Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[baroutologos]

@znel,

the interesting part (at least for me) is not the shift of the voltage node... it is that high frequency oscillation without any capacitance to match the L component to do so. At least at first sight...
In your schematic, your LC circuit, instead of series (as in a typical Kacher is parallel), both ends antinodes, whereas node is in the middle.
In mine, i still try to figure out. Perhaps verpie should lend a hand

@jbignes5,

I will try to center ferrite, although i expect no major difference. By the way, i have noticed another peculiarity with ferrites as they tend to heat in the middle. I have used the 180mm coil and another 400mm long coil. Again, ferrite's heating point is in the middle.

[Kator01]

I was experimenting with my Kacher setup and noticed an oddity, to me at least.
I regarded Kachers were run by their LC component that is the coil and stray capacitance or any added capacitance. I know they also formulate a standing wave, that correspond to the running frequency thus determining wavelength etc

A couple of days ago, a noticed (i say it with some reserve though) that this is not necessarily so. A kacher can be run also at a frequency determined by the... voltage nodes? i explain...

...
When i assembled my Kacher with a coil (24awg, 180mm length, 50mm diam, 1.43 mH) and i left (coil) open ended, it oscillates about 1.72 MHz freely. By forcing an antinode to the hot lead, (applying a resistor say 10K and connecting it to emitter or ground or even short it to emmiter) the Kacher starts oscillating at 2.8 MHz (more or less), nothing suggesting that exists any LC component for dictating such oscillation. Also, no matter if i add any capacitance anywhere, this frequency does not change much. (if at all)

By inserting a ferrite rod inside the coil, the frequency alters or lowers to some 2.2 Mhz and by observing coil's standing voltage with a screw driver, the voltage antinodes stays more or less the same, both ends are not hot, (especially if emmiter is really grounded) but this time the "standing voltage wave" is skewed. Of course a lower frequency has a larger wavelength, but since both HV coil's ends (i.e. base and emmiter) are almost same voltage assume a skewness to exist.

utube video: http://www.youtube.com/watch?v=Jxp6wrh2Pqo

I would enjoy some comments

Hi baroutologos,

please have a look at the pic attached. All these capacitances are present within the inner structure of a transistor.:

What I do - in order to find out which of these are dominating :

I simply solder a 50 of 100 pF keramic- or styroflex-capacitor in parallell to one of the invisible inner capacitances C4, C5, C6, each at a time and record what happens.
I would bet most influence wiil be by the Collector to Emitter Capacitance... but itis just a guess from my experience 20 years ago. I do not have experience with the Kacher.

The free wheeling hv-coil with top end open refers to the air-capacitance ( 10 to 100 pF I would guess) and one of the inner capcitances. Once you load the top this mode of operation ( not resonance)  breaks down and only the inner capacitance across the simconductor-layers become prevalent.
High frequency has it own laws. You learn it by doing and by the experience of seniors who know some hf-basis.
I myself spend hundrets of hours experimenting. Especially with this tesla-coil capcitances have to be taken in account all around you, including your body. Spread your arms wave your arms around your setup and watch your scope.. but first start with the hidden transistor-capacitances.

Good luck

regards
Kator

[ronotte]

@kator01
please do not be fooled. The two waveform pictures are taken in the same instant.  It must be said that the secondary is without any tank cap as max output is just on coil's own resonation.
Roberto

[woopy]

Hi all

great input everywere here, bravo à tous

Today i tried a replication of Sem77 (delamorto ?) system he posted in his youtube that he retired after receiving some comments.

And his shematic works. I don't know the efficiency, but this time i get real filament lighting in a 40 watt 220 volts bulb.

Will try to get some measurements and to change the copper tube. Notice i don't use a ferrite rod at all in this experiment. Perhaps i should try ferrite or a spiral copper tube etc...?

Lot of thinking tonight

Good luck at all

Laurent

http://www.youtube.com/watch?v=94yCfy8z4lc

[verpies]

Apparently the load (or antenna) is very mismatched in this circuit and causes strong reflections of the waves back through the coil that acts as a transmission line.

This experiment with the neon  bulb screwdriver reminds me of the old Hams that put a light bulb across their feed lines.  See:
http://www.youtube.com/watch?v=w1eE13UXAKs
http://www.youtube.com/watch?v=4vdSP-580Vw