Hi Tim,
Yes, your analysis is correct. :)
Too low impedance in the second poles _may_ lead to lowering of system impedance above the cut off. I know it’s weird, but I’ve seen it and modelled it a few times. It is a real effect.
Whether that is what the OP is suffering from I am not sure, but the series resistors are a clue. Usually those are in place to prevent a dead short. Fortunately, the proof of this hypothesis is cheap. :) Just replace the caps with their originals and listen. If that proves to be correct, then the OP knows what to fix.
Best,
E
Yes, your analysis is correct. :)
Too low impedance in the second poles _may_ lead to lowering of system impedance above the cut off. I know it’s weird, but I’ve seen it and modelled it a few times. It is a real effect.
Whether that is what the OP is suffering from I am not sure, but the series resistors are a clue. Usually those are in place to prevent a dead short. Fortunately, the proof of this hypothesis is cheap. :) Just replace the caps with their originals and listen. If that proves to be correct, then the OP knows what to fix.
Best,
E