Yes that is what they are for, you would also benefit from making them larger and non-polar. You can easily get a 4.7uF or larger polypropylene to fit in that area and get rid of those crappy electrolytics. You only need one cap to replace the 2 in series.
The center tap is just the easiest Lee, either works. When you put them in the 12V legs, you have to double the value (200) to get the result I was looking for in the center tap with 100.
Yes that is what they are for, you would also benefit from making them larger and non-polar. You can easily get a 4.7uF or larger polypropylene to fit in that area and get rid of those crappy electrolytics. You only need one cap to replace the 2 in series.
We don't have DC blocking caps on the outputs of the OPAMPs in the Rev E or Rev G1 Control Boards, right? Why are these caps necessary in the PL2000? Do OPAMPs typically contain DC levels on the output, or is it just a failure mode that we are trying to prevent? Just curious.
We don't have DC blocking caps on the outputs of the OPAMPs in the Rev E or Rev G1 Control Boards, right? Why are these caps necessary in the PL2000? Do OPAMPs typically contain DC levels on the output, or is it just a failure mode that we are trying to prevent? Just curious.