Kapanadze Cousin - DALLY FREE ENERGY

[Jeg]

Hi Void
Probably you deal with a beat frequency between the two coils and that might be the source of the ringing noise.

In addition, I think that the high frequency ringing that you watch at your output, is the oscillation that happens at your drains after your mosfet stops conducting. If you could also open in time drain's oscillation then we would be more sure on what happens there. 

[Void]

@GeoFusion, Yes, I did try it with both the resistor across the grenade output, and with
an aligator clip lead shorting across the resistor as well. See my previous post with the
scope screen shots. The last two screen shots were the waveforms with the resistor shorted
out.

@Jeg, Good eye. There does appear to be some sort of lower frequency modulating the
amplitude of the higher frequency ringing, maybe due the difference between the grenade
and inductor winding resonances, as you suggest.
P.S. You can see in the scope shots that the ringing on the drain is at a lower frequency
than the ringing at the grenade output.

[Hoppy]

To me, this one should be telling us what we need to know:
https://www.youtube.com/watch?v=-TDJwOfAm20

We have a Kacher circuit, Impulse @ Peak and clear indication of current through ground wire.

I only wish I better understood the components, the drivers and how everything is connected.


I also find it interesting how Vasmus' device is immune to self destructing when you disconnect
the ground cable.

Hi Dog,

Yes, these are the reasons why I think this device is a better choice to spend time on. Having said that, I have a niggling (skeptics) feeling that in both that video and his field video, the earth wire is looped-back to the device through an 'X' wire, via a concealled power supply. Also, Notice how cleanly the lights turn-on and off when the earth wire is disconnected.

[Void]

To me, this one should be telling us what we need to know:
https://www.youtube.com/watch?v=-TDJwOfAm20
We have a Kacher circuit, Impulse @ Peak and clear indication of current through ground wire.
I only wish I better understood the components, the drivers and how everything is connected.
I also find it interesting how Vasmus' device is immune to self destructing when you disconnect
the ground cable.

Hi Dog-one. Different people, some variation in setups, but a re-occurring theme.
Driving waveform of some type with a timed HV pulse. Vasmus may be adding something else as well.
Not sure.

Hi Dog,
... I have a niggling (skeptics) feeling that in both that video and his field video, the earth wire is looped-back to the device through an 'X' wire, via a concealled power supply. Also, Notice how cleanly the lights turn-on and off when the earth wire is disconnected.

Ha ha, Hoppy, I would have never guessed that you might see an invisible x-wire in that Vasmus field setup.

[T-1000]

@GeoFusion, Yes, I did try it with both the resistor across the grenade output, and with
an aligator clip lead shorting across the resistor as well. See my previous post with the
scope screen shots. The last two screen shots were the waveforms with the resistor shorted
out.

Just came home
So your frequency on grenade is 5.8 MHz. The wire length by calculation is indicating 51.724 meters. Is that correct?
Now, the Tesla should be around 1/4th which is 1.45MHz. The calculated LC resonance should be on 24.167kHz (1/60) or 14.5kHz (1/100).
When you hook it up as it should be over yoke, please see the current on the ground wire with and without Tesla coil.

Some reading for verpies and Hoppy:
According to http://kodu.ut.ee/~laurit/AK2/NMR_tables_Bruker2012.pdf the NMR frequency of Copper is 26.515473/28.403693MHz which is 11.3141/10.5620 meters for full wave. I would like to avoid these for seeing if the effect not related but will see if I still can replicate.
Also the http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.493.5453&rep=rep1&type=pdf have information - "since the electrons in a typical paramagnetic, ferrimagnetic, or ferromagnetic material generate a strong magnetic field at the nucleus which may be much stronger (as much as 100 Tesla)  than the external fields that are generated in a laboratory." Which I used for yoke device but in resonant approach for the power input.

Cheers!