Kapanadze Cousin - DALLY FREE ENERGY

[MenofFather]

P.S. I think we may still be missing some things here, or maybe I am just still missing some concepts,
but if he is getting near 1000VDC out, how is he looping this 1000VDC back to power the kacher and pulser circuits,
and how is he powering two 240V lightbulbs with almost 1000 VDC? Also, is he still using his push pull driver to power
the transformer (TV yoke core) whose output is being pulsed?

Look my schematic. 300 turns and 50 turns wounded on ferite toroid. Here no push-pull.

In Ruslan's drawing below of what looks like a toroid transformer, the output is marked 30B or 308? What is he indicating
there exactly? 30 volts? 308 volts or what exactly?

Here Ruslan wound other wounding and get 36 volts. Then put inverter 12 volts to 220 volts 50 herc and voltage drop from 36 volts to 14 volts. And he shine max 300 W from this inverter.

[MenofFather]

Add load.

[Void]

Add load.

Thanks Menof. I was thinking the load was attached at C1 somehow, but I see now that
the load is attached on the other side of the transformer. Interesting. For pulsing the
1000V, I guess we will need to pulse an IGBT. Seems like a simpler approach overall.
Very close to some of Don Smith's devices.
All the best...

[Void]

I have taken the first step with this schematic by running my Karcher directly into the grenade coil with the inductor left open circuit and disconnecting the supply to the push-pull PWM. I terminated the grenade coil into a 'fast' FWBR with 100nF, 1000V capacitor across the FWBR pos & neg. This gave me a voltage of 76V. Although a long way from 900V, interestingly, when I earth the Kacher to my domestic earth (PSU isolated from earth), the Kacher amplitude increases, resulting in an increase from 76V to 106V. The supply current to the also Kacher drops from 2.36A to 2.24A. When I complete the inductor circuit (not powered by yoke), the voltage output drops.

Hi Hoppy. Just to be on the safe side, if possible you may want to try powering the kacher with
batteries for comparison, as since you are using earth ground and the mains neutral is earth grounded,
there may possibly still be some feedback there. Theoretically when you are using a transformer
that isolates the primary from the secondary there shouldn't be any ground loops, but with these
type of circuits it seems it may still make some difference. If switching to a battery doesn't make
any difference then at least you will have eliminated that as a possible interfering factor.
I found that when I powered my kacher with a battery, that the output voltage on my grenade dropped
a fair bit compared to when using my bench power supply. My bench power supply theoretically has its output
terminals isolated from earth ground, but it seems the power supply overall is not  Your situation may be different however.
All the best...

[T-1000]

Hi guyz

Check it out. Ruslan's latest.
He wanted to show something different and basically the setup is working just like what VASMUS did.

Without Bifilar Inductor

https://www.youtube.com/watch?v=yPkHNq6Wji0

Kacher must be in a good kilovolt range in order to able to do this with good caps.
Capture the radiant.

Cheerz~

As I told many times, the proper Tesla coil is able to charge capacitors in no time.... Then you need to get it only half-discharged on much lower frequency so capacitor gets charged back very quickly.

Please see info attached in http://hyperphysics.phy-astr.gsu.edu/hbase/electric/capchg.html - it shows where almost no current needed to finish charge of capacitor. Where those current and voltage lines are crossing it is critical point for capacitor not to go below that voltage...

Also back in 2011 - I used same way for https://www.youtube.com/watch?v=C0R4Pinl5rE

P.S> For 2kV capacitor the middle point is 1kV.. Now think why 2kV rated capacitor was selected by Ruslan..