Mr. eichlerera
I'm sorry to kill your impression of skin effect on Audio frequencies.
The figure (at the AWG table) refers to full power at x frequency.
An other way to look at that, is that thin cables have low current capacity at DC, so it is close or identical to that in all Fr. Thick cables, that can conduct 10th or hundreds of Amps at DC, are a bit less of higher Fr.
But even so, if you look into Audio energy vs. Fr., the most power is at the lower Fr.: under 1 kHz. most of the stuff over 10 kHz are harmonics that are of very low energy. So skin effect is not for Audio, It mostly present at RF and very high frequencies, at high power (Radar etc'.).
I'm sorry to kill your impression of skin effect on Audio frequencies.
The figure (at the AWG table) refers to full power at x frequency.
An other way to look at that, is that thin cables have low current capacity at DC, so it is close or identical to that in all Fr. Thick cables, that can conduct 10th or hundreds of Amps at DC, are a bit less of higher Fr.
But even so, if you look into Audio energy vs. Fr., the most power is at the lower Fr.: under 1 kHz. most of the stuff over 10 kHz are harmonics that are of very low energy. So skin effect is not for Audio, It mostly present at RF and very high frequencies, at high power (Radar etc'.).