Kapanadze Cousin - DALLY FREE ENERGY

[itsu]

  Itsu:
  The idea is to obtain the strongest highest best magnetic pulses from the yoke core, as that is really it's only purpose, and not for directly lighting the bulbs, as we are doing now for testing purposes. For later combining this induction crt with your  HV nano pulser circuit, to try to replicate the Akula/Ruslan self running devices.
  At least that's my plan... may not be yours, though.

   I can't read your scope's voltages clearly, but, it looks like you are lighting the two 220v 60 watt bulbs on 35 volts, or so. IF, this is correct, then you will need to obtain a higher output from the yoke output coil.
  If you are going to be using the 220v bulbs, and not 110v bulbs like I am, then possibly 220v or higher output voltages are needed. But, as I'm not using those bulbs, the two circuits not be the same, when using different bulbs as the load.
 

Nick,

I have no intension in building another Akula/Ruslan self running device as up till now i have build 4 different Akula devices and none of them worked.
You asked Hoppy, me and others for setting up a Mazzilli type device to run a yoke coil to see if it also heats up like yours.
As i had the parts still around i put something together which confirms the heating up when in this chaotic special mode.
But when setup properly we have nice sine wave signals and no heating up which in my mind is the correct way to go with this Mazzilli device.

This chaotic special mode perhaps makes more bulbs to light up, but it produces nasty spikes, lots of audible noise and heat up the MOSFETs due to not
switching correctly (zero crossing, see my scope screenshots) and the massive pulsed current.

I will try to make the 2 220V/60W bulbs light up much better as now, but therefor i need more voltage as the present 97V RMS is to low for these 220V bulbs.
Guess i need to at least double the secondary windings to get there.

Video of my slightly modified yoke here:  https://www.youtube.com/watch?v=X3tHWDTXLz8&feature=youtu.be


Regards itsu

[magpwr]

  Hoppy and All:
  If my opinion, what I'm suggesting, and what I'm showing is of no use, and you have a much better idea, then, PLEASE, do what you think is best.
  Try to loop a device which is outputting very low output, and see if that works.
Let us know how it goes.
  Or perhaps you can suggest to Akula that he should really only use low wattage bulbs, so his fets won't heat up, and so he won't need to use three heat sinks and fans.

  But, I'm really, really, really tired of hearing a hundred times about your negative opinions as to fakes, lack of proof, and no real self runners in existence, etz...

  You and TK are disrupting this thread, with absolutely NO PROOF of what you are suggesting. You have also pissed off Geo in the past, and myself. And we may not ever hear from him again. If that is what you want... you are doing a good job of it.
Keep it up... keep pushing him, and see what that gets you.

  Now, I will once again suggest, that you and anyone else that thinks that all these self running devices shown up to now, (which some of us have been trying to replicate), are nothing but fakes, to PLEASE start your own thread for that purpose.
                    Thank you,
                                       NickZ

hi Nickz,

I am aware you have started with the roundcore experiment more than 6 months ago after Geofusion showed us his working halogen bulb demo.

I am just curious how are you planning to progress further since it looks like you have reached a "plateau" with the yoke core lighting up 5 x 100w bulb which i strongly believe is a "catalyst" for Akula device.
This is a good thing  i now know from your demonstration that there are other potential "yoke cores" which can be used instead of the Russian Rubin yoke core as used by Akula.
I do like the delay you have made in turning on bigger bulb by using the dc bulb (old headlight) connected in series.

My question once more -do you have plans to connect to the "main coil" the one that winded around a large pvc pipe something similar to what Grumage have done.
Surely you can't be stuck with just this working model /catalyst portion for another one more year-2015.

[NickZ]

    Itsu:
     As what you wanted do is to see if you can light up a couple of bulbs to a low lumin level using the Mazilli crt, without heating the fets, you have done it.
And I have done that also, at low light output levels. But, that is only an inverter system, which is not up to par with a regular small car inverters.
  Since you have no interest in continuing on further towards a self runner, due to your previous failures, then there is not much more that I can contribute.
I understand your decision.
  However that is not my goal, at all. Mine is to understand and replicate the Akula second device, in my own way, to see if I can also obtain similar results, and success.
   
   Your yoke winding are looking better, and your signals are clean. Good job!
    Thanks for your reply, and taking the time to show us your videos.

   
 
 

[Void]

This chaotic special mode perhaps makes more bulbs to light up, but it produces nasty spikes, lots of audible noise and heat up the MOSFETs due to not
switching correctly (zero crossing, see my scope screenshots) and the massive pulsed current.

I will try to make the 2 220V/60W bulbs light up much better as now, but therefor i need more voltage as the present 97V RMS is to low for these 220V bulbs.
Guess i need to at least double the secondary windings to get there.

Video of my slightly modified yoke here:  https://www.youtube.com/watch?v=X3tHWDTXLz8&feature=youtu.be
Regards itsu

Hi Itsu. Something you may consider trying. I wonder if you measure the inductance of  your secondary yoke winding, 
and see if you have some capacitors (may need  caps with a 600V voltage rating) which you can put in series
or parallel with the bulbs to be at resonance with the secondary coil at whatever frequency your ZVS driver is
running at, and see how the bulbs light up with resonance in the secondary winding output. I think you should get a higher
voltage out due to the resonance. This should be similar to how Akula has his secondary winding configured. You may want to
try with just 12 volts first to make sure you don't exceed the voltage rating on the caps you will add to the secondary winding circuit.
Just a thought... 

Yeah, that 'special mode' sounds like very possibly unstable operation or parasitic oscillations,
possibly what Nick is getting, although not sure at all there...

[NickZ]

   Magpwr:
   As I've mentioned, I'm working on the Akula second video device air core coils, at this time. With the intention of replicating the same or similar result, in my own way. As I don't really like to just copy someone elses work.
  I was really hoping to have some more help from Geo on this, but in any case he has given us some hints that have worked for him, and the direction that he suggested that we follow, as well. I know that most will not follow up on it, as he has really only suggested the same circuit that Akula is currently using. Which no one has replicated either, except for Ruslan. Which has even made an improvement over what Akula had shown, in the form of higher output, over 2000 watts.
 
   I can't really provide much information at this time, not because I don't want to, but because I'm still testing things out, and my circuit is changing from moment to moment.
   But, to answer your question concerning how to connect the yoke circuit to the Akula type air core. I am still not sure about how to do this my self, yet. But, so far what I've done is to connect the 3 turn yoke output coil to my rectifier and capacitors, which are then going back to the input side of the Mazilli crt. (or to the battery rails). This 12v DC feed back path is also connected to the HV pulser crt, and is also providing it with a DC 12v input source. The pulser crt HV output, is then connected to the output coil of the Akula type of air core  (bigger coil), for superimposition of the two frequencies. The yoke secondary coil (red 20 turn coil) is connected to the 24 turn resonator coil on the left side of the air core, through a tuning cap. So, both magnetic induction and HV are heterodyning on the bigger air coil's output coil. This output coil is then connected to the bulbs.
  That is as far as I've gotten on it, as I need to do some shopping for more wire, components, solder, and other things to continue on.  I hope this helps...
  So, far I've spent no money on this project. Zero Budget circuit. But, With a little help from my friends.  I'll show some pictures soon...