How you see here is nothing dificult in Ruslan divice, Akula divice have synchronisation betwen kacher and push-pull, Ruslan not have that synchronisation, kacher working always. So system is not dificult. Simple kacher. He then showing voltage stabiliser. Then on board 4 michroshemes, one for generator, probarly, other for automatic resonance ajustion and two is drivers for transistors. He saying in video, that system is quite simple.

hi everyone,

I have completed my PCB with nearly all the components in PCB. Short of 1 x 500volts 10pf mica capacitor between Collector/Emitter in kacher circuit base on vasmus circuit design.

Final stage to mount heatsink with mini 12volt fan.

This circuit can either set to automatically divide by 60,50 or 3 via jumper setting.All this merely using mini antenna to receive the oscillation frequency from kacher transmitter or set to run from stable PWM generator using LTC1799.This PWM is similar to what the rest is doing.

At this moment the PWM generator jumper selectable dual output Channel A or B is fed to the synchronized 100ns....2us nanosecond generator is fed to IRF4905 -P channel fet to provide the 1/60 ,1/50,1/3 harmonics for Kacher (+) power supply.This works in tesla coil but not tested for this device yet.

The Free Energy Future - Here NOW
www.hyiq.org - Chris Sykes
https://www.youtube.com/watch?v=zSadMqEnO7I

'bucking' coils, and zero inductance that isn't...

"loose coupling works better... "
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Sorry my circuit sketches are gettig worse ...
decoupled my kacher through some antenna... and have some better results... kinda

The top of the kacher is connected to a coil that is 21 turns (3 layers 7 turns, solid 14gauge wire) which has a copper pipe 3 turns around it (2.5)... the kacher is connected to the 21, the other end is open; one end of the copper pipe is connected to the grenade through the diode and capacitor... ground is on the 6th layer; the return wire through the coil...

I actually have good output; but all kind of lower voltage.
The more bulbs I add in parallel the less each of them has, but the higher the voltage collected in the capacitor is...
but the lower the input current is.

This is using the kacher alone to resonate... It is running about 235Khz; while the grenade has a wave that is 1.4Mhz on it.    (and what the copper pipe has...) 

The transisistor outputting so much to incandescnet loads is actually very cool.... for a 250W part, it can sure get hot fast in under 45W through put... I suppose it doesn't like being half-on either?

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I did notice at one point while the kacher is at 1.4Mhz itself... the transistor is a different kind of 'hot'... it burns, but the metal itself is cold... suppose that's what RF feels like.  Also at this point, the touch to the copper pipe is a hot jab... not just a thin prick...

videos are uploading/processing; eventually I'll include links
unfortunately at this point nothing is 115+ V to feed to a power supply...

I did try the ground in all 3 points... with the incandescnet connected at all combinations of other points... (coil-cap, cap-diode, diode-coil) and this was the best output, with ground on the grenade... I dunno Could still reverse the diode and cap I guess there were a few combinations I didn't try cause I just reversed the diode and had better output; although not by much...   


https://www.youtube.com/watch?v=dW29pgu5HLw (processed)
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I continued experimenting; it didn't matter which end of the copper coil tube ... so it's not a coil thing... like if I connect some bulbs to one and and some to the other, they still get lit... so it must be the capacitive link between the top coil and that copper tube coil ro soemthing...Also shorting the inner coil doesn't change the transfer... so it's a electrostatic thing for sure since current is only flowing into and out of and not in any way 'around'....


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swapped kacher secondary for a 60turn (1.7Mhz) secondary... it wouldn't light a incandescent the same way; like before I could hold the bulb and touch the copper tube and it would light... but with higher frequency had to just connect copper to diode/cap junction with a straight wire... if I gave it 28+V it would almost light the bulb in the way...
but now I can light bulbs across the capacitors only dimly cause the high frequency doesn't transfer much power... and I can't really get the current high enough; it was apparently really rough on the transistor and I cooked it I think....


Now is when I really wish my roomate hadn't stolen all the co-ax cable...

Guys, I saw that clip once in hurry, but what I remember is that the yoke is the invertor and he is re-building it. It is also supply for our kacher. I think he said Akula design as on the drawing will not work. He says the ferite between the kacher and grenade plays VERY important role as provides the "spring " effect of suction of electrons.  He also wasn't happy with "just 2Kw out. He wants around 6KW now .  Funny think is that he always reference to what Akula does instead what he does himself. It builds strange feeling in me - something for Hoppy

What I find strange is that he can dismantle a 2KW self-runner, as if its not important to preserve intact! Maybe it was never any more than a pile of junk. 

Now with the 11m inductor (24x2, tesla bifilar style) wound on, I am measuring:
With earth ground connected to the layer 1 wire on the grenade:  1.47 MHz
With earth ground connected to the layer 6 wire on the grenade:  1.44 MHz

You can now short inductor and check that will be.

By the way, when earth ground is connected to the layer 1 wire, the resonant peaks are
much higher than when the earth ground is connected to the layer 6 wire on the grenade.

That normal. If you conecting to 6 layer, then 2 turns of tin wire (were conected oscilioscope) you must move to first two layers, because only on this layers be max voltage (on ground max curent, minimum voltage).
 

Itsu, can you now conect to multilayer coil 5 Komh resistor and rescan again?

Itsu, can you now conect to multilayer coil 5 Komh resistor and rescan again?

Ok,  with 5.6KOhm resistor:

Regards Itsu

You can now short inductor and check that will be.

Hi Menof.
Shorting the inductor gives some interesting results:
With earth ground connected to the layer 1 wire on the grenade:  2.00 MHz
With earth ground connected to the layer 6 wire on the grenade:  4.42 MHz

All the best...