Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

T-1000
In this picture is L1 & L4 wound clockwise or counter-clockwise?

Romanov did not give details and in http://www.youtube.com/watch?v=Sbb_kSgvzoo you can try to check on what is visible. Also It is same as Tesla coil just with primary with middle connection for flip-flop circuit and secondary is inside as choke and with one addditional coil for current source.

[dllabarre]

Romanov did not give details and in http://www.youtube.com/watch?v=Sbb_kSgvzoo you can try to check on what is visible. Also It is same as Tesla coil just with primary with middle connection for flip-flop circuit and secondary is inside as choke and with one addditional coil for current source.

Sorry.  I thought it was a picture of your device.

[MenofFather]

... suggestions welcom.

Regards Itsu

You can try make selfrunner http://www11.speedyshare.com/NmG9r/download/pantiuchov.png
Here some videos of it
http://www.youtube.com/watch?feature=player_embedded&v=lxCCGNfD2cg
http://www.youtube.com/watch?feature=player_embedded&v=7IO02JYSZXE
http://www.youtube.com/watch?feature=player_embedded&v=GleKyj3S5C4#!
Autor this generator have many versions and he say that most important is LC circuit and generator and that need very exatly find frenquency, very dificult find and from temperatures it can change...

[dllabarre]

T-1000
I just want to be sure I have this correct now.


In this picture:


L2 is wind in opposite direction then L3.
L2 wire length is 4 times longer than L3.
C2 is used to tune L2C2L3 tank circuit to my desired frequency.


L1 is primary from Induction Heater circuit and C1 is capacitor on Induction Heater circuit.
L1 is wind in same direction as L3?


Does L1 have the same amount of copper wire mass as L2 and L3 added together? I believe Tesla says primary and secondary coils have the same wire mass.


C1 is used to tune primary L1C1 to my desired frequency which should be the same frequency as the secondary L2C2L3 tank circuit correct?


Is this all correct?


Thanks
DonL

[T-1000]

T-1000
I just want to be sure I have this correct now.


In this picture:


L2 is wind in opposite direction then L3.
L2 wire length is 4 times longer than L3.
C2 is used to tune L2C2L3 tank circuit to my desired frequency.


L1 is primary from Induction Heater circuit and C1 is capacitor on Induction Heater circuit.
L1 is wind in same direction as L3?

Trying to folow Tesla coil building rules makes it much more easy to tune.
L1 is Tesla primary. L3 is virtual Tesla receiving coil so winding is on same direction as L1 while L2 is opposite.

Does L1 have the same amount of copper wire mass as L2 and L3 added together? I believe Tesla says primary and secondary coils have the same wire mass.

Correct, L1 mass = mass of L2+L3

C1 is used to tune primary L1C1 to my desired frequency which should be the same frequency as the secondary L2C2L3 tank circuit correct?


Is this all correct?


Thanks
DonL

L1C1 - resonance in paralel matching same frequency of resonance on series L3C2. L3C2 resonant frequency is same as 1/4 natural resonant frequency of L2 (calculated by wire length of L2 and multiplied by 0.7 for more real proximity)

Also while L2 makes fast moving particles(avoiding to call them positrons for clear meaning) the L3 should accumulate and slow them down so you have 2 things at once - N. Tesla transmitter and receiver on same system.

You can try make selfrunner http://www11.speedyshare.com/NmG9r/download/pantiuchov.png

The diode on transformer primary was not shown in video, there is mistake made in circuit. You need to redraw it straight from video to find all mistakes.

Just my quick thoughts based on my knowledge...
The choke with two windings while one of them makes LC resonant circuit on much lower frequency (1/10th said in video) and its function is to slow down fast particles from BEMF and it also makes reactive power and induction in another half of choke. (Don Smith way). Also please pay attention what is purpose of capacitor and diode connected to transformer's primary another half. The transformer output is also over half wave diode rectifier and capacitor in series what makes BEMF spikes to accumulate in capacitor as well. And whole circuit connection over transformer and choke makes very similar circuit to the concept I just wrote in first lines.