TQ, way back at the start, my only intent was that we know the CONTEXT of your question. That frequency CAN have an effect on the resistance of a circuit element at SOME high frequencies is only relevant here if it is within the context of guiitar amps. SO when i asked where you knew this from, I was not casting negatives at your thoughts, I was merely asking in what setting do you ask this?
For example, making a printed circuit board for the UHF tuner in your TV set, they have to be careful not to make sharp right angle curves in the copper traces, because at those frequencies, a right engle bend in the copper acts like an inductor. But at audio frequencies, you can make all the little right angles you want. COntext matters. SO if you were to ask about the inductance of circuit board traces, unless you specified UHF frequencies, I would respond that there is no inductance to worry about, because it is assumed we are discussing guitar amps. Yes, the inductance exists, but only in contexts other than those we operate within.
For example, making a printed circuit board for the UHF tuner in your TV set, they have to be careful not to make sharp right angle curves in the copper traces, because at those frequencies, a right engle bend in the copper acts like an inductor. But at audio frequencies, you can make all the little right angles you want. COntext matters. SO if you were to ask about the inductance of circuit board traces, unless you specified UHF frequencies, I would respond that there is no inductance to worry about, because it is assumed we are discussing guitar amps. Yes, the inductance exists, but only in contexts other than those we operate within.
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