Kapanadze Cousin - DALLY FREE ENERGY

[conico]

This Adrian's movie is only half truth, he show a dancing wave on inductor but it must be the same dancing wave (other frequency) on grenade coil.
Several weeks ago, I read on internet about a radio transmitter in east to jam Western European radio stations, the same principle is in our devices, wave interference. I'm sorry i didn't save that page , it was spiking in relation to Ruslan, Akula devices.
I remember the ''principle of operation'' explained in those devices  is about interference of two standing waves,  those are: Grenade Standing A-Field with HFreq and inductor standing  A field low freq. Thouse two A-fields must be opposite and of course, must be in resonance and the effect will occur.
Now Hoppy have a ''principle of operation''.

[verpies]

Hi. All those dancing waves presented here and there are related to the scope sampling rate and theory of quantization.

It's not as artificial and uninformative as you suggest.
For example the shape of the current waveform (blue), visible at faster timebases, is the classic current waveform occurring in saturating ferro-cored transformers.

[lost_bro]

It's not as artificial and uninformative as you suggest.
For example the shape of the current waveform (blue), visible at faster timebases, is a classic current waveform in a saturating ferro-cored transformer.

Good day Verpies

Did you notice that the Blue Spikes (saturation peaks) are intermittent signals and seem to correspond to the Karcher pulses (apexes of Inductor/grenade sinewave). This can be seen when he changes the time domain/resolution on the scope.  I mentioned this in my post but no-one commented on it.  Now that you mention possible saturation of the yoke core, we have come full circle from our post last week.

Kapanadze devices and replications / Re: Kapanadze Cousin - DALLY FREE ENERGY
« on: December 16, 2016, 07:35:52 AM »
Quote from: lost_bro on December 16, 2016, 01:19:20 AM
The Grenade and Inductor are Air Core coils, so the only material to be affected would be the Cu metal in the windings.

...and their insulation.

Quote from: lost_bro on December 16, 2016, 01:19:20 AM
Don't know if that counts, unless the HV pulse could travel back to the Yoke core/coil windings through the Grenade windings.

Indeed it could.

Why would these *apparent* saturating fero-core XFRMR wave forms appear to be in *sync* with the apexes of the Grenade sinewave?  The only ferro-core in the system is the yoke core..................

take care, peace
lost_bro

EDIT: actually it seems the blue saturation spikes/peaks are *firing* antiphase just before TDC (top dead center) of the apexes.  This would correspond exactly to when the Karcher fires its pulse(s).

[lost_bro]

Good day All

Just to confuse matters, I will add:
So, the question is: does he have a ballast resistor across his CT?
And what are we actually seeing?

take care,peace
lost_bro

[verpies]

Did you notice that the Blue Spikes (saturation peaks) are intermittent signals and seem to correspond to the Karcher pulses (apexes of Inductor/grenade sinewave). This can be seen when he changes the time domain/resolution on the scope.  I mentioned this in my post but no-one commented on it.  Now that you mention possible saturation of the yoke core, we have come full circle from our post last week.

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.

Why would these *apparent* saturating fero-core XFRMR wave forms appear to be in *sync* with the apexes of the Grenade sinewave? 

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.

actually it seems the blue saturation spikes/peaks are *firing* antiphase just before TDC (top dead center) of the apexes

The "antiphase" is just an artifact of scope probe connection.  If one probe was reversed then they would be in-phase.

The only ferro-core in the system is the yoke core..................

Most likely that's it, but AFAIR there is also a ferro rod at the grenade.