Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[aidas]

on this place we are working

[FreeEnergyInfo]

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[T-1000]

on this place we are working

Aidas doesn't speak English very well, so I will try explain on what we're working on

We have 3 primary coils on one side of ferrite ring and CCW bifiler coil for secondary for load. The copper plates from spark gap act as hammer on peaks of square summary sine wave and greatly increase net amplitude of output. The angle between carrier wave and square wave output is about 20-50 degrees (requires tuning).

Oscilloscope shot 1 + 50Hz sine wave + 382kHz sine wave mix. Those 2 frequencies are on 2 primary coils. The 50Hz is carrier wave in this situation.

Oscilloscope shot 2 - we get sine wave on resonance when feeding 392kHz square wave.

Oscilloscope shot 3 - we're simulating spark gap discharges into copper plates. They are connected on one side and other side goes to circuit. One is inside of ferrite ring the another is outside. Both are isolated from core and coils. The angle between those plates and coils are on 90 degrees because the standing wave vector is 90 degrees from magnetic B vector.

Spectrum analyzer shows where we get resonant harmonics and resonance point on ferrite core when feeding white noise into coil. In this case it is 1,64Mhz approx when feeding white noise into 2 copper plates.

The final screenshot shows how we get maximum output when mixing 2 waves + hitting with discharge from spark gap on 2 waves intersection on peaks.

Enjoy

[energia9]

Aidas doesn't speak English very well, so I will try explain on what we're working on

We have 3 primary coils on one side of ferrite ring and CCW bifiler coil for secondary for load. The copper plates from spark gap act as hammer on peaks of square summary sine wave and greatly increase net amplitude of output. The angle between carrier wave and square wave output is about 20-50 degrees (requires tuning).

Oscilloscope shot 1 + 50Hz sine wave + 382kHz sine wave mix. Those 2 frequencies are on 2 primary coils. The 50Hz is carrier wave in this situation.

Oscilloscope shot 2 - we get sine wave on resonance when feeding 392kHz square wave.

Oscilloscope shot 3 - we're simulating spark gap discharges into copper plates. They are connected on one side and other side goes to circuit. One is inside of ferrite ring the another is outside. Both are isolated from core and coils. The angle between those plates and coils are on 90 degrees because the standing wave vector is 90 degrees from magnetic B vector.

Spectrum analyzer shows where we get resonant harmonics and resonance point on ferrite core when feeding white noise into coil. In this case it is 1,64Mhz approx when feeding white noise into 2 copper plates.

The final screenshot shows how we get maximum output when mixing 2 waves + hitting with discharge from spark gap on 2 waves intersection on peaks.

Enjoy

If i understand it correctly we are using Nuclear magnetic resonance in here that has little to do with teslas radiant device..
15-20 minutes of ringing and ferrite breaks to pieces sounds like you are emitting strong neutron radiation, and this is not cool. 
i dont want to discourage nobody here, i want the person to buy a radiation meter and measure possible radiation coming off from the ferrite. if the ferrite has a short life, this is a shortage to the public, and they have to mine all iron and other metals out of mother earth to get energy again.  The way i see the futures energy is the way we dont have to touch anything from earth.
Im still interrested in replicating this device but the way i see it is not the way tesla described.

I save your previous message to me on steps to follow, Thank you Arunas, really appreciated
Peace

[aidas]

if you replicate this circuit successfully, you will get output about 600 wats of ~220 volts and 2,227 amps on secondary CCW bifiler coil from input of 15-25 wats
P.S> With spark dicharge you're hammering ferrite and that ferrite core almost explode internally and from this you get much more output than input