Kapanadze Cousin - DALLY FREE ENERGY

[00]

I'm still experimenting on Chubinidze coil. Regarding the resonance coil I think it's not a question of how many turns one should do but a question of inductance measurement.

HI Guruji!

see figure and wind coils this way. wind 320 turn coil inside in two layer of 80 turn each. the blue and yellow outer coils are 80 turns also. since we are not using any 50 hz modulator  for modulation the output will be high frequency so we have to use ferrite cored 220v to 12 volt gate driver transformer.

we are just using the high frequency resonance  between thick copper coil with 320 turns central inductor inside alluminium tube. for resonance either slide in and out the alluminium tube  or slide the 320 (4x80 turns) turn coil module. all coils are wound anticlockwise. if you dont follow the winding dots for start of the wind  the circuit wont run and you will not have output.

ps: give special attention to the winding of the flyback invertor driver its different than what are used on homemade inveror windings that ususally come in 12-0-12 or 9-09 transformers. the flyback driver coils as shown in the figure below is the basic overunity coil configuration. so here  in chubinidze  we have two steps overunity one at flyback driver stage and another at  320 turns(4x80 turns) coil module inside alluminium split tube. which gives addded boost due to resonance.


00

[guruji]

HI Guruji!

see figure and wind coils this way. wind 320 turn coil inside in two layer of 80 turn each. the blue and yellow outer coils are 80 turns also. since we are not using any 50 hz modulator  for modulation the output will be high frequency so we have to use ferrite cored 220v to 12 volt gate driver transformer.

we are just using the high frequency resonance  between thick copper coil with 320 turns central inductor inside alluminium tube. for resonance either slide in and out the alluminium tube  or slide the 320 (4x80 turns) turn coil module. all coils are wound anticlockwise. if you dont follow the winding dots for start of the wind  the circuit wont run and you will not have output.

ps: give special attention to the winding of the flyback invertor driver its different than what are used on homemade inveror windings that ususally come in 12-0-12 or 9-09 transformers. the flyback driver coils as shown in the figure below is the basic overunity coil configuration. so here  in chubinidze  we have two steps overunity one at flyback driver stage and another at  320 turns(4x80 turns) coil module inside alluminium split tube. which gives addded boost due to resonance.


00

Hi 00 thanks for this info.
Regarding the flyback driver coils what did you mean that it's different from inverter drivers? cause mine I did 12T 0 12T to mine.
Should I do this in another way?
Thanks

[TheCell]

@00
Could you name a few forum members (also other forums) , who successfully replicated the Chubinidze setup?

[Hoppy]

@00
Could you name a few forum members (also other forums) , who successfully replicated the Chubinidze setup?

[00]

Hi 00 thanks for this info.
Regarding the flyback driver coils what did you mean that it's different from inverter drivers? cause mine I did 12T 0 12T to mine.
Should I do this in another way?
Thanks

hi guruji!

see image and check the difference!

00