Kapanadze Cousin - DALLY FREE ENERGY

[Bat1Robin2]

I have been looking at the TPU and noticed how similar it is to the yoke part of this circuit. The TPU is suppose to be generating a rotating magnetic field based on 3 coils firing in phase delay sequence similar to a 3 phase power line. The push pull provides a 180 degree phase but location on the circle is less than 180 degrees. However when the tesla/katcher circuit fires it brings in a 3rd pulse because its in series with the grenade that will be delayed slightly to one of the pulses on the yoke drive because of the longer route to the yoke. Could it somehow stumble into a rotational magnetic vortex just like the TPU.
If this were the case and it somehow works just like the Stephen marks TPU then we are missing the DC bias coil on the torroid.
But my concern is the yoke home made transformer with so few windings surely is not very efficient. Does anyone really feel that there home made hobby style self wrapped coil like that can operate much over 70% with such few windings. Trying to get overunity with such a crappy transformer seems to be shooting yourself in the foot right before the race. It seems to me get each component to near 90 plus percent before we even consider overunity. Also honestly the entire grenade and coil wrapped on top of it seems very discombobulated fields interacting like trash in the dumpster. No real power ever came from that katcher circuit for me only hvhf electric field. The katcher circuit only served to shut of the field effect transistor on the yoke at mid pulse. Like a pulse width modulator.
Maybe this comment belongs on the tpu thread but it seems relevant here. Theory of the magnetic turbine style vortex is that it pulls in earth magnetic field like a vacuum cleaner to bring to overunity. Counter clockwise rotation in northern hemisphere and clockwise in southern hemisphere.  Its seems the polarity and phase not quite right in this design compared to the tpu. But there would be several different timing of pulses hitting the yoke core. Is there some kind of magnetometer or something we can use on this thing. Its seems we need better equipment.

[NickZ]

  I've been doing that all along, ferrite in the Kacher as well as in the grenade coils, and magnetite in the yoke core, to test to see if I'm within tune-able ranges, but I have not been so far.
 
   Itsu: Should I connect the scope to the 0.47 capacitor to test the 3 turns coil/grenade induction coil frequency. Probe tip to the earth ground side of the cap, and the negative clip to the Mazilli negative input side?

[NickZ]

  Those of you that understand Russian, please let me know if the Kacher's Mhz signal is suppose to sync with the grenade/inductor/3turns coil and 0.47uf tuning cap signal, or with something else.
 
   Here's a scope shot of my 3 turns coil, probe tip on the 0.47uf capacitor, clip lead on the negative side of the same cap.

[TinselKoala]

5.25 cycles in (8 x 20 microseconds) = 5.25/(8 x 0.000020) = 32812.5 cycles per second = about 32.8 kHz

[Bat1Robin2]

Nick,
I spend many bloodshot eye nights looking for these things because i speek no russian. He shows in the diagrams as he draws the tesla impulse is on top of the yoke drive fet drive signal. The schematic also backs up what he said, there is a switch so you can choose either one or the other of the push pull fets. Then there is a pot that lets you phase delay it into the center of the pulse.  Picture below shows drive signals and phase.  FETs are not powered on in that scope shot. The single pulse will ring the tesla like a bell at high frequency mhz 1.2-2mhz whatever your coil specs make.