Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

 
   My question:  My 3 turns circuit at the capacitor is reading a running  frequency of 25Khz, using only the 2000v 0,47uf capacitor. The Kacher's output frequency at the antenna is 1.2Mhz, and this is controlable to some degree, from 1.1Mhz to 2Mhz.  Grenade's self resonance frequency was 1.85Mhz. And raising the Kacher's frequency to 1.81, or so, did nothing to improve the sync.
   So, I don't have them in resonance, as absolutely no gain is noticed when I add the Kacher's signal to the induction circuit.
Any suggestions?

Nick,

Your grenade's natural resonant frequency at 1.85MHz sounds very low to me.

[John.K1]

Nick,

Your grenade's natural resonant frequency at 1.85MHz sounds very low to me.

I guess he means 1/4 of natural resonance  frequency? 

[Hoppy]

I guess he means 1/4 of natural resonance  frequency?

Yes, that would be about right.

[itsu]

  Itsu:
  Good to hear that you're back on line. I wondered where you had gone to.
 
   I tried to take a pic of my Kacher's streamer, previously, and the cell phone camera just goes nuts.  Somehow I was able to take a video a couple of days ago without any problem. 

   My question:  My 3 turns circuit at the capacitor is reading a running  frequency of 25Khz, using only the 2000v 0,47uf capacitor. The Kacher's output frequency at the antenna is 1.2Mhz, and this is controlable to some degree, from 1.1Mhz to 2Mhz.  Grenade's self resonance frequency was 1.85Mhz. And raising the Kacher's frequency to 1.81, or so, did nothing to improve the sync.
   So, I don't have them in resonance, as absolutely no gain is noticed when I add the Kacher's signal to the induction circuit.
Any suggestions?

Nick,

25KHz series resonance with one 0.47uF wima cap sounds normal to me, does your mazilli also run at that frequency (it should)?

The kacher frequency (with inbetween ferrite coils and antenna) looks normal to me too, as i have it running at 1.39MHz.

Does your grenade resonance frequency stays at 1.85MHz when connected up to all the rest of the circuit (FWBR, output caps etc.)?


What i was doing when my laptop crashed was that a had hooked up my grenade into the circuit (FWBR, 10uF output caps, ground, etc.).
I used the antenna as input for my FG to sweep this grenade in this condition, and it turned out to have a nice peak at 2.65MHz

Then setting the kacher (continues operation at 24V) at half of that frequency, so 1.325Mhz which is very close to its normal frequency of 1.39MHz
by using a ferrite rod in the kacher secondary.
It showed an voltage increase on the output caps with only the kacher operating.

Next test was to even lower the kacher to a 3th of the grenade frequency which is 883KHz at which point i had a strong kacher streamer (1cm) and
increase in voltage on the output caps.
At that point my laptop crashed etc.


So that is the way i want to go, considering a fixed resonance frequency of 2.65MHz of the grenade, set the kacher to 883Khz (pulsed at 130V).
Then only thing to adjust is the 1:100 of the inductor which will be at 26.5Khz (for which i have to adjust the PLL again).

Regards Itsu

[John.K1]

Hi Hoppy. I have now my 2CH signal generator and Oscilloscope connected with the computer and waiting when my buddy will send me a code for the LabView .   I asked him to make two outputs and two inputs. In other word it will generate all combination (up to 5MHz) of frequencies and duty cycles on two outputs and to take the results from the 2CH oscilloscope as a input which will be shown also as a chart on my computer screen. That's the easy one. The harder is to make right decision where tu put my scope probes??  Also I am worry of damage of my scope if it will generate some unexpected high voltage. Should I use some hall effect sensor instead direct connection on the coils than? Any advice?