Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  T-1000:
   You asked: "is series cap on yoke drawing more current when katcher is on".

    As my kacher's input is drawn from the output of the 28t/grenade output coil, which is then rectified and sent to the Kacher's input.  So yes, the whole system has to draw higher total current with the Kacher on. As the Kacher circuit draws an additional 2 amps, or so, rectified to around 24v, from the output of magnetic induction circuit.   

[T-1000]

  T-1000:
   You asked: "is series cap on yoke drawing more current when katcher is on".

    As my kacher's input is drawn from the output of the 28t/grenade output coil, which is then rectified and sent to the Kacher's input.  So yes, the whole system has to draw higher total current with the Kacher on. As the Kacher circuit draws an additional 2 amps, or so, rectified to around 24v, from the output of magnetic induction circuit.

Do the push-pull draw more amps minus power required for the katcher? If it does it mean the the push-pull is not working in full series resonance.

[NickZ]

   T:
   I don't understand your question.
   But, if you are asking if the push-pull circuit running by itself, without the Kacher on draws more amps, the answer is I don't know. Sorry.
   Are you supposing that there should be OU first, in order for a device to self run?  Has there been any proof of that idea, ever?
   Maybe,  it works the other way around... you need a self runner, first, to provide for OU. 
   

[T-1000]

   T:
   I don't understand your question.

Lets say your push-pull takes 5 amps without katcher and the katcher takes 2 amps. When you turn on katcher it should take 7 amps. If there will be higher power consumption from the PSU it will mean the push-pull start taking more than 5 amps when katcher is on. If that happen the push-pull go towards series resonance and is not tuned to it without katcher.

[NickZ]

     T: You mentioned:
    "Lets say your push-pull takes 5 amps without katcher and the katcher takes 2 amps."
     
     Yes, It should be working like you mentioned above. But, more like 7 amps push-pull, plus 3 amps kacher, or so. For the total of 10A. That is with 3 100w bulbs, drawing 168w, and the Kacher drawing 3 amps or 72w, or whatever it's drawing, but no more than a total of 240w, that the PS can provide.
   
  As I mentioned to Hoppy my whole system works better, using larger wattage bulbs for the load. As the load becomes part of the system, it allows the Kacher to work better, also, with the higher loading. 
   Look at how Geo's 100w Halogen bulb loads up much brighter than a regular 100w incandescent bulb does. That load is important, for better impedance, or for what ever reason.
   Using a single 100w bulb, or using 3 100w bulbs, makes my system do different things, and go into different resonant points, of which there can be more than just one. The device creates various different resonant points, as the running frequency is changed and altered, as can be observed with a spectrum analyzer.
   I'm still just getting a grasp on all of this. One step at a time.