one more thin, c371 right next to the relay was bad, its original value was 22uf at 200
volts, I replaced it with a 47uf at 250 volts, but its getting very hot, do I need to use
the original value?
volts, I replaced it with a 47uf at 250 volts, but its getting very hot, do I need to use
the original value?
I can't see the designations but if it's the cap against the PS driver board, it should not get hot, unless the amp is driven to full output for a long time. If you have significant high-frequency at that point, you likely have either bad caps further back or shorted inductors, assuming that the amp is oscillating at or near the correct frequency (80kHz?).
Yes. If I'm not mistaken, it's connected directly across the positive and negative output lines just before the relay.
I replaced the capacitor with a exact value, but now when the amp is power on
My power supply amp meter start to oscillating between 4 and 7 amps, but not
Power On. I measured the capacitor c371 for frequency and find out it have about 10hz
Ac or dc, 10 volts dc and 1,9 volts ac no RCA jacks connected.
My power supply amp meter start to oscillating between 4 and 7 amps, but not
Power On. I measured the capacitor c371 for frequency and find out it have about 10hz
Ac or dc, 10 volts dc and 1,9 volts ac no RCA jacks connected.
If you let it try to power up a few times, does one group of outputs heat up more quickly than the rest?
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