Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

hi for all

my opinion is this system good nothing to do disassebly it (if work)! forth and back, smaller forth and back and again smaller forth and back, need for amlifycation, maybe is possible make half like this : 24+24+12+12+6+6 but will change frequency, now is question what is easier make same like original and put step down transformer or make new type device for 110VAC!?

regards zcsaba77

hi zcsaba77,NickZ,

I do have a different opinion for suggestion to demystify earlier one off Akula earlier device to save time.

There was this video couple of months back which i have seen about heating a spanner inside a coil/induction coil using low power <6Amp from 12 or 24v battery i think.

The reason why i am suggesting focusing on "primary coil".We know secondary coil output is dependent on the strength of alternating magnetic field as emitted by the primary coil.

To verify if there is  sufficient useful output from the primary coil which can be done by inserting any screw driver or spanner into coil to observe if there is any heating occurring at low power input using battery.

Yoke core do hold the key as well.

The point i am getting at it's pointless/waste of time creating a nice secondary coil with various layers if you can't solve the power for the primary coil.
As building secondary coil would add to the confusion if there is insufficient output.

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Donsmith China replication progess-

I have finally completed testing the isolated power supply for 6 x opto-isolated IGBT driver using  6 individual outputs capped at 33volts using Bi-directional TVS diode "P6KE33CA" at all outputs.
Power consumption at mere 0.26Amp using 12volts battery and powering 3" iron powder toroid at 46.2khz <20% duty cycle to maintain around 28volts at all 6 rectified output for the 6x 20volts regulator.
Noise suppressed by powering primary 6 turns on 3" toroid using 220nf mylar polyester capacitor connected in series to single mosfet Drain and mosfet drain connected to positive via diode as seen in photo.

Left with pcb design for the multi power supply and circuit portion will finally be completed after 3 months.



   
 

[Hoppy]

The point i am getting at it's pointless/waste of time creating a nice secondary coil with various layers if you can't solve the power for the primary coil.
As building secondary coil would add to the confusion if there is insufficient output.

Please explain what you mean by solving the power of the primary coil.

[magpwr]

Please explain what you mean by solving the power of the primary coil.

hi Hoppy,


If the primary coil behaved like a intended "functioning induction coil" using below 10Amp from 12volts battery which we would then easily verify the estimated"power of the "coil performance" merely by placing metal eg:screw-driver into it which would then allow us to easily verify and find out the root cause of the problem rather than completing the secondary coil then get lost/confused if there is no required output.


If a typical step-down or step-up transformer is "under powered at the primary" the output coil/outcome would reflect the same.

For Nickz yoke experiment the output is now routed to the 5x100watt bulbs which itself already revealed an interesting effect even if i compute at conservative output 1/2 of 500watt output brightness.
It would be estimate 250watt of output power take that and divide by 12volts =20Amp at least for battery to deliver that amount of Amps.

I am just thinking if he apply proper L/C resonance and routed output to induction coil\primary coil for the those layered coil which may reveal another interesting result.
 

Long story short-What i am trying to say if we don't get useful output from yoke core for the 1st stage to supply power then don't bother aiming for the 2nd stage -layered coils(kapanadze coil  ).

[T-1000]

Hi all,

I made quick scaled down test on ferrite transformer with 37x2+18x2+9x2 windings for secondary with the tiny coax cable on first layer until middle and 2 layers 32T primary (layer->begining->layer) to see if there is any output at all on such output canceling bifilars in series.


The result was positive, I had some volts and milliamps following signal on primary (no signal to coax cable yet). Also there was interesting to see how shorting output affects primary - almost was not affected at all.. Also if I add capacitor in paralel on primary, the amplitude on output greatly increases (not in resonance power consumption increases as well) and that indicates requirement of strongest magnetic field possible on primary coil which comes from resonance in series on original circuits (akula also had isolating yoke transformer for that).


So the next step is quite clear at least for me now with air core transformer...

[NickZ]

   The Mazilli/yoke crt has enough output to light 7 100 watt bulbs, partially.
Even if they are only lit to 25%, or so. There's still a lot of light. At least for me.
This is without all the optimum tuning caps installed, which I still don't have, yet. These caps are very important to obtaining the best results for the yoke tank circuit, on the input side, as well as on the yoke's output side. I have not really tried to further tune it (yoke coils) yet to the find highest possible output, by adding or removing wire turn counts, adding more tuning caps, and so forth. But, I have maintained a 1:4 turns count, as in the Akula yoke. 5,5, primary, to 20 turns secondary wire turns on the yoke core. 
 
My main concern at the moment for a replication of the second type of Akula device, is to make a proper air coil core, with the proper wire turns for a 110v output.
As well as a HV pulser circuit, one that does not overheat, nor fry the transistors, or Fets.
  I also notice that Akula does not use any ferrite inside of the air coil(s).  Why not??? Wouldn't this help to increase the output?
But, that is not my concern, at the moment. Although I plan on adding some ferrite inside of the pvc tube, in due time.

  Still, the main question is: What are the wire guages, former dimensions, and turn counts of All of the air coils in the second Akula crt???
And are these coils all wound in the same direction, or not. Or, does it really matter if they are, or are not.
And also, what would be needed to just have an output of 110v, to light my 110v bulbs. Because, if I have a higher voltage output, like his (220v), as is in the shown in the schematic, I'm sacrificing the amps, that would gained, by tuning for the lower 110v voltage.   Or not?
  I know that I may be asking what can't be answered, as none of us has done any of this. But, I thought I'd at least ask for opinions, first.