Kapanadze Cousin - DALLY FREE ENERGY

[bitbo]

I did not analyze it that deeply to notice the correlation with the Kacher waveforms.  I just peeked in here and noticed the unmistakable resemblance to saturation current waveforms.
If it correlates with other waveforms than all the more credit to your observational powers.
This is the classical picture of the voltage waveform vs. the current waveform in a primary winding of a saturating transformer driven by a sine voltage source.
In the primary of a transformer, the phase between voltage and current depends on the loading of the secondary.  Ideally, without any such loading, the primary V vs. I phase should be at 90º (zero real power).  With heavy loading, that phase approaches 0º.
The "antiphase" is just an artifact of scope probe connection.  If one probe was reversed then they would be in-phase.
Most likely that's it, but AFAIR there is also a ferro rod at the grenade.

To All,
sorry to warm up old things, but i came across this
video, which still is not clear to me: (see attachment)
- At the top scope shot the HF is not present
- At the middle scope shot the HF is present[/size]
- At the bottom scope shot, where he opened wide the x-axis one can see that it is not a oscilloscope sampling problem.


I am curious if that is influence from Kacher or another coil due to the fact that this HF influence
is not visible over the complete signal (just when voltage and/or current is present)


For me it looks like that there is some kind of HF interrupter in between ?


What do you think ?


bitbo

[Hoppy]

Agreed Nick!

Please keep posts to topic.

[AlienGrey]

Agreed Nick!

Please keep posts to topic.

Bitbo I think it goes unstable at peek current in your output driver stage try getting some caps across the top supply input of the coil and where your Emitter feed is got from and as close as you can or across it's feed. Big paper caps none electrolytic like 2x 4.7 mfd, and use ferrite sleeves on base gate drivers too.

Bitbo you can break the unit down as you test it with a scope like driving you grenade coil and scoping the output and seeing what you get, if all is well you might be able to see the harmonics at resonant frequency's if not it's not tuned up correctly.

that's what i think !

[zalmoxis]

@NickZ This topic is not dead!
Guys here are some .. achievements

ok .. let's start .. push-pull has 2 or 3 sweet spots where is pushing energy into the inductor ..
i push what comes out from the toroidal transformer into the inductor coil thru 330nF i also tested with 100nF but lower capacity lower the BULB light is .. the grenade is built like this  2.5mm square wire 52:52:26:26:13:13  (38 meter wire and i have left UNCUT around 1.8-2 meters out of the grenade)  the inductor is built with same type wire 26:26:26 (19 meter wire) The grenade coil is not built like you do .. see attached image.
the inductor circuit is sucking around 500mA!! - 7Amps. When the bulb lights bright it is sucking 6-7Amps (without Tesla ON)
When i start tesla coils and start messing with the tesla potentiometers .. sync phase frequency .. etc .. nothing happens to the BULB .. i do get some more .. noise on the oscilloscope some spikes of higher voltage than the sine wave.
I also use a grund wire of ±15 meters of 4mm square copper wire.
Into the tesla i push 33 volt or 80 volt i have to output voltages from the DC/DC. When i push 80volt the ampermeter connected to the inductor starts showing dumb numbers .. if i connect my hand to ground wire .. the ampermeter show lower amps number with the same bulb output light .. interesting .. but i can not tell you that those reading amps numbers are true .. because of high static field in the room the multimeter can foul me.
The inductor coil is getting really warm/hot .. into some NOT MELTING limit haha. Grenade remains cold with bulb fully light @ 75watt incandescent bulb !!
I can not do any more tests without an oscilloscope with 2 or 4 inputs .. i will try to play with some microwave oven diode on the inductor or grenade .
What i've achieved is a working high frequency air core transformer 
more experiments to be done with some new caps next week.

The oscilloscope images were taken from the output of the toroidal transformer with just a BULB load (no light, low voltage, high amps)

[zalmoxis]

Grenade coil oscilloscope images with bulb fully bright