Kapanadze Cousin - DALLY FREE ENERGY

[Dog-One]

If it needs to be 100x higher then the mazilla frequency is the big question, perhaps someone else can answer that.

Ruslan stresses this in several of his YouTube comments--1:100 ratio.  I still do not understand why.

T-1000 deciphered Ruslan's Skype conference and says the running frequency must be 1/2 or 1/4 wavelength based on the length of wire used in the grenade coil.  Again, I don't fully understand why this must be.  To achieve these frequency restrictions, I found you must get your capacitor values set correctly to have any hope whatsoever.  You have capacitors on the induction heater winding, the grenade winding and prior to the output rectification diodes.  With the Mazzilli driver, you also have the capacitor on the primary to the yoke.  So that's four capacitors that must be tuned for the operating frequency, all based on the length of wire used on the grenade.  Lots to tune; lots to have screwed up.

[T-1000]

Ruslan stresses this in several of his YouTube comments--1:100 ratio.  I still do not understand why.

T-1000 deciphered Ruslan's Skype conference and says the running frequency must be 1/2 or 1/4 wavelength based on the length of wire used in the grenade coil.  Again, I don't fully understand why this must be.

http://www.allaboutcircuits.com/textbook/alternating-current/chpt-14/standing-waves-and-resonance/

[itsu]

Ok, if it needs to be 100x higher then the push/pull (mazilla in your case), then i suggest to lower your mazilla frequency to 15Khz by adjusting the mazilla cap
and to raise the kacher frequency to 1.5Mhz by removing some of the secondary turns (all easier said then done).

Regards Itsu

[NickZ]

   IF the 24khz Mazilli frequency is in the right ball park, I'll remove some turns on the kacher's secondary coil, and report back.
I should be looking for something like 2.4mhz, for the Kacher circuit, at the 100 to 1 ratio, or so. But, I don't know if my Kacher will go there, even if I remove some turns.

   Ruslan changed his previous 27.3khz grenade frequency down to 15khz on his last device, by adding 2.5 meters of wire and more turns onto the grenade (168 turns?) coil. Maybe he also did something else that I don't know about as well, like different tuning cap values. But, as I don't understand Russian, I can easily miss some very important points.
  Ruslan also takes a scope reading off of the 0.47uf tuning cap, but, I'll have to further review his strategy, now that I have a scope.

   For those guys like Gyula, TK, and Itsu, it would be good to view the two last Ruslan's videos, especially of the second to last video device. As it is the simpler version, and much easier to replicate, than his latest 4000 watt output version.
 
  The Kacher circuit that I'm going to replicate next, is the same as the Kacher circuit board that I just uploaded. It's the same video showing him running the grenade at 27.3khz, and Kacher at 1.7mhz. Before he made the change to his new running frequencies. SO, previously he was NOT running at the 100 to 1 ratio, as he is now.  I'll look for the right video to post a link to.
   

[Dog-One]

   Ruslan changed his previous 27.3khz grenade frequency down to 15khz on his last device, by adding 2.5 meters of wire and more turns onto the grenade (168 turns?) coil. Maybe he also did something else that I don't know about as well, like different tuning cap values.

You know what he might have done to drop the running frequency down so much...?

The long ground wire.

This ground wire may act as just an extension to the coils, effectively making them longer and able to resonate at a lower frequency.

The early videos, I tried hard as could to see how long his ground wire was, but couldn't find anything definitive.  I think though it was pretty short relative to the big roll he used on the 4k demonstration running at 15kHz.

So this may be a tuning avenue to explore.  Get your setup working with the ratios all set, capacitors locked in to resonance, then try various lengths of grounding wire to see if this gives you some means to tune into the effect.