Kapanadze Cousin - DALLY FREE ENERGY

[Dog-One]

So question is where you guys are heading as it is not for trying achieve unusual effects with that time spent.
Something to think about..

Here's one for you to consider while we are doing some thinking.

Two PWM's clocked at the same frequency with the second PWM running a slightly shorter cycle time.  The output of the XOR gives an interesting "breathing" effect; maybe a pumping effect.  At first you may be inclined to think this has nothing to do with the Ruslan device.  Look again.  A similar effect is happening with the PLL as it tracks the resonant frequency.  You can't see it because you are not looking for it--wrong time scale.  Granted this PWM circuit is precise and going through an entire spectrum which I do not think the Ruslan device is doing, it's only partial.  Actually, the PLL circuit appears to allow the resonance to drift, then snap back when it finally synchronizes, so instead of a steady "breathing" effect, it's more like an inhale then a rapid exhale--similar to a long distance runner's breathing pattern.

Could this be the unknown?  I'm not sure, but it's certainly interesting to investigate.

[T-1000]

Here's one for you to consider while we are doing some thinking.

Two PWM's clocked at the same frequency with the second PWM running a slightly shorter cycle time.  The output of the XOR gives an interesting "breathing" effect; maybe a pumping effect.  At first you may be inclined to think this has nothing to do with the Ruslan device.  Look again.  A similar effect is happening with the PLL as it tracks the resonant frequency.  You can't see it because you are not looking for it--wrong time scale.  Granted this PWM circuit is precise and going through an entire spectrum which I do not think the Ruslan device is doing, it's only partial.  Could this be the unknown?  I'm not sure, but it's certainly interesting to investigate.

The http://www.edn.com/design/analog/4329164/Simple-nanosecond-width-pulse-generator-provides-high-performance -> http://m.eet.com/media/1134959/15059-figure_1.pdf looks familar?

Also for R8 in PLL in http://imgbin.org/images/26553.jpg was produced by Oleg for clearing up some bits in convesation with him.

[Dog-One]

... produced by Oleg for clearing up some bits in convesation with him.

This one from Oleg is also very useful:
https://www.youtube.com/watch?v=ao18HxSpDEY

Shows where the peak and null nodes are, which will significantly help determine the needed running frequency based on wire length.

[NickZ]

@Verpies
I checked again my cables and everything seem to be ok. But the voltage across the electrolytic cap which is connected to drain, is only that of the power supply. 24V. I will swap again my primaries in case i miss something.

The hurt of the system is that push pull. Making it reliable with less consumption while operating should be an aim for every experimenter.     

   And, has that really been the case?  Less consumption, at the cost of less output at the bulbs? 
   Can the 24, 15A PS light even 300w worth of bulbs, through this clamp, even dimly?
  Ruslan's design works,  Will the clamp system aid in that? Or not? 
 
   For those guys that think that all these devices are fakes.  Why are you wasting your time here?

[NickZ]

As mentioned earlier, i build a new yoke consisting of a T-520 Toroid using the loss-less clamp design with the same number of turns on the primaries (2x 12) and secondaries (3 and 28),
see picture were i compare the new toroid with the first one (not loss-less) i had.

When firing up, the 24V battery stack hits its auto fuse of 10A and thats it.

It seems that this "toroid yoke" gives way less inductance to the primaries (5.8uH each compared to the 64uH on a "yoke yoke") so it presents itself as a short to the MOSFETs.

I had the same effect as when i by mistake had wound my present loss-less clamp design yoke as bucking primaries, also then the inductance was too low and the 10A auto fuse came out.


So how to remedy this?   Use more turns on the primaries, but that will influence the secondary turn ratios as well which could cause the toroid to run out of space for all those windings.

Or stick with the present "yoke yoke"?


Itsu

  Verpies:  The above statements are what I was referring to, when mentioning the current tests.  Not tests for current.