Kapanadze Cousin - DALLY FREE ENERGY

[cheors]

Something similar here:

https://www.youtube.com/watch?feature=player_detailpage&v=PyJNM0AhxQI&list=UUrKlfyaVr-3fHpOkWQIi1zg

and here :

https://www.youtube.com/watch?v=sG2o-ZQ2xLs&list=UUrKlfyaVr-3fHpOkWQIi1zg&feature=player_detailpage

[NickZ]

    Hoppy and All.
   Thanks for the info on your previous circuit, showing the bulb drawing 20 amps.

   There seams to be some confusion, at least for me, as Wesley also mentioned that the video using the Mazilli crt to run a drill on DC, is a nano pulcer crt. Is this correct, or not?
  But, the main question is, is an adjustable controls nano pulser really necessary for a self runner, or not.
 
  Geo mentioned that there are devices that don't use or need a separate circuit for a HV pulcer, although he doesn't show that, and says that he is using one for his self runner.

  MenofFather has circled the parts of the circuit below that adjust the duty cycle, as well as the frequency controls. Same circuit that Akula is showing, as part of his circuit. So, if this is NOT a nano pulcer, why not?
   Itsu mentioned that he built one for the Daly replication. So, what's the difference?

[itsu]

There seams to be some confusion, at least for me, as Wesley also mentioned that the video using the Mazilli crt to run a drill on DC, is a nano pulcer crt. Is this correct, or not?

No its not correct, its the same Mazzilli circuit you and i have and it does not produce nano second pulses.

But, the main question is, is an adjustable controls nano pulser really necessary for a self runner, or not.

Good question,  who knows?
 

Geo mentioned that there are devices that don't use or need a separate circuit for a HV pulcer, although he doesn't show that, and says that he is using one for his self runner.

Right, well what can i say!

MenofFather has circled the parts of the circuit below that adjust the duty cycle, as well as the frequency controls. Same circuit that Akula is showing, as part of his circuit. So, if this is NOT a nano pulcer, why not?

Its also not a nano pulser as it does not produce nano second pulses.
The TL494 can generate up till 300KHz pulses, which is something like 3uS, so far from being nS pulses.

Itsu mentioned that he built one for the Daly replication. So, what's the difference?

The difference is the circuit i used was a real nano second circuit, see the start (page 18) of this thread here:
http://www.overunity.com/12736/kapanadze-cousin-dally-free-energy/msg339181/#msg339181
It produces real nano second pulses, see this video:  https://www.youtube.com/watch?v=Na34jh1HqfQ

Regards Itsu

[itsu]

Itsu,  thank you for taking the time to do the video, and your responds.
Can you please connect a single 12v battery, instead, and see if there is any real difference in the heating of the components.And also, please connect the two incandescent bulbs that are on your bench, instead, and test it again.
Your yoke is wired very different than mine, and is possibly why you have  low light output at your bulbs. Also your small caps are very different, in comparison. Which also means that your induction coils magnetic current levels running are also very low.
 

Nick,

i was afraid you would be asking that, you want me to blow me some MOSFETs he   

Ok, same setup as yesterday (550W halogen) but now with one 12V battery shows no real difference.
Using the 2x 230V/60W bulb in parallel shows also normal behaviour.
Then upping to 24V (2x battery in series) shows only stronger voltage / brightness, still stable, no real heating up.
Then using again the 550W halogen bulbs shows this "special" mode again and heating up is faster allthough not really disastrous.

Still not sure what this special mode is introduced by, seems that the battery voltage sagging is not the cause, but we do see some
RF feedback/oscillations on the battery voltage in this special mode.

Video here:  https://www.youtube.com/watch?v=JsMmGEQCCpE&feature=youtu.be     

Hope it helps  ,  regards Itsu

[magpwr]

    Hoppy and All.
   Thanks for the info on your previous circuit, showing the bulb drawing 20 amps.

   There seams to be some confusion, at least for me, as Wesley also mentioned that the video using the Mazilli crt to run a drill on DC, is a nano pulcer crt. Is this correct, or not?
  But, the main question is, is an adjustable controls nano pulser really necessary for a self runner, or not.
 
  Geo mentioned that there are devices that don't use or need a separate circuit for a HV pulcer, although he doesn't show that, and says that he is using one for his self runner.

  MenofFather has circled the parts of the circuit below that adjust the duty cycle, as well as the frequency controls. Same circuit that Akula is showing, as part of his circuit. So, if this is NOT a nano pulcer, why not?
   Itsu mentioned that he built one for the Daly replication. So, what's the difference?

hi Nickz,

If the T1 secondary winding have got couple of turns then this circuit behave like a step up voltage booster.The end result is similar to what you have got.(Or just get a 220volts inverter to do the job)
Personally i'm not happy the way the circuit is designed using the IR2111/3.Although the voltage divider at the input of IR2111/3 needs to be calculated properly
From output of TL494 if it is one of the 2 output connected to TC4421 and TC4422  or just using 1 8 pin TC4428(One of the output is inverted but 1.5Amp as compared to TL494 around 400mA)

The another version we have seen is around 3 turns at yoke secondary.The middle of the primary is connected to the output of full-bridge rectifier which will be higher than 220volts at dc or dc ripple.

Since we don't have the the details like frequency and properly taught scope shot from shark.Although i have spotted a aluminum foil at the top of the coil which is connected to a thin wire.
We don't know what is the another coil maybe L/C setup doing in the center at the bottom of the coil about 1/4 the height of the pvc pipe.

Honestly i don't know how his device work even though i am able to understand his circuit or the more complex PLL base circuit which looks valid but none of us have any idea on the winding or L/C resonance or frequency aligning details.
It's a dead end for me.

I don't know what your findings are which may assist others whom might be still interested in Akula device.

The only thing i find interesting quite recently is the layered coil/kapanadze coil and how the winding is to be done which is worth looking into.
I had no such details back then when i was trying to replicate the low power version- SR193.