"We tried to slow the capacitors down using a balanced copper IC, and indeed, this reduced the digitalizing effect we were hearing and because slower, created a better balance between low and high frequencies, but it thickened the bass and seemed to eliminate the superior micro-detail retrieval we valued before."
I'm not sure why you would want to "slow down" the capacitors. From what I've always read, the best capacitor is no capacitor. Can a capacitor be too fast? I would think that the faster the better as the cap is doing what it is supposed to do while allowing the signal to pass with minimal interference. I'm speaking here from a Layman's point of view.
I'm not sure why you would want to "slow down" the capacitors. From what I've always read, the best capacitor is no capacitor. Can a capacitor be too fast? I would think that the faster the better as the cap is doing what it is supposed to do while allowing the signal to pass with minimal interference. I'm speaking here from a Layman's point of view.