Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Which is where tuning using a couple of the 0.47uf 2000v WIMA caps can make a difference.
And also using the larger yoke cores, tightly wound and tuned for you set up.
  The right transistor, right HV caps and right rectifier diodes (still unknown), will also make a difference.
  But, if the "Magic" happens in the yoke, then try to use the right sized yoke. 
  The larger 3 to 4 inch toroidal ferrite cores can also work, but there is a reason that Ruslan is no longer using them, as they are not just the same.

[magpwr]

"When you have maximum amplitude sine wave current flowing through the induction heater coil, you can place a steel screw driver into the tube.  The screw driver heats up no problem.  When you do this, the amplitude coming out of the current sense transformer drops by about 30-50 %"
-so I connected the 100 watt bulb I set high amplitude when plugged another 100 watt light bulb on ammeter see almost zero power consumption and despite tuning in search of another resonance light bulbs with the main power of 200 Watt did not want to shine.
since the push-pull on (Tl494) system that works so badly it seems to me that Mazilli will work in a somewhat similar effect?
a lot of talk about the push-pull with the input of PLL whether it really plays up the differences?
if there is another reason for the low efficiency of the output?

hi Tomtech29,

I just found out today that Akula was using 2 I/C:TL494 and another 14 pin unknown I/C IGBT driver circuit board from the old induction heating video up to the
self running device for the outdoor video without Earth.If the I/C is 14pin then i can safely tell his is using the Schmitt inverter
inverter to pulse the pwm i/c:TL494 from the old video.Since one of new design is using the same.

By looking at the waveform as shown in scope in Akula old video.I can't tell if he using interrupter with pwm i/c all the way for the self running device.

If this is the case then all us have been mislead all along up to the new device since all of us are just using pwm or pll i/c to drive IGBT or mosfet without the interrupter circuitry.

I have attached a screenshot from Akula video base on the toroid to show about induction heating using low power maybe..

http://www.youtube.com/watch?v=zpIDC3xyoKE

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I believe i have found the old video of Akula which resemble the center coil from the outdoor video.This is obviously a earlier video way before the completed self functioning device was created.
http://www.youtube.com/watch?v=ccEX4H3D2IA

I have attached a screenshot from the above video-

Related to the attached screenshot-
I can clearly see the tesla coil at the 1st layer.Interesting enough the outer coil does resemble a kapanadze coil but a mini version.
Akula was using a HV capacitor in parallel with tesla coil in an attempt to lower the frequency since i can't spot the ferrite toroid.I'd believe later on Akula used toroid form in stacks at the center.

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All i need is some input on the outside windings base on the outdoor video.Maybe i got dig deep for Grumage device winding.

There is nothing much to dig base on Akula new video since nearly everything is boxed up.

[Tomtech29]

if you ask for it that I change further capacitors 0,47uF whether anything has changed in moin case dropped more capacitors in parallel resonant frequency of 21kHz to 15kHz and power is the same

[Tomtech29]

magpwr
you have provided an excellent example!
This performance showed that this coil is for me is not so simple
you'd find schematic for this circuit?

[Tomtech29]

I'm currently using the