Mejames: There's no point in Stehno answering the questions now. Bombay has already shown that ALL forms of line conditioning that achieve both audible and measurable results alter bandwidth in some way, shape or form. That's why i wanted to ask Stehno a series of questions. With his own responses, he would have realized that the goals that he mentioned could only be met with the ideas / designs that he was critical of.
Bombay: Your explanation basically sums up the situation. I just wanted Stehno to do his own homework. Not only would he have seen how contradictory his own statements were, he would have helped educate others in the process.
Nighthawk: It's quite possible to limit bandwidth without limiting transient response. The key to doing this would be to pick the proper hinge frequency and slope. Once these parameters were chosen, you would have to select individual components that could easily pass the desired amount of energy. For optimum performance, you would have to look at how much energy was needed in both a steady state draw and on a dynamic basis. By using "heavy duty" components that will easily pass the necessary power, series resistance is minimized and thermal losses are reduced. Sean
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Bombay: Your explanation basically sums up the situation. I just wanted Stehno to do his own homework. Not only would he have seen how contradictory his own statements were, he would have helped educate others in the process.
Nighthawk: It's quite possible to limit bandwidth without limiting transient response. The key to doing this would be to pick the proper hinge frequency and slope. Once these parameters were chosen, you would have to select individual components that could easily pass the desired amount of energy. For optimum performance, you would have to look at how much energy was needed in both a steady state draw and on a dynamic basis. By using "heavy duty" components that will easily pass the necessary power, series resistance is minimized and thermal losses are reduced. Sean
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