leg pin#18 5.0 volts. amplifier off
pad pin #18 0.199 volts amplifier off and 5.6 volts in on.
when joining pin 18 and pad voltage goes up to 7.2 volts and turns on amplifier, when removing continuous amplifier bridge on and pad # 18 has 5.6 volts
pad pin #18 0.199 volts amplifier off and 5.6 volts in on.
when joining pin 18 and pad voltage goes up to 7.2 volts and turns on amplifier, when removing continuous amplifier bridge on and pad # 18 has 5.6 volts
Sorry, I did not understand question # 24, does it tell me to do the test without the positive cable + connected to the amplifier? only with negative - and remote control? the translator can be confusing, I reiterate an apology.
connected only with remote control and ground:
leg # 18 5.0 volts,
the pad # 18 0.192 volts
when bridging leg and pad the voltage drops to 0.192 volts
leg # 18 5.0 volts,
the pad # 18 0.192 volts
when bridging leg and pad the voltage drops to 0.192 volts
Set your meter to diode-check and read across C10. Reverse the leads and do it again. What are the readings?
With no power applied, test various other components in the area. What's the highest your meter will read? If it's well over .9v, remove c10 and re-check its empty pads. Bear in mind that it likely won't survive the removal.
remove c10 without problem, the voltages remain the same, what if you notice, is when I make the bridge between leg # 18 and pad # 18 the voltage has up to 23 volts for a fraction of a second and then voltage drops to 10, this change of voltages It also happens in regulators.
pad # 18 without C10 has 5.55 volts
leg #18 5.0 volts
pad # 18 without C10 has 5.55 volts
leg #18 5.0 volts
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