Kapanadze Cousin - DALLY FREE ENERGY

[itsu]

Nick,

https://www.youtube.com/watch?v=Z4UYBrmh_OA

https://www.youtube.com/watch?v=Zs2r5VI8FH4


Look in this thread around 4 March 2016 for a discussion on this feedback pulsing.

Itsu

[NickZ]

   Thanks, Itsu:
   Very interesting results. It only took me a couple of years to catch up with where you were at back then.
Too bad further testing stopped at that point, without really knowing what to do about this pulsing??? Maybe nothing?
   Anyways, it looks like this type of pulsing is due to the feed back PS, and there may not be anything that can be done about it.
The problem now is that I can't get any interaction from the Kacher when the feed back circuit is also on. 
So... without the Kacher circuit being able to do it's job,  there are no disruptive impulses to act on the induction circuits.
And therefore, NO chance of the device self running.
   Any ideas are welcome...

[itsu]

Nick,

here the post from Dog-One who i think describes what is happening:
http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg476355/#msg476355

For a brief moment when the internal caps in the power supply are charged and all the internal voltage thresholds are met, the power supply likely does provide the driving power to your system. 
Why it does this is because when your battery is under load, it probably is not sitting at 24 volts--more like 22.5 volts or something close. 
When the power supply activates, it has the full regulated 24 volts and since this 24 volts exceeds the 22.5 volts of the battery, it takes over. 
It can't do it very long though because the internal caps in the power supply deplete rapidly and the power supply shuts down--simply not enough input current to keep the voltage levels above threshold.

Not sure what to do about it, perhaps lower the voltage of the PS to below the loaded battery voltage (< 22.5V).

Itsu

[T-1000]

Hi all,

Nick, in case of PS on looping, you can try to attach it without load and see if you can get its internal cooler running. If it also shuts down there is not enough power from grenade to keep it running and the voltage drops on PS input to outside of minimal range.
I also had same test in the lab as well and seen this behavior.

In addition, - other circuits do not use grenade output directly to the load and let capacitor to charge into high voltage range instead. Then taking off partial cap charge via step down single transistor+transformer to the load. Which may be something important everyone is missing in the process...

Cheers!

[NickZ]

  Itsu:
  Dropping the input voltages to 22v, or less, only lowers the frequency of the pulsing. But, the pulsing is still there.
  Removing the protection diode does not change the pulsing, either. And, I'm afraid to run the device without any additional protection diodes. But, I may have to do that, in order to regain my Kacher to grenande sync. Which I've lost when connecting up the feed back path.
   T-1000:
   The feed back circuit does run stronger when the load bulb is removed, of course. But, it will not self run the device, even then.
   The pulsing will have to remain for now, while I try to regain back my Kacher to grenade sync, if possible. As the feed back circuit operation, throws it out of the ballpark.

   I don't remember anyone finding a solution to this pulsing issue, back in 2014, nor even now.
   Thanks for the help and information, guys.