HI
I have had here many good advices. So I'd like to share how I manged to fix (or at least make it live longer) my '65 P bass pickup. I'm sure that method
won't always work, and rewinding must be done. But I think it is worth of trying.
When I measured the PU closely, I noticed that the bass side coil has 140 kΩ DCR to the upper magnet. I checked more closely with a loupe, and there is rust on the magnet.
I scraped the laquer away from the boppin and the magnet, and heated the magnet a little with soldering iron to break the joint and make a small fissure between the mag and the boppin. Then I put there several times a little contact spray. And same thorough the winding hole. And let the capillarity work.
And hocuspocus: the DCR went up over 20 MΩ.
PS. Just measured the PU. My Fluke 179 DCR range is 50 MΩ. Shows "OL" (over 50 M). Must check with EE 5000 the impedance.
I have had here many good advices. So I'd like to share how I manged to fix (or at least make it live longer) my '65 P bass pickup. I'm sure that method
won't always work, and rewinding must be done. But I think it is worth of trying.
When I measured the PU closely, I noticed that the bass side coil has 140 kΩ DCR to the upper magnet. I checked more closely with a loupe, and there is rust on the magnet.
I scraped the laquer away from the boppin and the magnet, and heated the magnet a little with soldering iron to break the joint and make a small fissure between the mag and the boppin. Then I put there several times a little contact spray. And same thorough the winding hole. And let the capillarity work.
And hocuspocus: the DCR went up over 20 MΩ.
PS. Just measured the PU. My Fluke 179 DCR range is 50 MΩ. Shows "OL" (over 50 M). Must check with EE 5000 the impedance.
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