Kapanadze Cousin - DALLY FREE ENERGY

[itsu]

As a short test i used the ALLEGGA Kacher driver (blue box) to drive my
nano-pulser (see 2e picture) (output of the ucc27321 as input for my ucc27511) using the 130V of the Kacher (red box).

So basically i swapped the Kacher for the nanopulser and it produced to below pulse.

This was at a repetition frequency of 26KHz, which is way to high for my present nano-pulser setup, so it heated up quick.

But i was able to "move" the nano-pulse ontop (± 90°) of the inductor sine wave by means of the blue box pot R5 and adjust the nano-pulse peak by means of the blue box pot R9.

So it shows that with some simple modifications, we can use the ALLEGGA circuit to fire a KV nano-pulse anywhere we want.


Regards Itsu

[Hoppy]

  Those PS may be regulated but, put a big 10amp load on them, and both voltage and current go down, to lower current output levels. They are made mostly for the use of LED lighting.

  Hoppy, as you know, the led indicator light doesn't dim or blink because it runs off of an internal cap that keeps them up for a few seconds, no matter what. Might be the same with the bulbs.

Those PSU's as you know are cheapo Chinese imports and have poor regulation on load. There is no way that they could fully power lamp loads of 200W let alone 1KW, even if free energy derived electricity was supplying the input to the PSU. OK the LED may not be seen to dim, as I had forgot that its backed with a cap but even so, I noticed no fluctuation in lighting level when the battery was disconnected which I would have expected, given that these devices are supposed to be carefully tuned for optimum output. As with the Akula and Kapanadze high output devices, they all rely on latching relay switches triggered by small batteries for connection of hidden PSU to power device and load.

[NickZ]

  There's no way that a 24v 10A 240w PS can power Ruslan's 4000 watts worth of lamps. No even 1000w. But, those bulbs are only partially lit. In any case, it's not fair to compare the bulb's output brightness (lumin), to grid sources. 
As free, is free even if it's not as bright as the power from the grid.
  But, so far,,, still no cigar.
 
   What we need to know is: Does the device's output power levels depend on the INTENSITY of the HV spark? Or not?
Will a weak HV stream work as well to amplify the output, as a very intense HV streamer.  Yes? No???
   

   Itsu: Nice peak you got there.  Now we need to see what it will do to the induction circuits. Waiting for your next video...
 
   I'm still looking for sweet spots, and tuning my Kacher for syncronization. But, I get no real amplification effect from the Kacher, yet.   
 

[Jeg]

As a short test i used the ALLEGGA Kacher driver (blue box) to drive my
nano-pulser (see 2e picture) (output of the ucc27321 as input for my ucc27511) using the 130V of the Kacher (red box).

So basically i swapped the Kacher for the nanopulser and it produced to below pulse.

This was at a repetition frequency of 26KHz, which is way to high for my present nano-pulser setup, so it heated up quick.

But i was able to "move" the nano-pulse ontop (± 90°) of the inductor sine wave by means of the blue box pot R5 and adjust the nano-pulse peak by means of the blue box pot R9.

So it shows that with some simple modifications, we can use the ALLEGGA circuit to fire a KV nano-pulse anywhere we want.


Regards Itsu

I just want it!!!

So if I understand right, you use the blue box and instead of feeding the mosfet-katcher combo, you just gate straight to irfp260 with the Scotcy diode transformer and the rest? Thanks for this Itsu. 

Ps. Or did you feed your 27511 instead of the mosfet inside the blue box?

[itsu]

Jeg,

well yes, almost, i gate straight to the UCC27511 MOSFET driver before the IRFP260.
I know thats 2 drivers behind each other and it will work also without the UCC27511, but that was kind of hard to setup on short notice.

Itsu