Kapanadze Cousin - DALLY FREE ENERGY

[Void]

Thanks for posting this link of Akula nanosecond secret pulser.
https://www.youtube.com/watch?v=zPFmhgehS6c

This was the missing puzzle of Akula which i was hoping for which i have missed out.

Base on oscilloscope the frequency is running at close to 100khz.(This is the simple part)
The long straight line which you can't miss shooting downwards as seen in the scope represent the back emf at around 354volts.
Then there is delay of 250ns to 2ms depending on the type of bulb used the low watt version he was using around 250ns the high watt bulb was using 2ms delay.

I can see high voltage capacitors 2.2nf 2500volts or 2 x 2.2nf capacitor connected in series.

For nanosecond pulse i think transistor is able to do the job.

Do anyone else have any idea beside assembling a pwm generator to generate 100khz with 2ms delay between pulse(This is the easy part) and think about the coil winding/interfacing part.To emulate signal.

I don't speak Russian at all, but my impression from watching this Akula video is that Akula was
demonstrating that a nanosecond back pulse does not have enough power to light a bulb, while
wider back pulses in the microsecond and millisecond range do. Maybe I misunderstand the full
message he is trying to get across in that video since I don't speak Russian however. By the way,
the large amplitude negative back pulse created by a coil when the driving pulse is switched off quickly is not 'Back EMF",
since the driving pulse is switched off at that point so there is no applied EMF to counter. There may be other
terms for this back pulse, but I think it maybe is better to describe this as just a back pulse, or maybe 'flyback' pulse
(taken from TV CRT electron gun 'flyback' usage). Not sure if there is an official term for this type of back
pulse on a coil other than back pulse....

[NickZ]

   quote:
   I like your setup, it makes me smile. 

"Your oscillator-primary portion of the build is starting to look much cleaner and symmetrical."
                    end quote.

   Well, I'm glad that you got a smile out of it, TK.
    But, I haven't changed the oscillator-primary portion of the Mazilli since last year.

    I am planning  on redoing the whole Mazilli oscillator using the right zeners, UF series diodes throughout the rest of the whole set up, as well buying new batteries, and meters. New Fets will be mounted on big motherboard processor heat-sinks, with fans.

  The main thing for now is tuning for this illusive resonant spike, and such.
  All the wire connections will be properly soldered, with short thick wires, etz...

  I don't really like to show the set up as the mess that it is right now, but I thought  that maybe some of you might like to see what I've been working on lately.
The main thing is getting it working properly, or at least the best that I can.

[NickZ]

   Void:
   I think that Akula is showing how the nS to mS pulses change, caused by the loading from different types of bulbs used, and/or from the adjustments he is making on the trim pots to the duty cycle, and frequency controllers.
  Main thing though, may be that the nS pulses are not happening (or not needed) when loading higher output bulbs onto his circuit.
  Conclusion might be, that it's mS pulces at work, when loading several higher output bulbs.
   Same thing happens with the Mazilli crt, when using different bulbs, or more of the same bulbs, although there are longer pulse rates, but possibly in the mS range still.

  I'm glad that Itsu is helping out, as his scope shots are indispensible.
   
    NickZ

 

[Marsing]

Hi all,

user verpies have a bit description about DSRD diode here. 

http://www.overunityresearch.com/index.php?PHPSESSID=a3bf018a385db0dd919390b6955ff607&topic=1556.msg26288#msg26288

...

[itsu]

Itsu,

Does the effect go completely with 3 parallel batteries on that particular setup?

Regards
Hoppy

Hoppy,   even with 3 batteries parallel (voltage stays around 12,41V @ 10amp) this last picture stays the same.

Regards Itsu