ENERGY AMPLIFICATION

[forest]

Because Tito is silent I think I posted proper explanation. yes, Ossie circuit and yes, first Tito schematic posted on ou.com back in 2008 year.And yes - it is magnacoaster setup minus magnets. Combining what Tito and Richard Willis explained I can say : make a discharge into a coil system then it bounces internally and comes out as a higher frequency higher amperage = higher power, or explaining from other point = dead batteries looks like fully charged all the time it is running and inverters are happy to take some juice.
Working on it, but I have a few more complex circuits to finish (and I'm slow). Will let you know later. Grumpy mechanical interrupter is the bad-ass problem  and all those resonances need to match which is not easy too....

[forest]

Batteries can explode but you can use big capacitors  Now I'm wondering how to protect capacitors from overcharge and explosion 
Imagine big capacitor = snowball. got it ? =  the more you discharge it the bigger snowball it become  this is the first kind of ou secrets
do you want to hear others ? 

[the_big_m_in_ok]

Lee, the above patent lays out most implicitly that the N=windings would be the same on each stage of the toroids. BUT WHY???

The first paragraph of the patent should have indicated that the device was invented for "pulse compression", evidently of signals in a power supply.  It wasn't designed as a set-up transformer.

What would happen if you doubled n=windings on each consecutive stage? Would this not only double the voltage and also current in each stage? I don't have the resources to try. Anyone want to give it a try?   

To make this a step-up transformer one needs a primary coil to allow voltage transformation.  TV flyback CRT transformers are often built with a series of secondary coils that're connected by diodes.  They do actually need a primary coil to start the thing to step-up voltage.
        Other than that, you have a point:  Successive stages should step up voltage if the primaries are paralleled and the secondaries are wired in series.  More individual transformers in series will spread out the volts/coil turn ratio and so reduce insulation stress from heat.

--Lee

[the_big_m_in_ok]

Batteries can explode but you can use big capacitors  Now I'm wondering how to protect capacitors from overcharge and explosion 
Imagine big capacitor = snowball. got it ? =  the more you discharge it the bigger snowball it become ...

You might use one or more Zener diodes deliberately set to offload voltage at a predetermined level?  Maybe bleed-off resistors?  Or both in series?

--Lee

[Goat]

Batteries can explode but you can use big capacitors  Now I'm wondering how to protect capacitors from overcharge and explosion 
Imagine big capacitor = snowball. got it ? =  the more you discharge it the bigger snowball it become  this is the first kind of ou secrets
do you want to hear others ? 

@ Forest

I was reading a post somewhere that talked about "Pulse voltage generators" but can't find it right now but the capacitors are charged in series and are protected from overloading using spark gaps which place the capacitor bank in series...maybe it's what you're looking for:

From http://encyclopedia2.thefreedictionary.com/Pulse+Engineering,+High-Voltage

Regards,
Paul