Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Itsu:
  In order for me to order all the parts to replicate your push-pull circuit, is this schematic of your circuit (below) the one that I should follow?  Are there any new or more current changes or improvements to this diagram, below?
 
   I will obtain a couple of the TL 494 commercial boards, like you bought previously, and connect one up to the ucc3732 drivers, and IRFP260N fets. Still don't know what exact snubber circuit to use, though. Any suggestions?
 

[itsu]

Nick,

well, the best improvement to this diagram is what i use now which is the loss-less clamp design from verpies.

But if you want to stick to this setup were you need snubbers to handle the spikes / oscillations, then you best go back to the below linked post and follow that diagram there.
For the snubbers used, please use the mentioned website there to calculate the RC values for your specific situation:
http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg474073/#msg474073

For the drain/source TVS's, you might use somewhat higher valued ones, like 60 or 70V


Regards Itsu

[T-1000]

Hi all,

In addition to my morning's post, akula told his tuning secret in https://yadi.sk/d/55Ekt9OkpY3tP on January 2013 in recording. Same as I already posted this morning. And same as with Ruslan teamspeak recording I posted not long ago. So.. here it goes for the experiment

[Void]

Hi all,
In addition to my morning's post, akula told his tuning secret in https://yadi.sk/d/55Ekt9OkpY3tP on January 2013 in recording. Same as I already posted this morning. And same as with Ruslan teamspeak recording I posted not long ago. So.. here it goes for the experiment

Good luck!

[skywalker66]

...
This phenomena appears to me to be a case of reactive power amplification.  You have an idle condition where voltage and current is 90 degrees out of phase and you introduce an external high voltage source that is in-phase with the current.  This creates a condition where you now have real power that can be extracted.  Somehow the external voltage source is mixing with the available current in the tank circuit.  I think two things must be happening here.  We are getting electrostatic induction into the grenade coil from the external high voltage source AND we are getting magnetic induction into the external high voltage coil from the induction heater coil.  Both are happening simultaneously.

How can this work?

Two circuits:
   1st inductive -- voltage leading current
   2nd capacitive -- current leading voltage

When brought together and mixed in the grenade coil, the phase mis-alignment of each circuit is compensated by the other, creating two conditions of real power, one which we draw out to power the load and the other compensated by equalizing to earth ground.  Each circuit only "feels" its reactive component as would happen in any properly tuned tank circuit.  When mixed though, there is real power to be extracted since two conditions exist where voltage and current are in-phase.

I've thought many hours about this and see no other way this could work.  It's just a matter of getting each circuit tuned with the common mixing point (grenade or Dally coil).  We should be able to attack each circuit with its partner shut down and observe the proper wave forms and phase alignment.  Then we turn on both circuits; magic happens.

Very good mr.  Dog1 !
You get closer and closer. 
I'm happy to see someone start to see the light.