Kapanadze Cousin - DALLY FREE ENERGY

[apecore]

I made some measurements on the inductor coil, see screenshot 1 and the grenade output, see screenshot 2


Screenshot 1 shows a nice sine wave from the series LC resonance across the coil with a slight hickup on tops and bottoms.
This is probably due to the push pull square wave driving it.
I put the nano-pulse exactly on top of this top hickup, and then there is some interaction going on, like
a slight flickering of the 40W bulb connected to the grenade (via a bridge rectifier) and the input current is also fluctuating.

By the way, all is being driven from one 24V battery stack (5/6A)

Screenshot 2 shows a not so nice squarisch ringing signal.   
Not sure where that squarisch comes from as it should mostly get its input inductively from the inductor coil which as we see has a nice sine wave.
I measure on the input sides (AC side) of the FWBR.
The superimposed ringing (500/600KHz) probably is the grenades own self resonance or subharmonic as it is there with or without the nano-pulser active.
I still have the 28 turn secondary from the yoke connected in series with the grenade/FWBR.

No grounds are used other then the HV probe ground.

Itsu

Hello Guys,

I will make a summarising document where all test resuts and attemps will be listed.
Even the coil setup, system configuration and sync method will be described.
We can all refer to this document so we keep on track. ( i see there is discussion about coil configuration,...we have information about sync approach,... and more what will be usefull to put in one document.

See it as a project approach document,..  i will post it tomorrow and hope we can use it as a tracking document.

Goodnight 

[verpies]

Screenshot 1 shows a nice sine wave from the series LC resonance across the coil with a slight hickup on tops and bottoms.
This is probably due to the push pull square wave driving it.

I think so, too.

Screenshot 2 shows a not so nice squarish ringing signal.   
Not sure where that squarish comes from as it should mostly get its input inductively from the inductor coil which as we see has a nice sine wave.

But coils are current devices.  Transformer's induction works via varying magnetic flux.  Flux is proportional to current.  Voltage does not make magnetic flux - in other words: flux does not track voltage, flux tracks current.
Put a CSR or a current probe on the "inductor coil's" terminal and it will become clear.

[NickZ]

  Verpies:
  So, as you were worried about me...
  I've been cross-theading my brain lately. Trying to figure out the best easiest way to obtain the "effect".  As usual...
  So, I've been in Exciter/Kacher building mode, to see if I can put together a circuit on a bread board, that has some guts to it.
What I'm hung on now is,  not having the right recommended transistor, the 2SC5200.  I'm currently using the 2SC5251 transistor, but it's working very weakly. Much less gain from it, than my previous 1500v, 8A horizontal deflection Tv transistor, which ran my Kacher for several months.
   As my idea with the Kacher, is to ultimately feed it with HV, from the induction circuit, once rectified, like with something like 1000v volts, or so. If doable.

   So, for now that's what I'm up to, building up several Kacher/Exciter circuits that have some balls to them.  Excuse my French.
   I like those wide white streamers shown in the video of Geo's rig. So, I'm working on doing the same...
   
   I don't skip a beat of what's going on in the forum. Even if I don't post, don't think that I'm not on. 
I've just been keeping my hands busy building circuits.
   
   I've also been watching for Geo and Itsu's results. 
While I'm still focusing on the Ruslan type of replications. 
As the Akula/Ruslan devices looks to give the best bang for the buck, and as Ruslan has provided at least some of the needed info to replicate it.  Unlike,  some of the other secret self running devices out there.

   

[itsu]

Found these Ruslan/Dally hybrid video's, one translated by Stivep (thanks), here it shows the shortend coax to be between the Grenades 1,2 layer and the inductor.
I understand there also could/should be a parallel LC circuit which has no further connections somewhere underneath, probably as a first layer.
Dally also had such a parallel LC circuit.

https://www.youtube.com/watch?v=WmTFNlpruHM

https://www.youtube.com/watch?v=E6PnSkHuFQw

Guess i have to imbed the coax coil inbetween the Grenade/inductor.

Itsu

[NickZ]

  I was finally able to get a hold of some 2SC5200 transistors for the Kacher driver circuit.  Now, we'll see what happens once the right transistor is installed on a small breadboard, which I've already built up for the new Kacher circuit.
  To the bench...