Kapanadze Cousin - DALLY FREE ENERGY

[conico]

 for dewetw:

I do have the same result, the signal from kasher and grenade coil was sifting 180 degrees. I believe the signals must be in phase at resonance. I solve that, the two terminals from the grenade coil, I have changed between them.
I posted on the bottom of the page 1010.

[Bat1Robin2]

I watched the video and to my understanding you are monitoring input voltage and output current is that correct?
Then you say the pink is the product of the 2 traces.
However then you say the pink is the power. But input power would be current and voltage on the input nothing to do with output current.
So your conclusion that the pink is power seems to me an error.  It is much more likely that you have hit a resonance point of the coil which makes it an efficient transformer at that frequency which allows the leds to light on the output.
Can you clarify what you are showing?
Standard transformer = 180 phase shift input to output. if you are comparing input to output you need to keep the phase in mind.

[justawatt]

http://realstrannik.com/media/kunena/attachments/999/WO2016082013A1.pdf
http://realstrannik.com/media/kunena/attachments/702/document.pdf

This guys one patent with circuit diagram.

The invention relates to an electron accelerator generator that comprises an electronic circuit
powered by the electricity mains by means of a socket (1), two bridge rectifiers, a transformer (4),
two electrolytic capacitors (7, , a bipolar transistor (9), a 110 V or 220 V Zener diode (10), a
11000 Ohm/10 W current limiting resistor for the Zener made of metal oxide or wire (11), a 600
Ohm/45 W wire resistor (12), a bank of six or more mega-capacitors connected in series of 20 to
1000 Farads/18 V each (13), an MOC 3012 photocoupler (14), two 4N25 photocouplers (15, 16),
an LM 555 integrated circuit (17), a TIC 226 TRIAC or equivalent (18), an IGBT module for 1000
V/200 A or greater (19), a 330 Ohm/1 W metal-oxide resistor (20), a 220 Ohm/1 W metal-oxide
resistor (21), a 3300 Ohm/1 W metal-oxide resistor (22), a 1000 Ohm/1 W metal-oxide resistor
(23), a 1000 Ohm/1 W metal-oxide resistor (24), a 100 Ohm/1 W metal-oxide resistor (25)
connected to the LM 555 integrated circuit (17), in which this circuit as a whole supplies any
external load, the power of which is greater than the input power of the generator. 

patent claim
input =120 volt @ 0.6 amp=72 watt
output=120 volt @ 40 amp= 5400 watt


Basically how fast you can discharge a capacitor  that is more power.

[Hoppy]

can some one explain this , he is getting 220 volt from Stubblefield  like coil and 20amp from outer coil.
https://www.youtube.com/watch?v=-lpbyzTQZag

how can this help us in our research any ideas  ,which side to get 220 volt and 20 amp together

                                                             outer coil =20amp

                                                           Stubblefield coil= 220volt
                                                          -----------------------------------
                                                              metal
                                                         ---------------------------------
Hv ---------------> <----------------------====================-----------------------hv
                        sparkgap                  -----------------------------------
                                                               metal
                                                         ------------------------------------
                                                           Stubblefield coil= 220volt

                                                              outer coil   =20amp

The outer coil when loaded to pull 20A will show a very low voltage across the load. Its not 20A @ 220V.

[Acca]

Here are some photos of
Adrian Guska Free Energy Device