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Author Topic: Water Capacitor... Preventing Water Short..  (Read 3861 times)

Offline HeuristicObfuscation

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Water Capacitor... Preventing Water Short..
« on: December 30, 2013, 01:10:30 AM »
WFC must see...Preventing water Short.....

So I was puzzled by the fact that Stan mentioned the following. "Voltage potential Across exciter-array can exceed 20,000volts".
Yet according to the secondary winding on the transformer its only 600 turns with input primary of 12v.
Then i kept reading and had to read twice the following quote." During resonant interaction a step charging voltage effect is applied to the exiter array. This causes a voltage potential increase in a progresive function".

The Water capacitor is not allowed to discharge because of the Diode. This in turn allows capacitor to increase in voltage potential. But if current is allowed to flow in the capacitor then voltage will drop exponentially [dead short]. this is were stans Meyer "resonant charging choke" comes in handy it prevents current flow in the cell allowing voltage to intensify.

What do you think?
Is the following accurate?

#1 The above explains why not all Stans Meyers VIC circuits have a transformer.
#2 Water capacitor is what creates the high voltage becouse of voltage step charging effect.
#3 Inductors act like current chokes limiting current flow acrros capacitor array.
#4 This allows high voltage Electrostatic force acumulation in capacitor. Straining the water bond.
#5 Efficiency in vic is produced at resonance between inductor and cap this explains the wiper arm
in vic inductor.

This was the original Water Capacitor video i posted.

This was the follow up video with more info and better experiments.

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