Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

Gentlemen,

https://www.youtube.com/watch?v=F7EkHm08Te4

Regards, Penno

And back to basics: https://www.youtube.com/watch?v=x7KOr7FrPHA

[AlienGrey]

I don't know.  I could not see behind the table o debajo de las patas.

How about this one and other videos by this author?

Virpies
I won't beat about the bush on this one, there was another video one youtube showing it's secret, it's the metals that are used in the device.

THIS ISN'T IT OK it's a joke one https://www.youtube.com/watch?v=azsDvoYCJIM
This is the one ok https://www.youtube.com/watch?v=Es7KiqgM68k
https://www.youtube.com/watch?v=2s3x7Ak3U1Y
https://www.youtube.com/watch?v=Im2HDT_msmw
it's in good faith ok.

Nick
Don't you go on, (To be a constant source of anxiety or annoyance)  nothing personal mind. 
I thought this thread was about sharing and learning by sharing and experimenting are you saying that that is some kind of espionage that excludes you

Anyway here is another device that might be of interest. It also works on Flyback EMF.

https://www.youtube.com/watch?v=FFxhwariZEg

[nelsonrochaa]

Hi Nelson,

To refine what is common would you mind to answer few questions? This would allow us to see what is common and different.

1) You are also using high voltage in your builds. What function it does in your system?
2) Are you using cw+ccw windings? If so, are they influenced by high voltage field?
3) Are you charging capacitors with system output? If so, do you also use some inverter circuit to step down voltage for loads?
4) Are you using nanosecond spikes for gaining extra energy from the environment?

Cheers!

Hi ,
Answering your questions by order:
High voltage is present because the collapse field of a coil tend to create high REACTIVE kick that are able to fill capacitors to high potencial easily not all types , that is the main reason but not just that. How we will interact with ambient and electrostatic field without high potential ? Should we use high positive potential or high negative potential ? Should make diference if that high potential is positive or negative  in relation to ambient surround?
I use coils with cw/ccw configuration to do particular action even in low voltage , coils could act like a diode, blocking current in one Direction and even  regulate that current under certain techniques . about the infuence of the hv in that type of  configuration  it will depend of many factors how is the "signature" of hv in output,  but that you  already know about that .
No i do not charge caps with the output , but i discharge caps to have output but that caps first need to be full    is the reason to i say that systems have more that one stage and should not be  understanded like just one process  but a combination off several process.
Yes i use nano pulses but made by own design ;  their action is  create a heavy unipolar pulse that make a very sharp pulse in a coil in a combination of series /parallel resonance . That effect is managed by a parametric oscilator that regulate how stronger is the pulses applyed to a coil and the frequencie used. the pulses will increase in their intensity after some seconds system start working and charges start be collected in other stage of circuit, make pulses going stronger and stronger , oscillation after oscillation.
Hope my answers could help you about your doubts
Cheers

[nelsonrochaa]

I don't know.  I could not see behind the table o debajo de las patas.

How about this one and other videos by this author?

Hi ,
You have right about that , but even i make a shot showing you las patas of favor  it will enought  and i understand that .
Im not sell anything , even and dvd with a guide like i see lot of people doing

Cheers

[lost_bro]

Hi ,
Answering your questions by order:
High voltage is present because the collapse field of a coil tend to create high REACTIVE kick that are able to fill capacitors to high potencial easily not all types , that is the main reason but not just that. How we will interact with ambient and electrostatic field without high potential ? Should we use high positive potential or high negative potential ? Should make diference if that high potential is positive or negative  in relation to ambient surround?
I use coils with cw/ccw configuration to do particular action even in low voltage , coils could act like a diode, blocking current in one Direction and even  regulate that current under certain techniques . about the infuence of the hv in that type of  configuration  it will depend of many factors how is the "signature" of hv in output,  but that you  already know about that .
No i do not charge caps with the output , but i discharge caps to have output but that caps first need to be full    is the reason to i say that systems have more that one stage and should not be  understanded like just one process  but a combination off several process.
Yes i use nano pulses but made by own design ;  their action is  create a heavy unipolar pulse that make a very sharp pulse in a coil in a combination of series /parallel resonance . That effect is managed by a parametric oscilator that regulate how stronger is the pulses applyed to a coil and the frequencie used. the pulses will increase in their intensity after some seconds system start working and charges start be collected in other stage of circuit, make pulses going stronger and stronger , oscillation after oscillation.
Hope my answers could help you about your doubts
Cheers

Good evening Nelson

Thanks for taking the time to answer the questions posed by T-1000, I was waiting also to hear your response.
The high dV/dT of Unipolar pulses along with the cancelling effect of CCW & CW coil configurations are a recurring theme in the proposed M.O. of these devices.........
Interesting that you mention Parametric Oscillations:

"CHAPTER II
SIMPLIFIED EXPLANATION OF THE OPERATION AND CHARACTERISTICS
OF THE PARAMETRIC TRANSFORMER
2.1 Operation of the Parametric Transformer
The parametric transformer is a passive, static power
conversion device, which utilises the principles of parametric
excitation to produce output power. It consists essentially of
a variable inductor and a capacitor, which together form an
oscillatory circuit. The variable inductor corresponds to the
secondary winding of the parametric transformer, the inductance
of which is varied periodically in time by the alternating
current in the primary winding. A load to which power is
delivered is connected across the capacitor.
The basic operation of the parametric transformer may be
explained on the basis of the general principle of parametric
resonance stated in the previous chapter. When the primary
winding of the parametric transformer is-fed with alternating
current of frequency f, the inductance of the secondary winding
is varied at twice this frequency through the non-linear magnetisation
process in the iron core. Connecting a capacitor across
the secondary winding to form a parallel resonant circuit at the
frequency f, provides a parametric oscillator working at this
frequency, and capable of delivering power to a load connected
in parallel with the capacitor. Since the device is driven with
the electrical energy required to vary 'Uh e care reluctance, and
also delivers electrical energy to the load, it forms an electrical
power converter which is termed rightly a parametric transformer."

Have attached full report.

*Edit: cannot attach full report =43,000KB too big!

take care, peace
lost_bro