Kapanadze Cousin - DALLY FREE ENERGY

[scratchrobot]

See these tricks one knows what's going on

Thanks but what is this circuit for? It lights a lamp from a battery?

[Jeg]

I have no idea Why are there only two diode no resistor

Hi Tomtech
Usually two diodes connected like this, limits the incoming signal to +- 0.7V if we are talking for silicons, or at +-0.3V if schotky. When we use them like that we usually don't care about amplitude but about timing (Frequency, pulse width).

[NickZ]

  Itsu:
   Thanks for showing us how the new TL494 board works. Looks very interesting and worth checking into.
How does the output (lumins) at the 100w bulb compare to when you are not using the TL board, and going straight into your fet drivers, instead? 

   What a great deal if it would work for my set up. I would love to replace my drivers with controllable PWM/ duty cycle commercial made boards.  But, I can't just start buying them, to see which might works best. So, it helps when someone has already given it a try.
    Thanks again.

[verpies]

ok, i understand, but the problem i have is that i need to sync the Kacher on the top peak of the current (green trace) through the inductor coil (as i understand it).
But when using ANY current transformer, i mean i have tried out 3 now, but ALL show they are peaking on the top peak of the Voltage (yellow trace) across the inductor coil

When looking at the undampend current transformer output (2.6KV), or at the single turn with the 1:10 reistors, the phase between them is the same and both on top
of the voltage.

I admit,  I have not been following this struggle and I do not know exactly what circuit you are working on.

From my memory I remember that this contraption consists of 3 components: the Yoke, Grenade and "Kacher".  What is driving what?  What is the source of the feedback signal?  Is there a block diagram? 
I really don't have the time to decipher these haphazard Russian schematics that don't follow the basic diagramming conventions.

This is important, if I am to help because LC circuits (or ¼ wave resonance) can be driven at limited phase ranges only and if the PLL is driving the Grenade then it can do so only at certain phases and it is possible that the same PLL cannot drive the "Kacher" in synch with the current waveform at the same time, if the LC oscillation (or ¼ wave resonance) is to be sustained.


P.S.
The DG4102 can do everything that the TL494 can...and with a phase detector it can replace the CD4046, too.

[T-1000]

I admit,  I have not been following this struggle and I do not know exactly what circuit you are working on.

From my memory I remember that this contraption consists of 3 components: the Yoke, Grenade and "Kacher".  What is driving what?  What is the source of the feedback signal?  Is there a block diagram? 
I really don't have the time to decipher these haphazard Russian schematics that don't follow the basic diagramming conventions.

In brief: the yoke has series resonance which magnetizes grenade coil. The frequency of LC resonance in yoke matches subharmonics of standing wave resonance. The Tesla coil simulates nanosecond pulse generator and fires up high tension and high voltage RF pulse which is 1/4th - 1/3rth resonant to wavelength passing through grenade coil creating standing waves inside. The PLL takes peak of the current in the yoke and fires up the driver of Tesla coil for very brief period for EMP spike simulation.
Now for the interesting part (everyone has own oppinion about this):
The effect everyone is after - the magnetic field disruption on grenade which spikes up with EMP wave and creates power amplification on the output of grenade coil.