- DC resistance can be found at the low frequency point.
- AC resistance due to inductance is proportional to frequency.
- AC resistance due to capacitance is proportional to 1/frequency
- AC resistance due to skin effect is proportional sqrt(frequency)
Absent intentional magnetic materials in the cable, inductance will be highly linear, and for these dielectrics and fields strengths so will capacitance.
djones51, asked for a frequency response of the cable. That means just the cable and the frequency response will give you the AC resistance (impedance) over frequency. If you are doing it properly, you are also providing a phase shift into a given load, so now you have made it even easier to extract L and C from skin-effect.
With an essentially infinite number of data points at reasonable precision as would be expected in any response plot, I have more than enough data to extract the characteristic R, L, C, and the skin effect characteristics. Heck, there is even enough data to create reasonably accurate models of non-linearities in L.
When you said "Nobody on this earth has any clue" what you really meant is that YOU HAD NO CLUE.
he has no clue is nobody on this earth has any clue how to