Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[starcruiser]

v8karlo,

have you tried different core materials? Copper, Aluminum or Iron?

How about rectifying the output and powering an inverter? or use another trafo and 10:1 to step down the output to 120/240?

[v8karlo]

When I first time discovered it, it was small yellow toroid
from PC supply. As I remember I've got then unbelievable
450V and double mA from input (Input was always 100-250mA/12V).
Then I didnt know why this setup works, and how. I just knowed
when I put diode on right place and connect it like that it gives
lots of voltage.
Only after a year when I started working with Ferrite rods
occurred to me (because coils are one on top of other) that
capacity between coils was what gives that much voltage
out. It discharged like capacitor.
I tried toroids (iron dust), laminated 1:1 trafos from PC power
supply, but at the end ferrite rods gives me best results.

1200 V at the output is only because I use UltraFast 1000V diodes, and
they break if you go higher, but can witstand 1200V without problem.

Just go for higher freq and decrease Duty Cycle and it goes 1800-2000V
in split second (1200V isnt limit) and when diode break, mosfet with signal
gen. and other stuff goes pa-pa. So I learned my lesson few times.

Ferrite rods is my best choice.

[Thaelin]

   I keep looking at the 3 phase trans and it reminds me of the way
bigger one that I have. This may not help at all but its a 220/208 to 55v
one and its about 45 lbs. Been using it to play with resonance with.

Windings are around #18 so can dump quite a few amps.

thay

[v8karlo]

Sorry, I forgot to mention.

Input cap is very important, it should be at least 100 uF (cheap electrolitic),
and when connecting ground to its minus leg effect is
more pronounced. Here is corrected schematics.

[v8karlo]

Laminated trafos loves 5-8 kHz
Iron Core yellow toroids loves 12-16 kHz
Ferrite loves 18-22 kHz

for best performance.

Its so simple that you could laugh Tariel said,
and it is !