HA: How could a pulse cap operate in TC?

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Original poster: "father dest" <dest@xxxxxxxxxxx>

Original poster: Terry Fritz 
<<mailto:teslalist@xxxxxxxxxxxxxxxxxxxxxxx>teslalist@xxxxxxxxxxxxxxxxxxxxxxx>


> >let`s imagine i`ve calculated loses power - how could i
> convert it into overheating?
> >where did you take the values of
> >
> >"Ko = Small Capacitor Thermal Dissipation Factor ( C / Watt)"
> >http://hot-streamer.com/TeslaCoils/MMCInfo/MMCPower4.html


> 
<http://hot-streamer.com/TeslaCoils/MMCInfo/GeekCaps/GeekCaps.htm>http://hot-streamer.com/TeslaCoils/MMCInfo/GeekCaps/GeekCaps.htm
> http://hot-streamer.com/TeslaCoils/MMCInfo/GeekCaps/TestSetUp.jpg
> 
<http://hot-streamer.com/TeslaCoils/MMCInfo/GeekCaps/PowerScope.jpg>http://hot-streamer.com/TeslaCoils/MMCInfo/GeekCaps/PowerScope.jpg
> http://hot-streamer.com/TeslaCoils/MMCInfo/GeekCaps/ScopeCurrent.gif
> 
<http://hot-streamer.com/TeslaCoils/MMCInfo/GeekCaps/HVTest.jpg>http://hot-streamer.com/TeslaCoils/MMCInfo/GeekCaps/HVTest.jpg
> http://hot-streamer.com/TeslaCoils/Programs/MMCCALC2.ZIP

sorry, but i can`t see it there - i look for:
"Ko = Small Capacitor Thermal Dissipation Factor ( C / Watt)"
and see nothing. where did you take the values - from manufacturer
(exactly for 942C20P15K?), experiment, or it`s just "an assumption"?


> > >A lot of work has gone into it.  We try to make it simple
> for everyone with charts and programs.
> >
> >and where are (except those on your site) these charts and
> programs? maybe a link?
>
> 
<http://hot-streamer.com/TeslaCoils/Programs/MMCCALC2.ZIP>http://hot-streamer.com/TeslaCoils/Programs/MMCCALC2.ZIP
> http://www.classictesla.com/java/javammc/javammc.html
> 
<http://hot-streamer.com/TeslaCoils/Programs/MMCcalc2xls.zip>http://hot-streamer.com/TeslaCoils/Programs/MMCcalc2xls.zip


oh great... i was askin "maybe a link? _except those on your site_" and get 
exactly
one link... and what i see looking on that page? i see this:
"For more MMC information on MMC Construction, I recommend hot-streamer.com
by Terry Fritz"
just great, thnx ^___^

---
Your not coiling unless your blowing capacitors! Then when you get things
worked out to where the capacitors stop blowing, you start blowing 
transformers.
(c) Richard Quick 11-03-93 20:42