Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

Minute 3, for NickZ
https://www.youtube.com/watch?v=7pE83oajjoo

Guys: 
   Sorry, but
   I watched the original, not Wesley's point of view. As he does not know what is going on with that device. My guess is as good as his. Nor can I stand to watch his videos, any more, about zenneck waves, etz...  He's just too cool for me, as well as that video.
   Here is a note from that video, explaining about the hidden thin wire that runs along with the ground line: (https://yt3.ggpht.com/ytc/AAUvwnizs1QLMxv4vAk8HwWWSQRD4puz6D9RFgnNDwLw=s48-c-k-c0xffffffff-no-rj-mo)       Ice C00l   2 years ago     Sergey explained that it was all a scam: Ruslan hid a thin wire along with the thick black "ground" wire which was connected to the 'hot' AC phase and the return was the ground - it was held in by the green tape. He explained that all the parts in the device were operational, including the TC but they did nothing and were all just smoke and mirrors.


   Anyone else in for another wild turkey chase?
   NickZ

 

[itsu]

Hello everyone
Itsu please go to page 1504 and see that I posted a document translated after Ruslan. I applied a signal from the function generator on the inductor and I found that signal that dances in amplitude. Positions 22555 and 22556

Conico,   sorry, i almost missed that post with pointings to the 2 below:

Information from Ruslan how to find the working frequency of push-pull.
* Ruslan expl.doc (27.5 kB - downloaded 92 times.)

I followed Ruslan's instructions and put on the 10 meter Inductor the function generator and on the grenade coil oscilloscope probe. The maximum amplitude was at 1690-1710 Khz but the signal did not dance in amplitude. At 1742Khz he began to dance. On 1750Khz the oscilloscope show me a wave like a fish. If i changed frequency at 1751Khz or 1749Khz the wave like a fish disappear.

I moved on with frequency and found at 1850Khz a wave that danced louder in amplitude. I changed the time base of the oscilloscope and found the fish wave. Changing only by 1 Hz frequency, the fish wave disappears

in my case the push-pull frequency can be 1750Khz: 50 = 35Khz or 1850: 50 = 37Khz
* DSC_0001_0453.mp4 (3526.33 kB - downloaded 58 times.)

Do you mean to say that you were able to make this dancing wave / fish-like waveform by using a single channel FG to drive the inductor and scope the Grenade's
output like shown below in the diagram?

If so, what signal did you put in, sine wave, square wave, AC or DC, what duty cycle?
I tried the same with my Grenade/inductor, but no dancing wave was seen.

Thanks,   Itsu

[conico]

Hi Itsu,
  square wave, 50% first time and 40% Duty cycle second time but it was the same result.

I tried with my function generator a 20V square wave and no capacitors at all


I found high amplitude at 840Khz and second time at 1.7Mhz high amplitude I went further and at 1.75Mhz a dancing wave.
At 1850Khz it was a dancing wave too

FG on inductor and oscilloscope on grenades.
The signal amplitude on grenade was higher at 1.7-1.8Mhz compared to the 840 Khz signal.

[itsu]

Thanks,

AC or DC?

My Grenade resonates/peaks around 1570KHz with an almost complete sine wave like signal (i think the 50 Ohm load of the FG will prevent the inductor to resonate).

But when slowly increasing the frequency above this resonance point a slow decreasing amplitude is seen, no sudden dancing.

Will try some more..........

Itsu

[lancaIV]

Short visit : https://www.youtube.com/results?search_query=valvula+tesla

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