I have built an experimental polarity swapper circuit,
for another member of the list to test.
My goal is to find out what swap frequency
produces CS with reduced electrode waste and tarnish,
without increasing production time
to more than double the the DC production time.
The experimental circuit has a selector for these numbers of
seconds per swap cycle:
4, 16, 64, 256, 1024
I'm hoping this range of choices
will demonstrate a transition
from AC to effectively DC operation.
It also allows for either two phases per cycle
(half the time outputting each polarity)
or 4 phases per cycle
(1/4 of the cycle with one polarity,
1/4 of the cycle idle,
1/4 of the cycle other polarity,
1/4 of the cycle idle),
just to find out if this option
has any measurable effect
except to lengthen the production time.
The circuit runs on any DC supply
between 5 and 15 volts
and includes 2k ohms of resistance
in series with the output.
Is there some way to post photos
and other data files (schematics and simulation files)
about this project, directly,
or must I find some place to put them on the web
and link to them?
I want to make this simple design available
to anyone who is interested in building a unit.
If the test process demonstrates
an optimal cycle time,
the selector switch
(the most expensive component)
could be eliminated,
with the optimal choice hardwired.
--
Regards,
John Popelish
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