Kapanadze Cousin - DALLY FREE ENERGY

[itsu]

Itsu,
Just seen your video and there are two things which need to be solved. The output of grenade have to be sinus wave and that happen after resonant series lc on inductor. That go directly to load after, no secondary yoke connection in series. The second thing on 6:03 of video scope shot is, the oscillation on high frequency on the sides of square wave. It is the frequency for nanosecond pulser to form it's peaks.

Hope it helps.

Cheers!

T-1000,

i can get a sine wave like signal on the grenade output when i add a parallel capacitor (0.15uF) across the grenade.
It slightly increases the overall grenade output, but also pulls the Series LC resonance lower in frequency.

The grenade has NO secondary yoke connection in series (the 28 turns is used now (14 turns left) to power the nano-pulser).

The oscillation on high frequency on the sides of square wave (1.14MHz) is there with or without the nano-pulser being active.
There is no way to get the nano-pulser frequency up to that frequency (1.14MHz).

Itsu

[T-1000]

T-1000,

i can get a sine wave like signal on the grenade output when i add a parallel capacitor (0.15uF) across the grenade.
It slightly increases the overall grenade output, but also pulls the Series LC resonance lower in frequency.

The grenade has NO secondary yoke connection in series (the 28 turns is used now (14 turns left) to power the nano-pulser).

The oscillation on high frequency on the sides of square wave (1.14MHz) is there with or without the nano-pulser being active.
There is no way to get the nano-pulser frequency up to that frequency (1.14MHz).

Itsu

The series resonance will output sine wave out of grenade. No caps on the output still.
And nanopulser does not need to fire on each sine wave beginning. The pulse width needs to be half of that sine wave.

[Jeg]

The oscillation on high frequency on the sides of square wave (1.14MHz) is there with or without the nano-pulser being active.

There is no way to get the nano-pulser frequency up to that frequency (1.14MHz).

Hi Itsu
I have the same oscillations on the sides. I didn't look at it in more depth, but i think the cause is the remaining hf oscillations back to the drains again. The are eliminated enough through the lossless clamp arrangement, but still exist even attenuated.   

About nanopulser.
I searched a little to find a Dally's statement that i had read in the past but i didn't find it. He was saying that he discovered the effect when he was adjusting his nanopulser's width. Indeed, any given width gives rise to a specific frequency. If this frequency happens to be your resonant frequency then i guess that it's a matter of what connections you do have for the effect to appear.

T1000
How is the progress? Let me ask you something. Wouldn't be more logic if someone tunes his grenade at the high frequency instead of KHz as this appears to be in the most circuits?

In addition what means in Russian: niz resanans - verh resanans?

[T-1000]

T1000
How is the progress? Let me ask you something. Wouldn't be more logic if someone tunes his grenade at the high frequency instead of KHz as this appears to be in the most circuits?

In addition what means in Russian: niz resanans - verh resanans?

More I dig in, more I find out what actually is needed. Some other hints from akula:
1) The grenade windings which you make opposite have to have exactly same wire length as first 2 layers. This is very important for making standing waves.
2) The ground is source for electrons and the surrounding air+wire insulation is the source for positrons. This is achieved by making pull of positrons from air which are absorbed on wire of grenade coil with the help of magnetic field. The Tesla coil/nanosecond pulser have to attract them but do not absorb by itself. This is why there is Tesla switch style pulse breaking applied.
3) The output of grenade is not from induction, it is from standing wave which contain positrons on one wire and electrons on another.
So here are things to think about how to achieve such conditions...


Good luck everyone!


P.S> In regards to your question it becomes irrelevant with such information. And "niz resanans - verh resanans" actually have meaning of "low frequency resonance - high frequency resonance"

[Tomtech29]

Hi.
I've got a problem and I do not know where is the point of reference of green amplituby called (stroboscope)?
on a two-channel oscilloscope can not see all this as deal with it?
- could someone point me to a place in the scheme ,and suggest how to have this frequency has set for Tesla?

https://youtu.be/9hk-4BojB_E