Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

   
   Itsu and Hoppy:  Yes, I see the 49% on soliman's scope shot. So what... he has very low output in any case, even at that setting.
Maybe only 50w output, or so. Stalker discontinued that delay circuit, for a reason. And has never shown that circuit self running. Nor any of his newer devices self running, either.   Again, for a reason.
 
   Itsu: yes, my choke's resistance is very low. 0.8 ohms. That is how I planned it. But, those black chokes should be able lower the amps, in any case. If not, I'll rewind them.

Nick,

Stalker could still be using the delay circuit and achieved self-running but just not shown us. The jury is still out on all this stuff.

You are probably reading the resistance of your meter leads, together with the inductor.

[T-1000]

OK. That would make sense as to not need snubbers as shown on Stalker's schematic. From what you say, trying to tame the spike may be leading up the wrong path.

Well, at leat in Geo case most of protective circuit parts are removed for him achieving effects shown on video. And he have to detune from series resonance for getting chaotic signals which can also be seen on scope. That direction is not guaranteed on about going right way but there are some truth about that.

[NickZ]

Hi Nick. I found that the coils in the non-dissipative snubbers need to be at least about 1 mH or so
to work well in my setup, but you can just try with the coils you have wound, and if you are not getting good
results then just increase the number of windings on the toroids a fair bit. You can use magnet wire or other insulated
wire of around #22 or #20 AWG so you can overlap windings. More windings will probably work better than
having too few windings.

BTW, not that it really matters, but the coils in these snubbers are not acting as 'chokes'. They are acting as just plain
old coils (inductors). The term 'choke' is used to describe a coil that is being used to 'choke' out higher frequencies, such as
when inductors are used in low pass filters.

  Well, it really does matter.  I am using the black chokes, and I also have the yellow iron core chokes, as well as the green ferrite inductors. So, it would be good to know just what type of inductors are needed. I don't have any of the smaller ferrite inductors like Itsu used which have a 102 value on them. Just higher value inductors of that type.
  Anyways, if they don't work out, I can always add more winding to them, or try the 3/4 inch green toroid inductors.
But, it would be good to know just how many windings are needed, and the gauge of wire, for them to have the right inductance, and which type of inductor or choke to use. T-000 says that the 3t coil and cap RC circuit needs to be choked. So...

[NickZ]

Well, at least in Geo case most of protective circuit parts are removed for him achieving effects shown on video. And he have to detune from series resonance for getting chaotic signals which can also be seen on scope. That direction is not guaranteed on about going right way but there are some truth about that.

  T: Well, that's good to know. But, I can't get the RM sound and effect back when using these last snubbers. And so, I do feel that some spikes, and higher wattage output is needed to get the RM ringing signal back to where it's actually adding some gain along with the Kacher at the output.
   I hope that Geo can show some scope shots, soon. As otherwise only what we can see on his videos, is all we have to go on.
And I would like to see what his ringing looks like on the scope. His frequency reading, voltages, duty cycle, etz...  he said that he would show, but hasn't done it, so far.

[Void]

  Well, it really does matter.  I am using the black chokes, and I also have the yellow iron core chokes, as well as the green ferrite inductors. So, it would be good to know just what type of inductors are needed. I don't have any of the smaller ferrite inductors like Itsu used which have a 102 value on them. Just higher value inductors of that type.
  Anyways, if they don't work out, I can always add more winding to them, or try the 3/4 inch green toroid inductors.
But, it would be good to know just how many windings are needed, and the gauge of wire, for them to have the right inductance, and which type of inductor or choke to use. T-000 says that the 3t coil and cap RC circuit needs to be choked. So...

Hi Nick. You have misunderstood what I said about 'chokes'. I was just talking about
the correct usage of the term 'choke', but it doesn't matter anyway.

Different types of toroid cores for the coils in the non-dissipative snubbers will definitely give
different results for the same number of turns, but as I mentioned you can just try the toroids
you have and maybe post the scope screen shot of the Drain waveforms.  If it is not giving good results,
you can try adding more turns on the toroids, and you can also try different toroids if still not getting
good results.  Basically if it is not working well with the current toroids you have wound, try adding a lot more
turns.