Kapanadze Cousin - DALLY FREE ENERGY

[itsu]

Hi TT,

should you not be able to use the red circled switch below to select either channel or both?
It looks like you now have it set to both (L+R, meaning Left and Right).

Itsu

[Tomtech29]

Hi TT,

should you not be able to use the red circled switch below to select either channel or both?
It looks like you now have it set to both (L+R, meaning Left and Right).

Itsu

Yes agrees to the switch should be in position "R" I get it now ,and where to look for the green waveform amplitudę?
as the frequency to check whether so it seems that in this regard I see just something about 230Khz?

[Tomtech29]

I could use jumpers but it does not matter thanks for the help.
waiting for me still a lot of work to get started working with the bell on Tesla
- how to learn tune on

[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.

Well as you could see, "the series resonance does NOT output sine wave out of grenade" without caps, its squared because of the load (100W bulb) behind the FWBR and has some oscillations at the sides.
Not sure where these oscillations come from as the series resonance LC signal (both voltage and current) are nice clean sine waves.

The nano-pulse width is about 12ns, the grenade output squarisch wave is 20us, so nowhere near your "half of that sine wave".
I can influence the nano-pulser input pulse (80 - 500ns), but not the output pulse.


Itsu

[itsu]

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?

Jeg,

i too think the oscillations are coming from the push-pull drains, but it seems strange as the inducing series LC has nice clean voltage and current sine waves.

As mentioned above, i cannot adjust the nano-pulse output width, its kind of fixed at 12ns but i know this fast rise time will generate many frequencies up into the
500MHz range as i can see it on the spectrum analyzer.

Itsu