Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

Hi Hoppy,

I do not think we need to replicate this as the Ruslan's device is already advanced replication of it ( I guess). I just like to see that evolution in the Ideas, and that Idea IS inherited in Ruslan's device.  Injecting current (or voltage?)pulse in right time. Ruslan just improved it by proper synchronisation, adding better antenna, pulse generator etc... But the main principle is still same. And this is what we need to understand. Without it we will be not able to replicate the "effect".  Blind replication without understanding of process is going nowhere.

I agree that there is no real need to replicate that device, only that it might be interesting to see if it is actually capable of 'more out than in' as claimed when properly measured. As you rightly say, there is little point in replicating any device unless the operating principle is understood.

[NickZ]

  My kacher driver is set up for 24v now. My yoke's induction circuit is also set up for 24v now.
I'm trying to figure if I should rewind the grenade inductor coil which is now 12, 12 turns, to a differenct non bifilar type instead. Any ideas???
   I just ordered a 110v- 220v, AC power supply, 24v, 10 amp DC output, (no fan). It should get to me in a week, or so.
It's a $21 "el cheapo", from Amazon.com. Including shipping, (to a friend in the US, that will bring it to me).
   Good price, fast shipping.
  http://www.amazon.com/Regulated-Switching-Converter-Power-Supply/dp/B00ANG3DS2/ref=sr_1_55?ie=UTF8&qid=1438302560&sr=8-55&keywords=24v+power+supply

   I'll be ordering some of the  WIMA 0.47uf, 2000v caps, as well, soon.  As I feel that these caps are not optional, to see the "effect".
  This is the best price I've found for those caps above. Although, Amazon has them at a higher price, but with much faster shipping.
  http://www.ebay.com/itm/1pcs-WIMA-MKP10-0-47uF-0-47-F-2000V-5-pitch-37-5mm-Capacitor-MKP1U034707G00J-/161433959976?pt=LH_DefaultDomain_0&hash=item259636be28

  I'll also be ordering some of the right 2sc5200 Kacher transistors, as they are really cheap, and were the ones recommended by Ruslan.
http://www.ebay.com/itm/1pair-2pcs-of-2SA1943-2SC5200-PNP-Power-Transistor-/170912945335?pt=LH_DefaultDomain_0&hash=item27cb3494b7

  I feel that without at least having those components, there is little chance of advancing in this project.
  I'm still looking for a proper high powered commercially made push-pull PWM, frequency controlled, driver board.
  Any help is appreciated.

[Dog-One]

And regarding to tuning processes it is quite very educative to watch this:

https://www.youtube.com/watch?v=KP6HMQneNDU

Becouse in Russian some comment for you   :   

coil L1 (emitter - yellow)   coil L2+capacitor (receiver -blue)
@ 2:25 He puts signal on L1 and makes a distance between coils.
He finds resonance and read the offset - here is 90 deg
@5:59 he watch the offset at resonance when distance is shorter - here is now 23deg
He speaks about the effect of the secondary magnetic field
@7:20 he shows currents (using 2 ohm resistors)
Current doesn't change with distance (just with frequency)

Make conclusions   ........

BTW:
@5:00 Coils they have Induction behaviour till resonance
@5:05 Active behaviour at resonance
@5:12 capacitive behaviour after resonance

Very informative.  Thanks for sharing.

I'm not yet sure how to apply this information, but I do know it is relevant to how the Ruslan device must function--a separation in behavior between the voltage and current in the tank circuit driven by a transformer.  I'm sure now this is why Ruslan uses a current sense transformer instead of a voltage reading across the inductor.  However, for tuning purposes I think it would be interesting to see the voltage and current waveforms side-by-side on a four channel scope.  Bet this would reveal something obvious we are missing.  The magic is in the phase angle relationship.

I think I need to wind a couple of pancake coils and play with this for a day or two.  This concept must also be a direct application used in the GEGENE device, yet I have seen no demonstration using a calibrated spacing between the coils.

[magpwr]

hi tomtech29,

Remember previously i took a closer look at the Akula circuit containing 2 i/c TL494 and another i/c which i assumed it was a interrupter.

I found that Akula was using IOR- IR2113 14pin 600volts 2Amps HIGH AND LOW SIDE DRIVER to compliment the TL494.
It makes sense why there was only 2 potentiometer on circuit board instead of 4 to vary the interrupter frequency and pulse width.

In Akula Snubber attachment.There is a i/c brand IOR which is the exact same circuit used in the outdoor video.

In Akula0083-1 attachment do reveal on how to connect TL494 to IR2113 I/C.


In other words there is no interrupter  to PWM circuit involved base on the attached image.
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Once i make amendments to the existing PCB board without the IR2113.The gap between Drain and GND is too narrow underneath the pcb there is arcing at times if there is soldering flux residue present between gap.

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Seems like the 28turns is behaving like a high voltage but with really high current version of Neon sign transformer at 2.5kv using Silicon Carbide Mosfet 1200volts rated.

If my theory is correct the 3.5turns at toroid with 320Vpp can be stepped up via the 90turns input via the capacitor.
The multilayer coil would be the standalone L/C circuit if we combine with a capacitor.The another end of kapanadze(Bottom wire) is leading to bulb with capacitor in parallel to Earth.


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Danger high voltage with current can kill if you are careless and do not apply basic safety rule.

[Tomtech29]

 
I guess what you're saying so on the PCB may arise overvoltage and damage the transistor
2.5 kv peaks need to isolate legs see my old film:
https://www.youtube.com/watch?v=wKKweX0k4JA
for long cables without shielding bring a lot Operating Noise! you need a ground GND metal housing in other types of potentiometers avoid unpleasant surprises.
view photo:
driver Ir2113 it also has the disadvantage (under load at 10K gates. resistor to close the transistor remember)
Another thing is the distortion of the input signal.

on the PCB of Ruslan waveform is different I suppose that it is not inverting ?
Itsu worked on another system
https://www.youtube.com/watch?v=hDHbVJRSHKU

changes in the type of driver tc4420 does the opposite ucc27322
They have the same pins and act differently and the same sea to be with Tl 494 one works up to 1 MHz and the other to 3MHz.
At the moment you have to try different combinations to get a similar type of operation.