@likkelgerry- Apparently: I wasn’t clear enough, when answering the question you posted (on 6/22).
NOTHING in my answer has ANYTHING TO DO, with the problem you’ve experienced. (specifically why I stated, "just FYI/fun facts")
Any PROPERLY FUNCTIONING nonpolar/bipolar capacitor, will act the same way, when presented with DC.
Once they charge in the direction of the DC current’s flow, they BLOCK any further DC, which (when used as coupling caps) is their intended purpose.
What I suggested would not damage ANYTHING bigger than the typical tweeter, OR: I wouldn’t have suggested such.
Obviously: my use of the word, "POP" triggered something.
btw: I still stand by my first post to this thread (on 6/10).
IF your crossovers were truly functioning properly (everything sounded as it should), when correctly connected to ONE amp, all of those crossovers’ internal components were fine, to start with.
"...my wife is going crazy."
I’ll bet!
NOTHING in my answer has ANYTHING TO DO, with the problem you’ve experienced. (specifically why I stated, "just FYI/fun facts")
Any PROPERLY FUNCTIONING nonpolar/bipolar capacitor, will act the same way, when presented with DC.
Once they charge in the direction of the DC current’s flow, they BLOCK any further DC, which (when used as coupling caps) is their intended purpose.
What I suggested would not damage ANYTHING bigger than the typical tweeter, OR: I wouldn’t have suggested such.
Obviously: my use of the word, "POP" triggered something.
btw: I still stand by my first post to this thread (on 6/10).
IF your crossovers were truly functioning properly (everything sounded as it should), when correctly connected to ONE amp, all of those crossovers’ internal components were fine, to start with.
"...my wife is going crazy."
I’ll bet!