Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

 
  Current limiting can be controlled by the choice of the yoke's primary coil tuning cap(s) on the Mazilli crt. if need be.
   

That's not a good solution Nick!

[NickZ]

   Why do say that? Have you tried it?
   I'm not negating the importance of a properly choked (mediator coil), as well.
   The 0.68uf tuning cap on the yoke primary circuit that's going into the driver, can be added onto, or reduced in uf, if needed. 
   That will control the input, and the output as well.  Or if not, why not?
 
   My Mazilli was amazingly stable, to up to 300w loads, with very little to no variance of either output voltage, or frequency changes. And it's maximum sustained output and resonance levels worked best at 300w loads. Any higher loads than that,  the voltage drops some, and the bulbs don't get any brighter, but they all drop in lumin levels, instead.  Until I get the Kacher to sync in...   and brighten up my nights.

[Tomtech29]

Yoke core - copper foil applied around one half of smaller opening end.
It is easier to wrap the copper foil around that part because it is more vertical,
and I didn't have a longer piece of copper foil available anyway.
I can press the two halves of the yoke core closer together than shown in the the picture,
just need to apply a little bit of pressure. Will probably clamp the two halves together more
tightly with some electrical tape for starters, but I understand that I may need to experiment with the
gap width.

Hey.
Also the lack of classes I made several attempts  applying two frequencies in a single queue much worse case is modulated high voltage! (I burned digital displays in my power supply workshop!!!) Wesley says something that used to use a small transformer to modulate ? it is interesting as was the frequency of ?// -of puncture it is not as hard on the channels of the generator
-for me this bifilar coil is 49 turns counted so much of the author's
-the two coils resonate within 1.1Mhz in my case  subsequent lack of specifics
this paper from the demonstration to know where
5W to 500W as possible LoL ....{}

[Hoppy]

   Why do say that? Have you tried it?
   I'm not negating the importance of a properly choked (mediator coil), as well.
   The 0.68uf tuning cap on the yoke primary circuit that's going into the driver, can be added onto, or reduced in uf, if needed. 
   That will control the input, and the output as well.  Or if not, why not?
 
   My Mazilli was amazingly stable, to up to 300w loads, with very little to no variance of either output voltage, or frequency changes. And it's maximum sustained output and resonance levels worked best at 300w loads. Any higher loads than that,  the voltage drops some, and the bulbs don't get any brighter, but they all drop in lumin levels, instead.  Until I get the Kacher to sync in...   and brighten up my nights.

You should not have to adjust the tuning cap as a means to limit current to prevent over voltage of your components.

[Void]

Hey.
Also the lack of classes I made several attempts  applying two frequencies in a single queue much worse case is modulated high voltage! (I burned digital displays in my power supply workshop!!!) Wesley says something that used to use a small transformer to modulate ? it is interesting as was the frequency of ?// -of puncture it is not as hard on the channels of the generator
-for me this bifilar coil is 49 turns counted so much of the author's
-the two coils resonate within 1.1Mhz in my case  subsequent lack of specifics
this paper from the demonstration to know where
5W to 500W as possible LoL ....{}

Hi Tomtech29. Thanks for the comments. It looks like you gave it a good try.
Yes, I would be worried that if HV spark discharges were applied to the copper foil
that the signal generators could be easily damaged. I have to wonder how T-1000 and
his group were able to do that without damaging their signal generators. In the very least
I think you would need some sort of voltage spike suppressors across the outputs of the
signal generators, but maybe the model of signal generator they were using has something like
that already built in. I will avoid applying any high voltage spark discharges for the time being.
Sorry to hear about you burning out the displays on your power supply due to the high voltage.
I have blown some bench test equipment in the past as well, and that is just no fun at all.

Yes, I think that in order to get 150 turns on the output winding you would need about three layers
of windings.

After doing some experimenting with this setup today, I see that there are some other potential problem areas
that need to be considered as well when working with this type of setup. I will need to take my time with this.
If I come across anything interesting at some point in my experiments I will post it back here.