Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[crowclaw]

@ Thomas
@ Bill
This circuit makes for better understanding, the only problem is should anyone want to replicate it the  inverter circuit (15) won't work. Basically the centre tap of the output transformer should connect to the +ve output of the bridge, while the emitter junctions of the NPN pair return to the -ve of the bridge rectifier. This inverter will self oscillate at the desired low frequency of around 50/60Hz. Merv

[VenomTT]

@ crowclaw:

It is not my design, i sent the link where I downloaded from.

It would be of great help for me, If You could modify the file ( photo ) and upload it for better understanding.

Please.

Thanks,

Thomas.

[crowclaw]

@ crowclaw:

It is not my design, i sent the link where I downloaded from.

It would be of great help for me, If You could modify the file ( photo ) and upload it for better understanding.

Please.

Thanks,

Thomas.

@ Thomas

Yes thank you, I appreciate the time and trouble you all go to in providing help and information. Kind regards. 

[dole]

Hello @everybody,
I just apologies if I post something already posted (probably posted before on wrong place :) but anyway just in case, we dealing with Tesla tec. so some years ago I was thinking which way he wound coils (patent 1,119,732)? Interesting here to, watch 2:58  4of5 and 1 mil. $ question, witch way extra coil is wound? Extra coil is not GND connected 3:05 you se open connector. And we think again :)
This extra howto video, is just principal 
Ones again, everything I post/write here is posted before so this is just repetition.
I followed a “friend” on http://destine.rutube.ru/  and on 29.okt.2009 his say 1,3 A 30 V in -> 100W out. My feeling is at the end all comes to impedance. Initially: http://en.wikipedia.org/wiki/Electrical_impedance#cite_note-LewisJr-9
And I am studding this for now. By the way here to http://www.tpub.com/content/neets/14181/css/14181_17.htm

Ps. Got .a price for some of NPS/XPS neon trans,  posted earlier, all ere around 20$, but problem is capacitors, any suggestion? (We deal with 35kV input, and 9kV output respectively :)

Regards
d.

[crowclaw]

@ Goat,

Sorry I didn't reply to your question regarding a single turn primary. Driving  HF signals fed from an oscillator into an inductive loop can produce very high AC currents of several amps. The DC requirements of the power source for the oscillator can be in the order of only an amp or so. Hence the high reactive energy currents (low impedance to AC) set up within a single loop coil is not reflected in the DC current demands from the supply circuit. As an example a single 16" loop of  copper pipe in a LC parallel circuit suitable tuned to match an oscillator operating at around 1Mhz can run extremely HOT with a resultant AC current in the order  of 15_20 amps. The DC power supply can operate around 12 volts at an  amp or two by careful design.  Cheers Paul.  Regards Merv