Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[cheappower2012]

"Its so simple that you could laugh Tariel said,
and it is !"

I'm laughing myself silly!!unbelievable,LOL

[v8karlo]

Hoppy: Yes I agree. But the figures are so outrageously favourable that we've got to look into it, I think.
Even if it's out by half that would still be 3 watts in and 500 watts out.
So it seems very promising.
What I want to avoid however is this business where some people cannot replicate
due to insufficient data:
others cannot, because they don't have the equipment. Then the
nay sayers can come in and everyone gets discouraged.
I've seen replications fail just because of faulty/wrong diodes for instance.
If this is the real deal then it has to be managed "super well".
As an example, I found the term "backfeed" hard to understand at first. I now realise
v8karlo means "feedback"  as in "feedback loop".

Yes, I use that term for so long that I didnt realise that I must explain it.
BackFeed is my term for Looping the output minus back to beginning of main coil.

Wire is 0,75mm litz wire from ordinary house cable (it has 3 of them in it: phase, null and ground).
Core: I use ferrite rings to make the ferrite rod, it easy to wound on the rod.
Signal gen. : NE based, with very fine adjustable Duty Cycle down to 2%., its a square signal.
Signal from gen. is going to Mosfet driver TC4420, and mosfet is IRF830 or IRF840 (cheap one, but fast)
Diode: UltraFast 1A from ST (you can buy 10 for 2Euros)

You can get effect on any freq. but every freq. has its own duty cycle to adjust.
I found that best freq. for ferrite is around 20 kHz. with very small duty cycle (4-6%)
in my setup, but it depends on Capacity of the coils. If the coils have bigger capacity
then duty cycle would be larger. My coils are small.

Effect depends on input cap (at least 100-200uF) and ground wire to minus leg of that cap,
and on speed of mosfet. More speed , effect will be more pronounced. Speed with mosfet means
how fast it can open and close.

I tried only square signal on mosfets (only on and off), I never tried sine wave.

[v8karlo]

Last night I tried with HV diode from Microwave Oven (its a slow one)
and it works, so it is not essential, but faster diode give better results.
In this setup you only need one.

Cheap UltraFast from SemiConductors 1A, 1000V (10 for 2 Euros)

[27Bubba]

@V8Karlo

Yes, I see you are using the IRF840 Mosfet witch does have 3 legs, but in your drawing  I don't see that. How it is connected? Thanks.

[a.king21]

When I was watching old videos from MagnaCoaster, in one video
he was showing scope shots and they were exactly like mine, and
he was filling HV 2 uF cap to 1200V in second or two just like I do.

But something is missing here, they both (TK and Maagna) found a
way to further enhance this and gain lots of amps.

That is my goal, to find what component is missing.
Yesterday I suspected that capacitive coils when operate in the field of
nearby HV strong Capacitor can yield much more amps, but I didnt try that, yet.

They both using capacitive coils, for sure, because its better than
classical induction, and more powerfull.

Hi v8karlo:  You stated you can fill a HV 2 uF cap to 1200V in second or two. Are you sure?
My calculations are that the power out is half c x v squared.
ie 1x 1,440,000 divided by 1 million which equals 1.44 watts if filled in one second and half that power if filled
in 2 seconds.
Can you clarify what you mean please?