Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Menof:
  Yes, the cap is needed after the yoke, as it takes the place of the noisy, or not so noisy spark gap. As we can see from his last video, there is practically no spark, or a very tiny visible spark, going toward the resonator coil. Maybe a big cap is not needed, just a smaller one of the right value. I was even thinking of using a leyden jar, as this has been done before, and worked well. I just haven't gotten there yet, but I will.

[Hoppy]

  Menof:
  Yes, the cap is needed after the yoke, as it takes the place of the noisy, or not so noisy spark gap. As we can see from his last video, there is practically no spark, or a very tiny visible spark, going toward the resonator coil. Maybe a big cap is not needed, just a smaller one of the right value. I was even thinking of using a leyden jar, as this has been done before, and worked well. I just haven't gotten there yet, but I will.

Nick, you really need to get a scope for this type of work, otherwise you are working blind.

[T-1000]

@NickZ

I would not dare to go straight on second version of device as it is much more closed from eyes than first prototype. This version has Tesla single wire power transmission patent implemented on top what there was in first version. Unless you can replicate anomaly the second version is not worth to be looked at...

[Hoppy]

   
Even though I know that the 12 and 12 turn center tap coil won't transfer much to a 3 turn coil.

Less voltage but more current. Have you never made a spot welder from a modified MOT.

[NickZ]

   As I can't clearly see anything, and much less the values on the picture of the power supply. Do they indicate what the voltage is at the center tap of the 12 and 12 turn coil coming from the driver circuit. As the drive circuit is being feed by 220v rectified Ac. or not?
So, the question is: what is the voltage/current value at the center tap, of the opposite wound dual 12 turn coil, or the value reading at the output of 3 turn coil. As well as what is the capacitor value that follows after the yoke, at least an approximation of the value to make that circuit resonate.  That is what I'm trying to do, at least understand enough to replicate what he is showing. The rest of the device is not rocket science.