Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

Akula never say, that grounding not must be over 10 meter long.

Hi MenofFather,


I just bumped into this video of Roman Corp which was released last month.
I need your help to translate for us if he have got a self runner using Led.Thanks.

Качер Романова
http://www.youtube.com/watch?v=PBNNRbhUUnA&list=UUvT3m1xzfZAT_1wbYnjFEGA

I have seen this similar concept somewhere in Russian made youtube that a energised magnetic coil around electrolyte capacitor would assist to build up a charge on the capacitor.

[d3x0r]

I mean translator for Ruslan words in diferent places. That akula saying I translate. He much speaking, but wery small saying practical things.

same with ruslan's last video? https://www.youtube.com/watch?v=7_z_cqygQK8

[NickZ]

  MenofFather:
  But, Ruslan did say that the ground connection is an antenna, that must be made to the proper size. Like 37.5 , or so meters long. So, he also uses a long ground cable.  If it made no difference both he and Akula wouldn't use it, as it  makes the device non-portable (this long cable, and ground rod), unless you also move the ground line around with you, which is not so practical.

  Although on my previous devices, the ground connection made little or no difference, I believe it to be a clue that something is not right.

  MenofF, thanks for helping with the translation.

  Thanks to T-1000 for the link to the Akula second device video.

  I'm setting up a new induction heater/Kacher crt combo, here below is a picture of what it will look like, I need to finish it, but this is what the basic set up looks like.

  I had a problem when using bad solder wire to work with, which would not flow, and so I couldn't make my new oscillator crt.
I bought new solder today, and will continue with this project.

[MenofFather]

Romanov... I not think, that he have selrunner, so I not see reasont he translating. And here power also wery small...
In last video ruslan Ruslan, I also not see anything wery important. He say, that in akula divice must go voltage trought coil. That akula's schematic is not compleate and asking akula how ajust? If voltage no gose trought coil, then you not get that we need (I asume, he means needed voltage). And saying, that output coil in that schematic must be like it coil, who showing Ruslan in that video.
So is very simple, looks, just to get overunity need ajust propercly kacher with output coil! First you must get 220 volts on output with let say 25 W incandesel bulb. Then you must try ajust kacher or output coil (it rewinding), that kacher and output coil be in special resonance. Then that be then you can put on output coil let say 50-100 W load and consumption must be smaller, than output power. Here no sinchronisation with HF and LF, youst need find resonance betwen kacher and output coil. Others words is bla, bla, bla. I almost shore in that.

[d3x0r]

SO I have my akula/kapagen core coil.... I wound mine on probably a thicker tube, and 64/32/16 of single strand 14ga wire.  (actually 64 turns, 64 turns back with the same rotation of the core, a skip back to 32nd winding, to start winding 32 turns turning the core the opposite direction (and for all other layers), and 32 turns along the top of that maintaining core rotation, skip back to halfway point on that winding 16, and 16 back on the top.)


So that makes them all caduceus coils...


I have a driver that's 64*50/48 turns... ( akula is 50 turns, in relation to the 48 turn winding, rescaled to 64 turns ) so ... 66 turns.


the 'drive coil' measures 223uH; the kapagen coil measures 263-266uH (end to end) (and actually with or without ground)
the kapagen has a 'core wire' which is the wire that passes through the inside of the bobbin it comes off of the outer 16turn coil; and it has a 'outer wire' which is the the open side of the 64 turns


I have a function generator and at 25-50% duty cycle square wave or sine wave I get the same resonant frequencies.


at 973Khz (0.97Mhz) 'outer wire' connected to ground, resonant signal out of 'core wire' lights 12V LED
at 1843Khz (1.8Mhz) 'outer wire' connected to ground, resonsant signal on 'outer wire' lights 27V LED


at 1231Khz (1.2Mhz) no ground; resonant frequency that gives differential signal out of core and outer wire drives 32V LED


at 1073Khz (1.0Mhz) 'core wire' connected to ground, resonsant signal out of 'outer wire' lights 12V LED
at (2.3Mhz) 'core wire' connected to ground, resonant signal on 'core wire' lights 6V LED


I have a LED board with many LEDs wired in series that go left-right right-left left-right etc... so  I can just loop rows of LEDs and get a longer series load.
Since the LEDs are multi-tap kinda sketched how it works.


Eventually the 2 videos I did will finish uploading and processing... made a video recording said measurements (want to go back and look at how many LEDs there are... Blue are 3V (threshold) and orange/red are 1.3V(threshold) (roughly).


how is ground not flat always?  How can I improve my ground?  A bowl of water?  A battery terminal?  Since at some resonant frequencies I get a high enough voltage to light the LEDs while at the other end....


The sketch has switches A, B and C, and frequency X marked.  The graphs are labeled as which switch is closed, and the frequency multiplier.  0 Marks that no switches are closed.  when neither A or B are closed, C may be open or closed.... otherwise C prefers to be closed... but being open there is still a differential between the low signal side and the high signal side that can light the same voltage of LEDs minus a little....
In the top and bottom graphs, the low signal line follows the high signal line in-phase, but lower amplitude. (almost flat)




there are 2 ground points, although in reality they should be the same.... and a meter measures a dead-short between the two points.... although the physical connection would be the plug in the wall.... I do still get enough voltage on the side connected to ground to light some LEDs...


Frequency measurements : https://www.youtube.com/watch?v=5mJ69PlY7HA
caduceus vs bi-layer coil ramble : https://www.youtube.com/watch?v=iopTlbKMaRE


----
Can anyone explain what is happening?  Yes every wire has an inductance whether it's straight or not... adding a length of wire along the ground path does change the frequency very slightly... but feet of wire should be in ticks of Ghz or something


Edit : fixed schematic, I do have a 400V bridge rectifier between the coils also, but it plays no apparent part in the output (apparent).