Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

http://www.youtube.com/watch?v=D5jRpPHfA1Q

Nice setup!

The next step for getting close to grenade coil arrangement would be to get Tesla coil arrangement over virtual capacitor by connecting bottom wire to battery minus (no ground!) and putting top load coil on top of grenade coil which is grounded (you need to find out which coil wire works best for a ground there).
Also instead of clamp meter(it does not measure properly with HF pulses) have scope current probe ( https://www.google.co.uk/#q=scope+current+probe ) on ground wire so the measurements would be more close to reality.

Cheers!

[AlienGrey]

Hi NickZ I get your point, but the Video you link to lookes  like some Rumanian developers production baby.

If for a moment we consider the generator like a Tesla device, It looks nothing like the one we are trying to replicate to me, in the original Akula device where he has a large 5" pipe in his back garden, with an inner resonator coil and an inner alloy energy collection device, the 5" pipe looks like the real thing,

The inner resonator needs to be low in frequency 400 to 800 hz tops or your into radio interference, oh and it need to be phase locked, for stability,  you then have the low frequency TI494 modulator or should I say de modulator, that must put the RF into neat little demodulation packets, that the inner alloy sleeve could possibly collect into a one wire system, I would imagine. If you look up Dr Stifler on P Sec you might begin to under stand what should be going on

The other thing is messing around with RF at high unknown frequency's can be destructive and or dangerous (find a frequency and look up what it does, but I have noticed full wave 400 to 800 Khz tuned resonators the higher the F the smaller the coil and lower the static voltage so that's another reason for keeping the F low.

Of course all this could be disinformation and BS.

Good luck to you too


https://www.youtube.com/watch?v=rww4I3qoIBE

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

[magpwr]

That is indeed pretty interesting Magpwr.

So let me ask just to be sure I'm understanding...

You can keep the high voltage cap charged with just the little flash circuit even when you are pulsing the Cree MOSFET?  The cap voltage stays constant?

If that's the case, this simplifies things considerably.  In fact, if you look at the original Akula circuit, he uses extra windings on the push-pull transformer to get his high voltage, instead of the way Ruslan did with a separate high voltage generator.  With the pulses so small, the push-pull driver shouldn't even see the load.

I had thought up to this point is was necessary to discharge the pulse capacitor, but from what you are stating, that doesn't appear to be the case.

That's a really good find Magpwr.  Very helpful!

hi Dog-One,

The simple trick pulse capacitor should not be discharge in one go.
Hence i am using narrow 44ns pulse so that 20uf capacitor can last for less than 4seconds without supply and DC voltage on pulse capacitor is
maintained at 240volts...260volts using tiny transformer from disposal camera circuit while in operation.

0.94Amps constant current for AAA battery is not a good thing since it was meant for single flash.Hence it's important to replace battery with a variable voltage regulator maybe like LM317 or etc.No time to check spec  yet if it can handle 1Amp at least.

The 1.2KV Cree SIC mosfet in single avalanche mode base on spreadsheet is 1Joules.

[magpwr]

Nice setup!

The next step for getting close to grenade coil arrangement would be to get Tesla coil arrangement over virtual capacitor by connecting bottom wire to battery minus (no ground!) and putting top load coil on top of grenade coil which is grounded (you need to find out which coil wire works best for a ground there).
Also instead of clamp meter(it does not measure properly with HF pulses) have scope current probe ( https://www.google.co.uk/#q=scope+current+probe ) on ground wire so the measurements would be more close to reality.

Cheers!

hi T-1000,

The current probe is way too expensive for a single tool to compliment the scope.Although i admit clamp meter reading isn't accurate but at least i am happy that is able to replicate the clamp meter reading base on Akula or Vasmus video.
And it's able to produce around 340volts dc 3 turns to 28turns from bottom of tesla to Earth.Alternative experiment.....

I might be getting this 2nd generation multi USB instrument SCOPE,SIGNAL GENERATOR,SPECTRUM ANALYZER (Made in Singapore) and etc after i get my 65" inch TV to replace my 32" plasma TV planned for next month.

http://www.ebay.com/itm/VT-200M-10-16Bit-PC-USB-Oscilloscope-Spectrum-Analyzer-AWG-Signal-Generator-MSO-/111627333594?pt=LH_DefaultDomain_0&hash=item19fd81efda

[Hoppy]

  While we discuss how to replicate these circuits, a 3kw generator is already being shown.
  Here: https://www.youtube.com/watch?v=lXOxDV8yCXg

Nick,

I bet even you would not buy that so called 3KW genny based on that silly video, on the assumption it was a self-runner, even if you could easily afford it. There's enough room to get demonstrator himself in that box!