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MOT charging reactor PS
Original poster: "Wells Campbell by way of Terry Fritz <twftesla-at-qwest-dot-net>" <wellscampbell-at-onebox-dot-com>
Greg, Steve, all,
I am in the midst of gathering materials for a small (for now) DC coil
of the ilk that is being built by a few, and just wanted to update, and
shoot out some ideas that i have come up with...
Greg H. has been kind enough to shoot me a couple of schematics, and
I have been cobbling together schema and testing at low power with scrounged
parts. well, yesterday, I received my order of 51 diodes for a buck per,
and in a fit of excitement, immediately constructed 2 plexi "sticks"
with 5 each in series, and an arrangement with four sets of two each
in series, with brass bolts at each junction, effectively rendering four
diodes in series, with a terminal at each junction:
(terminals)
| | | | |
| | | | |
|====|>|===|===|>|===|===|>|===|===|>|===|
(diodes)
I have found that this arrangement can be used in many different circuits,
including full wave bridges, doublers, etc. I wnat mine to be very
reconfigurable.
As for the reactor, I havent gotten that far yet, but I had an idea that
might be of use, especially in light of steve's last mail: I was thinking
of taking two MOT's of matching geometries, cutting the welds, and using
the two E sections, facing each other, and with a gap, and loading on
two, three, or maybe four secondaries in series:
---------------
---------------
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||| ||| |||
||| ||| |||
||| ||| |||
||| ||| |||
||| ||| |||
---------------
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At least three MOT secondaries would fit in such an arrangement, maybe
four. I took apart a little one the other day, and it was fairly easy.
in fact, my biggest problem was that the E section basically fell apart
into sheets, I need to be careful dremelling the welds off and leave
the bead on the E side. The secondaries could be insulated with extra
material, and the gap adjustable, maybe. Just a thought at present.
Does anyone know a quick and dirty method for measuring inductance with
a multimeter?
--
Wells Campbell
wellscampbell-at-onebox-dot-com - email
(415) 430-2169 x3756 - voicemail/fax
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