Semi you are completely incorrect on this topic. Yo umay goad me but it won't work. Audiogoners are well educated and know the difference between reality and BS, which is what you are fermenting.
The input signal used for step reponse analysis covers the entire bandwidth, not just a single frequency as you indicate. Obviously your degrees were obtained by mail order. Semiconductors; what do they have to do with analog waveforms? Bunch of ones and zeros, like your logic.
Thiel uses first order crossovers. You are wrong on this also. Anyone else wantto challenge this or do you still want to sit alone on that throne of nails.
I chose my system based on my ears, not on specs.
"An op-amp in 4 pole equation" has nothing to with this topic. No s$#t crossover with higher than 6 dB oer octave will cause phase shift. 4th order causes 369 degrees near the crossover point. So what?
No further comments from me; I answered Dbk's question.
I suspect you are a little kid with a desire for a nice system. Go out get a job and earn it like I did. And wipe your nose and zip up your fly.
The input signal used for step reponse analysis covers the entire bandwidth, not just a single frequency as you indicate. Obviously your degrees were obtained by mail order. Semiconductors; what do they have to do with analog waveforms? Bunch of ones and zeros, like your logic.
Thiel uses first order crossovers. You are wrong on this also. Anyone else wantto challenge this or do you still want to sit alone on that throne of nails.
I chose my system based on my ears, not on specs.
"An op-amp in 4 pole equation" has nothing to with this topic. No s$#t crossover with higher than 6 dB oer octave will cause phase shift. 4th order causes 369 degrees near the crossover point. So what?
No further comments from me; I answered Dbk's question.
I suspect you are a little kid with a desire for a nice system. Go out get a job and earn it like I did. And wipe your nose and zip up your fly.