ENERGY AMPLIFICATION

[Dave45]

Look at the two coils this is a buck boost system the diode determines the direction of current and electron flow, it is placed on the backside of the coil as to not dampen the oscillation between the two inductors.
The left coil gets hit with a pos pulse its return is neg and pulses the right coil the right coil gives back a pos return, they set up an oscillation between each other. Its like a swing with a person on each side pushing at just the right time, the ionized fields provide the energy needed.
Bring the two coils into resonance with each other- timing- one hit one return.

[Dave45]

There should not be a diode anywhere between the two inductors.
A voltage regulator can be used to keep the cap in check on the left side of the circuit where the diode is, the circuit app im using doesn't allow me to show it.

[Dave45]

The same circuit just layed out in a more recognizable form.

[Dave45]

If a feedback winding was used to trigger the transistor you could possibly get into a runaway situation.
If you build two inductors that resonate at the same frequency they are going to resonate with each other.
You can raise the voltage in the system by using smaller wire in the right inductor but not too small because you are limiting current and the two inductors must still resonate at the same frequency.

[leonelogb]

If a feedback winding was used to trigger the transistor you could possibly get into a runaway situation.
If you build two inductors that resonate at the same frequency they are going to resonate with each other.
You can raise the voltage in the system by using smaller wire in the right inductor but not too small because you are limiting current and the two inductors must still resonate at the same frequency.

I like those words  ;D;D;D  That is what we looking for run away from ppl bill

I am thinking of making a book with your words and diagrams that you are teaching us. Thanks