Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

    NO T-1000.    If both scope leads are connected, there will be a short circuit of the HV pulse through to the scopes negative ground line.

For the current transformer you can still connect one lead to the ground wire on the edge of the board. This should help with problems you are getting. Or use 2nd scope. In the best case scenario I would run them on UPS unit battery mode to isolate from mains ground line.



P.S> Why CT outside the board - you need to use ground current to amplify output of grenade. Which is extra energy coming into open circuit. I do not see any other external energy input source in this case.

[NickZ]

  Perhaps, however, the single positive scope lead seems to work pretty well, when using just the one lead by itself for these tests. I have been using that system on this device for a while now. Otherwise, you are killing the HV to ground, instead of going to the output side.
  I want to keep things as simple as possible. And, I do connect the negative scope lead up at times, just to see and compare if the is any difference, but there is none that I can see. Other than shorting out the effect of the HV pulses.
   Any of the self running type circuits that use a HV pulse will be affected by a scope connection,  being connected to the AC ground. And OU devices may also be affected by portable type scopes being connected up, as well. That I have not tested, but other guys have.  This can make these types of devices very hard to test for true OU, and is why self running is the ONLY way to go.   I don't see Ruslan's or Akula's devices making any sound at all, ever.

   NickZ
   PS.  Why one of the two test CT is outside the board?
   It is just outside of the board, mounted on the earth ground line.

[AlienGrey]

For a katcher to make sound to the ground it needs to be powered ON only on the moment when both MOSFETs on yoke are OFF. It is narrow time window where you can tune katcher on/off cycles. This will make similar thing as singing Tesla coils do (see their circuits to get idea of FM modulation).


As for current transformer after re-watching video I did not see both scope leads attached across resistor. It needs both. Or there is thin wire which is not seen by camera? Also the current transformer placement needs to be on the ground wire outside of board (inside you just measure current of series LC circuit with Tesla+grenade capacitance).

I'm sorrey but Nick I have got to smile ! 

But I to would like #Nick to get his de vice going I really would!
Good luck !
AG

PS Nick I watched your film clip 'interesting' the yellow trace looks as if it's modulated by a low frequency
if you turn the time base frequency down you should be able to see what it is, perhaps a mains hum
earth loop or missing earth, any way good luck hope you have success in the near future.

AG

[soliman]

For a katcher to make sound to the ground it needs to be powered ON only on the moment when both MOSFETs on yoke are OFF. It is narrow time window where you can tune katcher on/off cycles. This will make similar thing as singing Tesla coils do (see their circuits to get idea of FM modulation).


As for current transformer after re-watching video I did not see both scope leads attached across resistor. It needs both. Or there is thin wire which is not seen by camera? Also the current transformer placement needs to be on the ground wire outside of board (inside you just measure current of series LC circuit with Tesla+grenade capacitance).

No,
check the geo videos again.

[Jeg]

Hi Nick
Thanks for sharing your video.
What is the frequency of the signal which is seen at your oscilloscope? Is it the high frequency of your katcher module? Or is it the low frequency of your system?

ps (later added). Is your Kacher modulated? Without modulation just forget any progress. Is it at least in sync with your push pull? A continues Katcher operation with out timed brakes will lead you nowhere. Any advice from folks here will not help at all in such a case.   

Regards