Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

Ah OK, I see. Simulators can be very helpful when designing circuits, but they can give misleading 
results sometimes depending on limitations and quirks of any given simulator, so I think it is
always a good idea to build the circuit and test to see if it behaves the way the simulator is suggesting,
before attempting to draw any conclusions. Even though you may be seeing unusual results in a simulator,
until you actually build and test the circuit you really just can't be sure how it will really behave.
All the best...

hi Void,

The finding on Simulators is the output is based on "ideal component" especially for resistor,inductor,capacitor and the wiring.In real world such components don't exist.
Only the selection of transistors,fets,mosfet,bulbs,led,igbt or other etc which i have left out would cause a various other changes in output.

It does speed the work of R&D 1000 times and save on buying unwanted components.Not to mention waiting for components delivery which i hate most.

After watching the video i immediately applied the same in virtual experiment and i was surprised it does work.

If the output i was getting around  500% COP in virtual experiment.In actual experiment i may only get 200%...300% if i am lucky.


   

[Void]

If the output i was getting around  500% COP in virtual experiment.In actual experiment i may only get 200%...300% if i am lucky.

That would be nice.    I will be interested to see what results you get once you build it and test it.
Scope shots of input and output waveforms of the actual circuit would be cool if you can...

[Void]

Regarding my tests to try to find something similar to what Akula appears to be calling
'ferromagnetic resonance', I have been doing further tests and I have found something interesting.
I did away with my regulated power supply since these tests were not only making my pulser circuit
have a tendency to go into major oscillations, but my regulated DC power supply was also going
kind of berserk as well. Instead now I switched to using a little 5AH 12VDC SLA (sealed lead acid) battery.
I still can get the major oscillations from the pulser circuit using the little SLA battery, but I also noticed
that depending how I adjust the pulser circuit, I can also get pulse waveforms that look a fair bit like
Akula was showing in his video where he discusses 'ferromagnetic resonance' in regards to his lantern 4 circuit.
( http://www.youtube.com/watch?v=S-EmSMOYXVc )

Attached are some scope shots by Akula where he is apparently explaining (I don't speak Russian) about
what he is calling 'ferromagnetic resonance'. Notice the shape of the light blue scope traces in Akula's scope shots.

I am also attaching some scope shots from my testing that appear somewhat similar to Akula's waveforms.
My inclination is that the waveforms I am getting are due to instabilities in my pulser circuit, but I am
not 100% certain what is causing this yet. These waveforms I was getting here do look pretty close to
what Akula was showing in his video when he discussed ferromagnetic resonance ( as best as I could gather from his video anyway  ).
Maybe I am overlooking something here and there is something more to this than I first thought, although
something is definitely making my pulser circuit act very unstable. I would think it is just pulse signals feeding
back into the pulser circuit from the coil it is driving and causing the instability, but this is the first time I
have seen this circuit acting this unstable when pulsing coils. Was Akula also just getting similar instability in his pulser
circuit and he is just pulling people's legs by calling it ferromagnetic resonance, or am I overlooking something?
I am inclined to think it is just instability in the pulser circuit causing the unusual pulse waveforms on the coil being pulsed,
but maybe I need to look into this deeper. I will try building a different pulser circuit and see what I get, but I will have to
order a few parts so it could be a little while before I can retest with a different pulser. I really am not doing anything unusual
however other than pulsing about a 60 turn coil on a square ferrite core, trying from about 500Hz to 100kHz max, with about 10% to
20% max duty cycle. Nothing unusual at all.  The drain was only drawing about 11mA or so from the 12VDC battery when I
got the attached waveforms. My scope channel 1 (yellow trace) was set to 100v/div.

[d3x0r]

Attached are some scope shots by Akula where he is apparently explaining (I don't speak Russian) about
what he is calling 'ferromagnetic resonance'. Notice the shape of the light blue scope traces in Akula's scope shots.

I am also attaching some scope shots from my testing that appear somewhat similar to Akula's waveforms.

Wrong thread
http://www.overunity.com/14794/ka4ep-torch-kacher-torch/ (lantern 4 variant and development)
or http://www.overunity.com/14687/akula-eternal-lantern-4/ 


Your waveform goes up, instead of continuing down.... (image 1)
mine didn't go below 0 to start (image 2)
I got new cores and bobbins today, and they behave better... added a capacitor from collector to ground and get a single low kickback but can't get the second spike.

[Void]

Wrong thread
http://www.overunity.com/14794/ka4ep-torch-kacher-torch/ (lantern 4 variant and development)
or http://www.overunity.com/14687/akula-eternal-lantern-4/ 


Your waveform goes up, instead of continuing down.... (image 1)
mine didn't go below 0 to start (image 2)
I got new cores and bobbins today, and they behave better... added a capacitor from collector to ground and get a single low kickback but can't get the second spike.

Not really wrong thread.    Akula seems to be using pulsing of ferrite cores a lot, whether it is a TV yoke or
a ferrite torroid, etc.  The scope waveforms I posted above seem to be quite similar to what Akula showed
in the video I referenced above. Your waveform appears quite a bit different however... Not sure what is going on yet, so
I am looking for feedback from anyone who may have some ideas...
All the best...