Kapanadze Cousin - DALLY FREE ENERGY

[dewetw]

conico

Thanks for the feedback, I will have a look.


Bat1Robin2

Hey man, cool gnome 

I have to say you are a brave man placing the probe on the inside of the antenna at full working voltages. You are right, I was measuring the voltage applied to the tesla primary vs the voltage transmitted by the antenna. This is thus not a representation of power going into the tesla coil as such. It is however a representation of how power is "transported" through the system. When loading the output with the ground LEDs there was no decrease in the grenade LEDs output, nor did it seem to load the input from the function generator. But I will keep on doing some more experiments.

[URFA]

"You have to learn how the electromagnetic waves are acting in a high frequency transformer system. Then you have to bring the Kacher and the receiver coil in resonance  When you are ready then, Only then you can build the small circuit with the mosfet to hit the positive or the negative phase of the wave.(Like Pomah) Or vice versa. Hit the positive  phase of the wave to receiver(Grenade coil)  with kacher or tesla coil.(Like Ruslan or Akula) Thats it!!! You can see of yourself the overunity you wish."

Regards.

https://www.youtube.com/watch?v=td0wvG6ZGfE


Ibrahim.

[AlienGrey]

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.

Ha Ha is this a joke, how much do you think the caps will cost ?? and do you know any one who has got one working ?
I suppose you could make a 12 or 24 volt version, it would still cost a packet though!

[AlienGrey]

S9 please republish the link your talking about.

[NickZ]

  GeoFusion:
  After reviewing your last videos, it looks like you might have lost the ability to light the bigger 300-500w bulbs, when you changed your bridge rectifier to the simpler two diode type.  Could that be so? 
  Watch that you don't touch the big white AC capacitor, with 250v on it, as it could knock you out.  I did that on my full bridge rectifier's capacitor (400v, 200uf), and it was no fun.
 
  Also, I believe that one of the reasons that you can't light the bulbs any brighter, than what looks to be about 25%, or so, on the bigger bulb, may be due to the diode that you placed on the PS.  The diode may be limiting the output from the PS to only 3-5A, instead of 15A that the PS can provide. So, I would recommend that you should try a bigger 15 amp diode, instead, or one that matches the output levels of your PS. IF you place only a 3 amp diode, on a 15A PS, and are drawing 4A from the push-pull by itself, and another 2-3amps from the Kacher circuit, for a total of about 6 to 7amps or so, that may be why the diodes are burning out. And the output lumin levels only drops with each additional bulb. Placing any additional bulb(s) which are only all sharing the SAME limited output from the PS, that can also drop the output voltage levels, as well.  Or not?
Ruslan is using higher capacity diodes on his PS now, also.
 
   I can wait for your feed back loop to be connected up, and you showing what it can do.
I'm still holding my breath, and I'm starting to turn blue. 
Just kidding.
  Nice new push-pull and Kacher driver circuits.
  Please say hello to your Serb friends, for me. And give them my thanks for helping you out on those new drivers circuits.