Normal
So I started making a capacitor list this past weekend. Very strange I got 2 capacitors that the uF values are bigger than indicated on the schematic. I then went with a magnifying glass through the circuit and wrote down the actual values that is on each cap to be replaced. Everything afterwards was verified correct and matching the schematic except those two. I am now between 2 worlds. Must I go with the schematic's values or the physical cap's values. My gut tells me go with the caps actual values as all the caps are original from the factory.Very strange also is I found a couple of caps that they seemingly just grabbed what was available voltage wise an used it. schematic for example indicates 6.3v but I found couple with 10v and even 25v. Yes, I know uF must rather be same but V can be same or a little more than indicated. Just strange that even at the factory they just used what they could find.
So I started making a capacitor list this past weekend. Very strange I got 2 capacitors that the uF values are bigger than indicated on the schematic. I then went with a magnifying glass through the circuit and wrote down the actual values that is on each cap to be replaced. Everything afterwards was verified correct and matching the schematic except those two. I am now between 2 worlds. Must I go with the schematic's values or the physical cap's values. My gut tells me go with the caps actual values as all the caps are original from the factory.
Very strange also is I found a couple of caps that they seemingly just grabbed what was available voltage wise an used it. schematic for example indicates 6.3v but I found couple with 10v and even 25v. Yes, I know uF must rather be same but V can be same or a little more than indicated. Just strange that even at the factory they just used what they could find.
