Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

Sorry to be so dumb, but I lost track what coil/winding orientation and what waveforms we are talking about.
About this schematic?

The few:
1) Short transformer briefly on peaks then collect over voltage to capacitors
2) Short transformer on peaks with much higher voltage in opposite polarity then collect over voltage to capacitor after pulse ends.
3) Have air core transformer primary coil set to resonance in series for maximum amps then inject BEMF/high voltage oscillation of opposite polarity then take out resulting shockwave into capacitor/load.
4) Have case 2) but inject high voltage electric field to high density magnetic field then grab resulting oscilating magnetic field to output coil.

Those all 4 are just to do what just N. Tesla did say about explosive discharges with stray frequency on main frequency..

[DreamThinkBuild]

Hi T-1000,

1) Short transformer briefly on peaks then collect over voltage to capacitors
2) Short transformer on peaks with much higher voltage in opposite polarity then collect over voltage to capacitor after pulse ends.
3) Have air core transformer primary coil set to resonance in series for maximum amps then inject BEMF/high voltage oscillation of opposite polarity then take out resulting shockwave into capacitor/load.
4) Have case 2) but inject high voltage electric field to high density magnetic field then grab resulting oscilating magnetic field to output coil.

That is interesting. If we go by Charles Steinmetz thoughts on electric fields with the space around the conductor holding both electromagnetic energy(high current coil, LF, pulsed at peaks) and electrostatic potential(high voltage coil, HF) is that is what is superimposed by close proximity on the output coil?

Is this right?
We have a high current low voltage source which spikes the peaks to add an electromagnetic field. Then we have a high voltage low current signal to add electrostatic potential. We capture the reflection with tuned caps. Then collect the change in gradient across the collector?

Elementary Lectures on Electric Discharges, Waves and Impulses and other Transients
Book: http://archive.org/details/elementarylectur00steirich

Theory and Calculation of Transient Electric Phenomena and Oscillations
Book: http://archive.org/details/theoryandcalcul12steigoog

[verpies]

1) Short transformer briefly on peaks then collect over voltage to capacitors

Do you mean like on the schematic below?
Are you claiming that the capacitor C1 will be charged to more than 15V and not at the expense of the energy delivered by the AC power supply ?

Also, what's the purpose of W2 ?

[T-1000]

Do you mean like on the schematic below?
Are you claiming that the capacitor C1 will be charged to more than 15V and not at the expense of the energy delivered by the AC power supply ?

Yes, up to 600 volts due self induction of coil. Just entire shorting circuit with diode bridge should be after W2.

[verpies]

Yes, up to 600 volts due self induction of coil. Just entire shorting circuit with diode bridge should be after W2.

Why?
Alas, when the switch S1 starts conducting, then the voltage across W1 is at maximum but current is at zero.
No interrupted current means no flyback pulse (...and even if there was a flyback pulse then it would be shorted out by R1 and the AC voltage source).