After all how the low-inductive power cord will be different from high-inductive one if the bottom line is that the signal is being rectified and decreased and sometimes internally stabilized.
What anywhay the good quality power cord can do except reducing the noise, microphonics and AC impact?
X(reactance) = sqrt(2*pi*60Hz*L)
In this formula L is in microHenries range and reactance on 60Hz is just tens of miliohms so the voltage drop due to inductance is realy measurable. The AC deviations are much higher than the voltage drop due to the inductance isn't it?
After all how the low-inductive power cord will be different from high-inductive one if the bottom line is that the signal is being rectified and decreased and sometimes internally stabilized.
What anywhay the good quality power cord can do except reducing the noise, microphonics and AC impact?