Re: Come Cross Test Circuit Theory in Simulation, Over Unity Circuit

When I build it, I don't give a flying *** about your opinion of it,
or what you call a test. I see it this way. I send the schematic,
the circuit model, and from your opinion you may or may not have ran
the simulation. I was being honest about having constructed and
breadboarded this circuits, and they do work. If there were a secret
key that I have failed to give anyone who is honestly interested in
Over Unity, that was in the final stage for the plasma tube.
Bascially, you need to hit a voltage high enough to ignite a plasma in
an ionizing tube. Second, the circuit is constructed as follows:
Secondary of the final output stage, coil in parallel with secondary,
in series with a ionizing tube to replace a piece of wire in a
parallel tank circuit, connected in parallel with the coil across the
secondary. Then the transfer of energy can reach peak, and in the
circuit example that I had giving a link to, it didn't include where
the ionizing tube would be placed. Coil first, ionizing tube to
replace a piece of wire, and capacitor in parallel with the coil.

With the coil first, voltage leads, and ignites the plasma. Since the
plasma tube/ionization tube places the capacitor in parallel with the
inductor, it then should the frequency of the circuit be high enough,
will not allow the plasma to cool off or reduce it's conductivity. It
then heats up more and more sucessively with each cycle make the
plasma more and more conductive eventually resulting in a plasma so
conductive that there is no difference between it and a straight piece
of wire in the circuit between the coil and the capacitor.

Then you center your plasma tube in a magnetic field and heat sink.
And convert back to usable power 166.00$ per 20 module :
http://www.hi-z.com/
.