Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

For those experimenting on simpler lines, the circuit arrangement from radiant_one below, may be worthwhile to try out. Basically, replace the oscillator with a push-pull and L2 with the grenade coil.

[NickZ]

  Hoppy, from what I can see of the diagram that you just posted. That is a Dr. Stiffler Exciter circuit. Or a version of it, and only works with leds. "Energy from the air" (Docs title).  Not from the ground. The ground just aids in the process.
  My kacher won't light a bulb without an earth ground connection to the Kacher transistor negative rail.  That doesn't mean that I'm getting anything FROM the ground though.

[Hoppy]

  Hoppy, from what I can see of the diagram that you just posted. That is a Dr. Stiffler Exciter circuit. Or a version of it, and only works with leds. "Energy from the air" (Docs title).  Not from the ground. The ground just aids in the process.
  My kacher won't light a bulb without an earth ground connection to the Kacher transistor negative rail.  That doesn't mean that I'm getting anything FROM the ground though.

Nick,

Yes indeed, the circuit shown only works with LED's. I wrote suggesting replacing this oscillator with a suitably designed high powered version and replacing L2 air cored inductor with the grenade coil - inductor. The grenade coil would then pass the coil discharge to ground via the Ruslan / Akula style lamp array. I think this maybe basically what Kapanadze is doing.

[NickZ]

  If a Mazilli is connected to the yoke coils, then from the 3 turns yoke coil to the grenade inductor, (which is what I have already). And if the 168 turns output coil on the grenade is connected only to a small bulb, that is going to earth ground. Then that should be some what like what you suggested doing, with your mods to the above diagram. Or not?

[Hoppy]

  If a Mazilli is connected to the yoke coils, then from the 3 turns yoke coil to the grenade inductor, (which is what I have already). And if the 168 turns output coil on the grenade is connected only to a small bulb, that is going to earth ground. Then that should be some what like what you suggested doing, with your mods to the above diagram. Or not?

Nick,

I don't see it as a transformer interface. A PWM push-pull with just the top half of the drive coil connected is how I envisage the oscillator. It's likely that in the Kapanadze type device, the oscillator coil discharge charges a cap bank and a capacitive discharge circuit controlled by a spark gap is needed to discharge high frequency and high voltage pulses into the grenade coil. The operating frequency, ground cable length and earth resistance may then prove critical for optimum performance (impedance matching). Its likely that Kapanadze used his inverter to provide an isolated AC supply that was then transformed and rectified down to a suitable lower DC voltage to drive the power oscillator. The heatsink and fan arrangement on Kapanadze's oscillators suggest that considerable heat is dissipated.

I believe the 'effect' is something to do with how the lamps respond to a particular and optimally adjusted pulsed waveform and nothing to do with NMR or any other fancy effect.