Kapanadze Cousin - DALLY FREE ENERGY

[GeoFusion]

Hi Guyz,

Hmm..
Ok guyz, Look.
There is to much confusion about the waves, lengths, and synchronizations..

Befor even starting with Alexeev Sergie's which is working., should try out what i have on the bench first.
to make it easier for all to understand what it needed and what is going on.
I have shared Schematics on forum which will make you see the synchronization method.
This is but the most simple way to synchronize two circuits together mix them so that we get what we want.


In the very beginning everyone could have a amount of windings on grenade, you could follow 37.5M one if you like, Stay in range.
but it's not necessary to do as what Ruslan said, It was just his point of interest and reference to have it on 37.5M or 40M.
Same for inductors. There can exist many more but needs to be maintained in the ranges that the circuits can handle.

Synchronization,
The easy way..
this one needs to be done correctly using a any toroid or Yoke not to small otherwise it wont work (Ferrite core high Perm is better )
with X amount of windings, I have used 13T on the yoke (one of The Spiral Number )
One end of the yoke with the Turns is connected to positive strait from PSU or Battery,
the other end of the Turns from the yoke ( mediator ) will be connected to the Pushpull YOKEcore  + and + of kacher input.
All negative connections are strait connected to PSU or Battery. Push-pull circuitry will be directly connected to PSU or Battery + and -
And not after the mediator connection!
Those are the most important connections for synchronization.
HF HV ( Radiant energy ) will eventually make the circuits very sensitive to the touch or placing hands near the device.
But this will allow you to see the gain and the effect and then Tuning can commence right after to get the right spots.
After this is the norm, all other circuits can be understood how or where the connections are and why it can or cannot.

This was one of my latest, was not yet released on forum
90% close to completion

https://www.youtube.com/watch?v=cYE1Ne0t6pA

This might raise some questions for sure..

P.S.
I will say, most circuits will work,
One thing I figured out was even a capacitor or resistor on the boards, Just 1 component only,
can interfere the entire process of the Synchronization. Just Food for thought.
That is the reason why I say to start on Simple first.


                  Cheerz~

[AlienGrey]

I think kacher don't resonante on coil length in full or half wave etc.
It is the combination of coil induction and capacatity  (coil capacitive and the capacity of the connected items at the top)
Thats why the frequentie drops when the top of the tesla coil is connected to the ferrite and to the antenna coil.
Getting the frequenty higher is by reducing the inductance (shortening the secundairy coil)

Nick, thanks for the recommendations about the grounding and the damage HV can do.
I did run my push pull yesterday already,.... of course with grounding.
i see on the scope the kacher wave moving on the push pull frequentie (25kHz)
I will post some pictures of it later.
I think kacher don't resonante on coil length in full or half wave etc.
It is the combination of coil induction and capacatity  (coil capacitive and the capacity of the connected items at the top)
Thats why the frequentie drops when the top of the tesla coil is connected to the ferrite and to the antenna coil.
Getting the frequenty higher is by reducing the inductance (shortening the secundairy coil)

Nick, thanks for the recommendations about the grounding and the damage HV can do.
I did run my push pull yesterday already,.... of course with grounding.
i see on the scope the kacher wave moving on the pushpull frequentie (25kHz)
I will post some pictures of it later.

So if that is true, would you mind telling me what you are tuning ??, I myself am of the opinion that, that statement is flawed!

regards AG

[apecore]

So if that is true, would you mind telling me what you are tuning ??, I myself am of the opinion that, that statement is flawed!

regards AG

AG,
Your right.....mostly i try to describe the things i see
In this case i see that my tesla coil (not connected) resonates at 2Mhz.
As i connect the ferrite and the antenna the freqienty drops.
To come to the desired grenade resonance of 1.25Mhz i need to shortn my tesla coil length... to ensure it generates in connected state at 1.25Mhz.

Regards

[AlienGrey]

AG,
Your right.....mostly i try to describe the things i see
In this case i see that my tesla coil (not connected) resonates at 2Mhz.
As i connect the ferrite and the antenna the freqienty drops.
To come to the desired grenade resonance of 1.25Mhz i need to shortn my tesla coil length... to ensure it generates in connected state at 1.25Mhz.

Regards

you could double the length for more EHT I suppose.

regards AG

[NickZ]

  Wow, lots of ideas. But, where are the replications to prove a point of view, or what you've observed,  that works?
   
   Concerning tuning, it's not enough just to make the Kacher's output (30w input, or so) add to the brightness of the bulb(s).
We've seen that done by several guys now, and it still not not even OU, and much less self running. 
  We've even seen guys tune their devices right to what is supposed to be the exact right frequencies, and nothing, no added gain.  So, what's up with that???
  I've been waiting for Geo or any one else, for that matter, to get their rid running and show us how all that syncronization, from the mediator, PLL phase lock, and all those various other controls can produce a self runner.  That's what is needed.
  But so far,  no cigar.

  I'm still working on the premise that those things mentioned above are not absolutely needed. As Roma has shown, on his last video.  Still,  the proof is in the pudding...

   apecore: As far as which schematic to follow, that's up to you.  For now I'm going with the 168 turns coil being isolated from the yoke. And the 28t yoke secondary coil going just to a full bridge, cap(s), and back to the Kacher circuit's input.
So, the Kacher is being powered by the yoke secondary coil. Later, I'll connect the 24v, 10A PS to the 168t coil, for self running.
  The yoke's primary only going to the 0.47uf WIMA capacitor, and the grenade inductor coil and outside earth ground.
  That is the way I have it set up, for now.
  I've ordered the MUR460 or MUR1560 diodes for building a new the full bridge rectifier, as the IN5408 diodes just can handle the amps, but I won't have them until next week,  if they do come in.

  AG:  No, not pissed off. Well maybe just a little at myself, for not being able to get the all the needed components.
But, I won't let that slow me down for long.  I've been at this for over two years now.  But, I never expected it to be this difficult.
     I'm glad that apecore is with us and doing a great job, so far.  Now  he'll be getting into the tricky part, dealing with the HV onto the induction circuit. I hope that he always connects his ground. And also grounds anything that sparks, or streams.
   Streamer,  nothing but a streamer. Oh no...