Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Hoppy and Itsu:
  I remember the increase in power that both you and Itsu had previously shown. HOWEVER, that is no where the same increase as what is being shown by this last Russian guy, (I forget his name).
  I also had a similar increase in bulb brightness at one point, comparable to what you guys were showing before, but I attribute that to the normal added voltage being injected by the Kacher to the induction circuit, which only caused a very slight increase to be noticed at the small 20w bulb. But, that increase in output, was not anywhere close to being able to double the brightness of a regular size grid bulb (of unknown wattage), as is being shown by this Russian guy.  And I doubt that he has anything but regular HV pulses, and not the packets of pulses, that some of you are working towards.

  I tried to take a picture of my Kacher's streamer,(3-4mm) jumping to my finger, as Ruslan had shown. But if I get my camera any closer than about a foot away, the camera goes nuts, now. This did not happen before, so I attribute that, to the increased output of my current Kacher's signal.

  Can some one explain where the 26kv is supposed to be coming from, as the Akula/Ruslan Kacher secondary is short, and I don't see that kind of voltage being displayed.  Akula showed some tiny 1mm sparks are the ferrite rod, not anything like what 26kv would produce. And Ruslan has shown nothing other but a 3mm stream. So, where's the this 26kv, with sharp peaks that I'm hearing about being shown at.

[John.K1]

  Can some one explain where the 26kv is supposed to be coming from, as the Akula/Ruslan Kacher secondary is short, and I don't see that kind of voltage being displayed.  Akula showed some tiny 1mm sparks are the ferrite rod, not anything like what 26kv would produce. And Ruslan has shown nothing other but a 3mm stream. So, where's the this 26kv, with sharp peaks that I'm hearing about being shown at.

I think if we will figure this out we will have working device. I can't imagine how energy of 1-3 mm streamer can delivery KWs too   BTW- good question for TK. He is a an expert over HV.

Edit1:  That guy is also speaking about this in his video clip :  https://en.wikipedia.org/wiki/Electrodeless_plasma_excitation      If you get any idea what is the connection to Ruslan's  device let us know

[itsu]

I understand as you mentioned that prior, the post I made prior was to replace the cap (C1 = 3300pf) with another value to see how this impacts the shift. You thought I was referring to the cap feeding the PLL timing.

Starcruiser,

ok,  i changed the C1 (added 47nF to the 3.3nF for a total of 50nF), see diagram.
Now the Kacher gate pulse is moveable to beyond the current peak up till about 180°.
So i am able now to fire the kacher ontop of the current peak, see screenshot.

Video here:  https://www.youtube.com/watch?v=L6xXGsilriI&feature=youtu.be


Thanks,  regards Itsu

[itsu]

Here a zoomed in screenshot of the firing of the kacher (purple) ontop of the current peak (green).
Gate pulse is at its maximum width and narrowing it down decreases the kachers amplitude
The kacher runs/rings at 1.28MHz, see top right purple delta data.


Regards Itsu

[T-1000]

Starcruiser,

ok,  i changed the C1 (added 47nF to the 3.3nF for a total of 50nF), see diagram.
Now the Kacher gate pulse is moveable to beyond the current peak up till about 180°.
So i am able now to fire the kacher ontop of the current peak, see screenshot.

Video here:  https://www.youtube.com/watch?v=L6xXGsilriI&feature=youtu.be


Thanks,  regards Itsu

Hi itsu,

Introducing bigger cap lets you give more time for delay but also you need to be aware of catch 22 situation if your PLL trigger input is still on the peak of voltage. The time delay you set on pot will not match time delay between voltage and current peaks if the frequency will change too much.