ENERGY AMPLIFICATION

[forest]

@forest

I agree with you that it seems far fetched but you just don't understand the circuit. Think of it like you are playing with a Slinky toy. Every time the slinky wave reaches the top most part of the curve, it turns a fan.

An inductor will discharge when disconnected, a capacitor will discharge when connected.

I really don't have time to get into a heavy duty discussion of this, because I am trying to focus on a few main things right now, but I would recommend you look at the following annimation I made some time ago and read the post just above it by @allcanadian.

http://www.overunity.com/index.php?topic=3972.msg80110#msg80110

When Tesla made that Ozone Patent, the production of ozone was just an excuse. In the patent, he only put a few lines regarding ozone itself, not even any normal mention of pounds or grams per hour production that anyone with an ozone invention would be eager to explain. So you can understand he did not really care what the device was producing. That capacitor was charging and discharging very fast. Ultimately you will get to a point were the only real thing holding back any major advancement in such pulsing schemes will be the pulsing medium used, and how long it will last. I have found that although mosfets are convenient and they will last long enough if you stay away from the resonance frequency (otherwise they toast) another fun method to play around with this is using a solenoid coil with a reed switch inside. I explain some of that here;
http://www.overunity.com/index.php?topic=3972.msg129703#msg129703

But anyways, maybe I should not have said anything for the risk of steering you in a wrong path. I am sorry about that. One thing though. I will be redoing this scheme soon. I recently purchased two rather large high voltage transformers and will be driving them this way so when I get to it, I will post for sure on the forum. The idea will be to do it bigger but slower so I stay away from the destructive resonance point.

I now know what you mean, I think.Wondeful! Did you resolved how to get output from transformer without disrupting this process ?
Maybe arrangement of elements should be changed to get radiant energy effect on transformer ?

I will tell you how in my opinion that radiant effect is produced. On a peak of DC impulse sent into transformer/coil ,magnetic field is collapsing and changing direction.In correct moment another DC pulse should be generated on transformer/coil  a little bit stronger that collapsing one.  In small amount of time those two fields look like a hollow sphere sound source because the collapsing field and increasing field nullify each other effects except small area far from the source (coil) when second impulse was stronger then collapsing one.

[Tito L. Oracion]

Hi everyone good day 

by adding carbon fusion technology, we can eliminate some transformers and still powerful. 


ozone patent is the best, by making some editing in the circuit you can make a cool device. 

[forest]

Tito

Do you mean that we should add something to primary or rather secondary ?

I will tell you what I think. If discharge circuit in Tesla ozone patent is working in resonant frequency (make& break done with correct timing to allow that) then because circuit here is parallel resonant LC circuit it has infinite impedance and is basically an open circuit for power source. So there is no consumption of power during disruptive discharge of capacitor. In the same moment however there is series LC circuit : high self-induction coil and distributive capacitance of line.That is charging circuit. This circuit has to be also in resonance to maximize voltage/power stored in magnetic field and minimize time of storage. I don't know how that relates to impedance (still didn't learned much about series resonant circuits). Anyway - it's obvious that make&break must be done at the resonance with both circuits (maybe at resonant frequency of charging circuit and higher harmonic of discharge circuit)

Two interesting points :
1. In LC parallel resonant circuit , when impedance is infinite - can we still add energy to such circuit by interrupting it at higher harmonic frequency and charging from fast inductive discharge from charging circuit ? Would be WONDERFUL ! because applied impulses will be accumulated...
2. Maybe we can add another capacitor , this time to the charging circuit in such way that we effectively make a parallel resonant circuit along with series resonant circuit  AT THE SAME FREQUENCY. We would get a charging circuit which is storing energy but which impedance is fast rising and power source do not add much energy - no need to short-circuit with a lot of drained amps from power source to charge high self-induction coil!

[Tito L. Oracion]

Tito

Do you mean that we should add something to primary or rather secondary ?

actually i'm adding primary to secondary to convert small kick into big kick! 

[forest]

actually i'm adding primary to secondary to convert small kick into big kick! 

I thought about this for a long time but I dismissed it because I thought it would damage capacitor.
Look at the picture. I've done variation of it with car coil which is flyback but in my case secondary was not connected back to the circuit.I wonder if that could be done using a carbon resistor from HV back to capacitor.Never checked such circuit however.