Kapanadze Cousin - DALLY FREE ENERGY

[itsu]

Hi All,

i am still following along, and did a test with my roundcore to see if my "normal RF" which is lightning the bulbs also could do this submerged in tap water.

I used an almost depleted 12V battery powering the Mazzilli oscillator which was connected to 550W of halogene bulbs submerged.

No shocks when putting in 1 finger, but when spreading out more fingers, you can feel the voltage build up.
A submerged probe tip shows the effect.

Video here:  http://www.youtube.com/watch?v=b2GqOvoMPko&feature=youtu.be

Regards Itsu

[MenofFather]

Yes, I've seen this video and I did watch it carefully. I could not see the battery ammeter scale, so do not know how much power the device was consuming. His output measurement of 196V / 1.5A may or may not be accurate given that he is measuring HF current. What do you think he has got there and why?

Input is 12 V and 7 amps. But in output is hight frenquency, so multimeters can not correct show.

[MenofFather]

Dear Nick.

Yes I agree, credit where credit is due!!

The down side is that we can't see the "driving force" as it's off camera!! I could hear a fan running though.

I have posted a screen shot of the circuit below. It is quite unusual in the way that the primary and secondary are in parallel!!

Thoughts anyone??

Cheers Grum.

No! there two primaries and only one of it used.

[NickZ]

  itsu:
  I watched your videos, again, at least a few of your round-core (yoke core) series. Thanks for taking the time and effort to post here on this forum again, and upload your work on to Youtube.  Nice clean work you do.  Maybe that's the problem, it may be too neat...  Maybe you've got to have the wires going all over the place. Or,  it may not work... Don't forget the magic shoes, we need order some of those for Christmas, also.
Boy, do I need some of those shoes. They're good for "wild goose hunting"...

  I've also noticed the two different power settings observed on your yoke core circuit, (kinda like a high/low switch). But I've only gotten it on the "Ringer circuits".
My first Geo version of the yoke core circuit, did not ring, just like in Geos first video, it was silent.
  But, I can control the ringer tone with a magnet, and even get it to stop audible ringing (at least to me), using the magnetite egg shaped magnets, placed on the yoke cores. You can hear the ringing tone change as the frequency changes, which can affect the whole circuit.
The trick is finding that "sweet spot", where amp draw drops to 0, caused by the additional effect of resonance,  or, something. Like, SR 193 showed in his video. 
  quote:
  "I used an almost depleted 12V battery powering the Mazzilli oscillator which was connected to 550W of halogene bulbs submerged.

No shocks when putting in 1 finger, but when spreading out more fingers, you can feel the voltage build up.
A submerged probe tip shows the effect."  end quote.

  I wouldn't call that normal RF, hot electricity, non cold electricity, or normal anything...
  Might be the start of something else.  Like, that  ah ha!  moment.
   
  itsu:  Looks like the bigger IRF 260N fets are what's holding up the best for you.
  Good luck with your tests.
                                               NickZ
 

[Farmhand]

Hi All,

i am still following along, and did a test with my roundcore to see if my "normal RF" which is lightning the bulbs also could do this submerged in tap water.

I used an almost depleted 12V battery powering the Mazzilli oscillator which was connected to 550W of halogene bulbs submerged.

No shocks when putting in 1 finger, but when spreading out more fingers, you can feel the voltage build up.
A submerged probe tip shows the effect.

Video here:  http://www.youtube.com/watch?v=b2GqOvoMPko&feature=youtu.be

Regards Itsu

Hi Itsu, Very interesting test result. What kind of water did you use ? If I was doing a demo to show a light under water I would use as pure of a source of water as I could.
I would use rain water or maybe even distilled water for it's increased resistance. De ionised or pure water has a resistance in the order of 18 000 000 Ohms per centimeter.

Resistivity of Water.
http://www.myronl.com/applications/diapp.htm

Now if salt (and other things) can reduce the resistance of water, maybe there is an additive that can increase the resistance of water even more than 18 million Ohms per cm.

Something like that would make demo's easier and damp that waveform right down.

..