Kapanadze Cousin - DALLY FREE ENERGY

[PolaczekCebulaczek]

Well, still waiting for successful russian free energy device replication, served on a tray because I'm to lazy to make it by myself, however we "russians" do understand a concept of "resonant cascade" in which  we dealing with a self adjustable resonant  circuit (hard to achieve/tune )  in such circuit C and L changes to ON THE FLAY to keep up with increasing energy ( statessssssss  so it will not go out if resonance )  that is taken by resonant circuit itself on start , WESLEY can explain more in English, in fact,  he is the only man here who know this stuff.

[itsu]

Nick,

yes, here you seem to have captured the right moment that both the push pull signal (CH2 blue 15.31 Khz) and the kacher signal (CH1 yellow 847.4Khz) are stable.

The individual yellow spikes are in fact sine wave signals compressed to these spikes.
There is also some interference pattern (sine wave like signal) visual in the yellow stream and this pattern matches up with the CH2 blue 15.31Khz signal.



 
Concerning the 2th image, i don't know, it has no input (other then the 12V or so) and 1 output, so it looks more like a PWM (TL494 or 556) circuit.
This can be used as an interrupter, but then one that can be set via the pots, so not synced to some push pull signal (which is what we want).

Itsu

[AlienGrey]

   Itsu:
   I can at times get a stable signal, such as this one below. Is that the RF that you are talking about?

   Second image is Stalker's controlable Kacher circuit. Can you tell if this is an "interuptor" circuit, or not.

Nick Where is the link to Starkers article on Katcher controller ? it looks like Nalli circuit.

The green and blue are drains of TL492 mos fets, purple is inductor, yellow is Katcher or nano pulser.

note all wave forms have to be movable inc the Sine wave on the inductor with respect to others.

What the wave forms should look like (found on other thread).

[NickZ]

Nick,

yes, here you seem to have captured the right moment that both the push pull signal (CH2 blue 15.31 Khz) and the kacher signal (CH1 yellow 847.4Khz) are stable.

The individual yellow spikes are in fact sine wave signals compressed to these spikes.
There is also some interference pattern (sine wave like signal) visual in the yellow stream and this pattern matches up with the CH2 blue 15.31Khz signal.


   Itsu:
   I'm trying to make head or tails out of all this.
   Is the yellow pattern the RF signal that you had mentioned? That signal is somewhat adjustable, although not easy to achieve that kind of sync. But, more important is that there seams to be no extra gain at those points, that I can see. But, I'll look further into it. As it does seam to be something worth checking out.

   Can I use the TL494/TC4420/5200 transistor, to control that type of adjustable Kacher circuit?
As I have those components.

   AG: the second image was taken from a Stalker video, showing his controllable Kacher circuit.
But, I don't know what you mean by all waves have to be movable. I am refering to the moving image on the Kacher signal, but not the induction circuit's waves signals. Those are controllable, but are steady.
         (16) Контроллер БТГ - YouTube



 

[AlienGrey]

   AG: the second image was taken from a Stalker video, showing his controllable Kacher circuit.
But, I don't know what you mean by all waves have to be movable. I am refering to the moving image on the Kacher signal, but not the induction circuit's waves signals. Those are controllable, but are steady.
         (16) Контроллер БТГ - YouTube

The catcher pulse yellow is rock solid, it'sneed to be generated with a logic mono it's width will need to be varied and moved left to right a good way it then needs to drive a Low side high current driver TTC27321 and a FET one of the new GA Mesh devices.