ENERGY AMPLIFICATION

[Dave45]

Lets say I wanted to build a buck converter, I could hook it to a 12 volt battery and hit it with 12 volts or I could hook it to this circuit and hit it with 320 volts.
Do you see it now.
A boost converter increases voltage a buck converter increases amperage.
You have to be careful how its laid out because you can get inverted voltage and inverted amperage.
There's one you can argue about  Im sure I'll catch it over that one.

[Farmhand]

Resonant charging circuits are quite common, some values need to be kept within certain limits.
The linked page shows the theory of the resonant charging circuit and all the formula needed to design one properly.

DC resonant charging circuit.
http://www.richieburnett.co.uk/dcreschg.html

The de-Q-ing diode is good but blocks all return current to the supply during low load situations and can increase the input power
by forcing power to stay in the charging circuit capacitor.

It's a very simple effect of a series inductor and a parallel capacitor which is used all the time and has no hint of OU what so ever,
the energy all comes from the supply. If I wanted to increase the applied voltage to part of a circuit with a fixed supply voltage
one option is to employ a resonant charging circuit. AC resonant charging circuits exist as well.

As far as resonance goes here is a 160 times magnification of power, there is 361 volts RMS in the tank with 3.9 Amperes of
current at a Phase angle of 42 degrees = 0.74 power factor. Input to the circuit is 14 volts at 450 mA = 6.3 Watts. The current
is sensed by scoping the voltage across a 0.1 Ohm resistor, 0.39 volts divided by 0.1 Ohms = 3.9 Amperes (blue trace)
Voltage is yellow trace of course.

361 volts x 3.9 = 1407 VA Apparent x 0.74 = 1041 Watts real power and 366 VAR.

So as far as the 1041 Watts goes if we divide 1041 Watts by 6.3 Watts we get a 165 times magnification of power,
the screen shot shows it but is it really there ? If a load is applied the 1041 Watts disappears as quick as it appears.
I can tap the tank but the output is limited to the input minus losses as is logical.

..

[Dave45]

There are a few things that make this setup different,
For one both polarity's are non inverted, take a look around find a topology laid out like this.
Two the coils are setup open ended bifilar which allows the coils to ionize on the pulse and draw on the collapse.
The two polarity's are separated which doesnt allow recombination of ions.

[Dave45]

Joule thief

[Dave45]