Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

    Thanks for that, T-1000.
   I knew that it wasn't Ruslan making all those different pcb circuits. So, it's Oleg...
   Now, as you've talked to the actual board designer, maybe he would be willing
to sell us some of those boards.  That's, what I'm looking for. Buy it, mount it, and use it,
without all the unknowns and testing, we are facing now. At least, once they find which ones works best.
   But, in any case there lots of very useful information in that 24 MB download.
    Thanks again.
                         NickZ

[Bat1Robin2]

T- 1000,
Thanks so much for the links and information this is the first time i have seen the Tesla powered from 130-135dc ( i have been using 24), i could not make that out on my schematic.
Have you made this device?
What was your efficiency achieved?
Also C15 1 see its a 1 ufd but what type of capacitor is that?

My setup runs the push pull at about 27khz range. The tesla is being pulsed at the same frequency as the yoke but has a 1.25khz ring-down and barely produces a field able to light a CFL. but it is powered with 24 v DC.  It seems to pulse exacly when the bemf hits the 24 volt line from the yoke drive fets.
Does this all sound correct or am doing something wrong?
I can light 4-5 bulbs but can only reach 70% efficient.

[NickZ]

  Bat1:
  Remember that to obtain 70% efficiency, your bulbs would have to be the same brightness, as when when they are run on the grid.
  Now, Ruslan is using a two transistor Kacher circuit, as each new crt is different from the previous one.
 

[Dog-One]

Yes, thank you again T.  Most useful and it confirms my suspicion Ruslan wasn't using Vector boards--I don't think he could solder well enough to get anything to work if he did.   

Now that I know what is needed, I'll get some boards made up.  This will be a big step forward.

Also C15 1 see its a 1 ufd but what type of capacitor is that?

I used a polypropylene type like so:
http://www.mouser.com/ds/2/427/mkp-mkp378-239714.pdf

[magpwr]

T- 1000,
Thanks so much for the links and information this is the first time i have seen the Tesla powered from 130-135dc ( i have been using 24), i could not make that out on my schematic.
Have you made this device?
What was your efficiency achieved?
Also C15 1 see its a 1 ufd but what type of capacitor is that?

My setup runs the push pull at about 27khz range. The tesla is being pulsed at the same frequency as the yoke but has a 1.25khz ring-down and barely produces a field able to light a CFL. but it is powered with 24 v DC.  It seems to pulse exacly when the bemf hits the 24 volt line from the yoke drive fets.
Does this all sound correct or am doing something wrong?
I can light 4-5 bulbs but can only reach 70% efficient.

hi Bat1Robin2,

I think i have left out efficiency measurement during my experiment.
It would make sense if the setup is running below 80% efficiency then it's obvious to get a boost via reflected current pulse if coming from Earth would not help as well.

Applying high voltage for tesla coil even at nearly 200volts did not produce any current movement to Earth.

Only via capacitor discharge through the primary coil of tesla coil whatever the design did produce current reading in Amps to Earth.
I don't wish someone else to waste their time by merely working on high voltage tesla coil without the pulse capacitor element.

Do try to use low power like 60watt or 100watt bulb for a start.