The truth is in your own answer.


Impedance decreases with voltage.


Power = V/R


Think about this for a moment.


At what voltage does resistance through (any) matter
Approach 0?


Is the power available at these high voltages equal to the voltage itself?
Or are we talking about redefining our power equations?

Quote from: citfta on December 17, 2017, 07:50:44 PM
That statement I highlighted is absolutely wrong.  Anyone with the most basic understanding of electronics can see the error of that statement.  What you are saying is the amount of water in a glass has nothing to do with the amount of water that ran from the faucet.

I think what he is saying is that he has chosen to fill the glass with a small faucet, but massive pressure. It will fill up in the same time as using almost zero pressure and one drop from from a massive faucet.

Size of the glass does not change. Amount of charge is the same. But I would also like to see a video of his system

Quote from: Belfior on December 18, 2017, 08:08:17 AM
I think what he is saying is that he has chosen to fill the glass with a small faucet, but massive pressure. It will fill up in the same time as using almost zero pressure and one drop from from a massive faucet.

Size of the glass does not change. Amount of charge is the same. But I would also like to see a video of his system

This is a good analogy. In this example the size of the faucet
is like the voltage, the flow rate is the current.
And the "power" is the water that ends up in the glass.


The important thing to note is the 'energy' used to pressurize
the small faucet. Now I also will point out that we expend this great energy
so we can transport the water over long distances and has little to do with the
energy required to fill the glass.

so we create a massive tension with low amps and with like a flyback. Then put that into a primary that resonates with secondary. There is the 'extra' you are looking for. Rectify into a cap = win

Only issue is how to decouple that cap and the load behind it from disturbing the resonance

I think the spark gap handles that part for us