ENERGY AMPLIFICATION

[forest]

Ok,time to compute something.

1. Technic of energy amplification to use : capacitor discharge.
Main problem : how to charge faster then discharge rate ?


2. Some crude math 
2200W = 2200 J/s  (or 528000J per 4 minutes)

I assume 230V 50Hz current, that means 50 cycles or 100 impulses per second (one positive and one negative per cycle). It gives 22J per impulse. Huge.
To impulse the same using a capacitor  250V rated  we have to choose:
E=0.5*C*U^2 (energy in cap) -> C=2*(E/U^2)=2*(22J/250V^2)=704uF
Huge.Ugly.

But...what if we could rise rate of impulses to 22khz ? That means 22000 impulses per second.
2200J/22000=0.1J per impulse

C=2*(0.1J/250V^2)=3.2uF.

Still a lot but here I made assumption :
Energy in capacitors is the same if those (!)  capacitors are connected in series or in parallel.
Is that true ? I don't know, but it sounds good.

So we could take 4  1uF/400V capacitors and charge them in series, then discharge at parallel at rate >= 22khz.

In series those capacitors would form 0.25uF capacitor rated at 1600V.

From above I conclude that if we could charge 0.25uF capacitor to 1000V or above at the rate 220khz or more (500khz for example) then such amplification would be possible.


Questions :
How to charge those capacitors at the rate >220khz ?
What is better to discharge them ? A rotary spark gap at 1000V when connected in series or a mosfet at 250V when connected in  parallel ?

[forest]

Some thoughts :
Discharging when connected in series using spark gap, I expect oscillation happen so the rate may be lowered many times IMHO. Also the output current may be safe cold electricity.The other problem is impedance : if output current would be of very high frequency oscillations then would electric kettle work with it ?

[forest]

Continuation :

when discharging in parallel 3 mosfets are needed plus one for discharging process actually.

[Tito L. Oracion]

Hey Mr.mag Don't mind my ass it's mine! you mind yours that's yours! 





see the picture below there is a more better solution to this.

[forest]

Hey Mr.mag Don't mind my ass it's mine! you mind yours that's yours! 





see the picture below there is a more better solution to this.

Here is the question. Are those diodes required to charge capacitor from bemf ? Tesla didn't have diodes.Hmm... Bedini is using one diode only. Strange.