Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

   Apecore:
   I also tried something similar using coils or aluminum sheeting inside of the grenade tube a while back. But, adding ferrite into the core did more to raise the output.  But, the main thing is, will it allow for self running, or not? As it just might use up more current draw, instead.
  Without a ground line on the Kacher transistor emitter, I get very low output. The ground line is also connected to the grenade, so the Kacher emitter is getting some positive voltage, from the grenade, as well.

   Once you connect up the feed back circuit's PS to your device, you'll see just how low in current the output from the grenade really is. As the feed back PS hogs up most of it, and drops the voltage sometimes to where it barely can light any bulbs, while powering the feed back circuit. So, the grenades output need to be high enough to activate both the load of bulb(s), and the feed back circuit.
Not easy.
   I also tried T-1000's suggestion to connect the feed back circuit using no other load (no bulbs),  but still the device will still not self run itself, even without any other load.
   At this point I not sure which way to go from here.  Like I said, there may be something missing...

   Geo:  What's new and exciting with your device?

   Geg:  Do you have a feed back circuit on your device?
   
   

[AlienGrey]

Nick what katcher circuit are you using, it doesnt work with a single transistor oscillator because it doesn't abruptly halt the inductance 'electron' flow off ! 
AG

[NickZ]

 
   AG:
   You do not know what works and what doesn't.  There are several  circuits out now that are using a simple Kacher, which do supposeably self run. Something that you have not been able to do.
Don't just assume that you know what it takes. And keep repeating the same thing over and over.
Prove your point,  if you want to be taken seriously.
  I was really directing my reply to those that actually have built a replication. And have it on their bench. So that we can compare our results, if they are stilll interested in solving this puzzle.

[Hoppy]

   
   At this point I not sure which way to go from here.  Like I said, there may be something missing...
   

Nick,

Its that elusive fuel that's missing - techtonic currents, aetheric energy, NMR, fairy dust - take your pick. 

[apecore]

Hello,

Nice to see you tried to do experiment.

Just also for a bulb instead of connecting directly, can you attach 0.5-1mm spark gap or thyristor circuit in series to bulb?
So the capacitors would be allowed to charge up to 1kV+. And the requireremt to keep capacitors charged then half-discharged may be achieved.
What I am interested in that case is how frequently the capacitors would give charge to the load with minimal power input. If it is at least 50 times per second, the async transformer can be made and attached to the load part of circuit.

In regards to foil, Sergey Alexeew also used it and he also used winding instead of foil in his circuits. It is capacitive plate in regads to ground and is helping when air ionization happen.

Cheers!

Hi T1000,
I will do the experiment to see how often the cap will be charged, but take in mind my caps are 18uF it will take more time to charge them until the cap will spark
Maybe we can see what kind of grenade configuration will collect the highest "charging" rate?

Greetings




@Belfior,

I m sorry...  maybe later i will do the test as you proposed.. its of scope for the moment.



@AG,   

Yes the kacher sinewave ...  and yes i know the pulsing principle, but as i explained in my vid.... but that is not yet within my scope


@Nickz,

I wasn't trying for OU or selfrunner_mode.... I think this selfrunning mode (as i said before)  is only interesting to test when..................... Amps IN < Amps OUT...............
I was just replicating the test as shown in the vids, so no inductor connected etc.



To all,

In general,

As i said before in a previous post the missing link is probably within the kacher proces/ part,...  this is what i would like to examinate.
And it starts with this test as T1000 suggested.
I think we need to start from here.


Perhaps i wasn't clear enough in my last post and it maybe was not good to see in the vid..
The OUTPUT as shown from the grenade  was most highest when;

Grenade was not connected as the usual setup.......... two connection examples are used..

1- Both wires from grenade where connected together (shortcutting the grenade) to one side of the diode bridge
2- Only one wire from the grenade was connected to the diode bridge.... 



So in this test the emmitor of the kacher transistor was connected to the other side of the diode bridge.... (NO ground connection at the kacher circuit)
With GROUND connected to this side of the diode bridge and Kacher emitter.........it gave a little more OUTPUT


Even my car battery is not connected to GROUND and my O-scope probe is only picking up the antenna field

So there is no GROUND needed for this result

My explanation [A]  of this (please comment) is that the grenade is in this setup a capacitor_ coil where the dielectric field creates a current into the cap part and a standing wave is induced by the current in the coil part.

As it seems that the frequenty of the kacher signal is not significant either for shown result......but for positioning the nodes of the standingwave maybe significant
The mayor difference in OUTPUT at Bulb is the foil or coil in the grenade tube.... (connected to antenna also)
It seems that total dielectric field is getting stronger by using two "emittors"  or ......  its just that our coil capacitor needs to be in the middle of it?

Perhaps some more explanation or discussion can be added to this?

If my explanation([A] is correctly,...  the frequenty of the kacher has to comply with the standing wave part (quarter wave)
Its intensity (kacher) would have effect on the total amount of energy going into the field (current OUT)..... 

Probally need to do some more test to see if adlusting the frequenty will generate more OUTPUT at same intensity  (This is only possible to adjust the topload (antenna and/ or foil) due using more secundairy windings will also effect the kacher intensity.


After this perhaps ,....... next step could be to see as AG posted..  to interrupt the kacher signal?
Probally the same proces will take place (inside the grenade) as when its continously running.

I would suggest to see some results of this effect imn general..  it would be important to variate the strength of the inductor loops generated magnetic field.


Greetings