Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Unknown voltage at the bulb, but I'll check again, later. As my diodes aren't working 100%, it's hard to tell accurately. But, I'll try.
  Diodes can boil a cup of coffee in one minute. Ha!
  Single 100w bulb, 120v.   Mazilli can light two or three of them, brightly by itself, although still only partially.  Without a load, over 1000v, on an analog voltmeter nailed to the right, with no Kacher on. Adding two more 100w bulbs raises the normal loads voltage levels, as seen on the scope.
   
   I don't think that any self runner shown as yet can outperform the grid lumin levels. Certainly not Sergey's bank of bulbs, but still an impressive display he has.

   Tomtech: Yes, I've seen the full bridges on Ebay, also. Thanks
   Geo mentioned that the green mediator choke he has can also work the same or better if using a Tv yoke, instead. This I don't know for sure.
Just be careful of the higher amps going the ZVS crt.  I use two chokes, and the mediator, but not right now, as I don't want to risk another burn out... that set me back a couple of months.
I don't use a duty cycle controller, so, only 100% duty cycle.
   
   What I'm seeing is something else. And may have nothing to do with sync of the induction circuit to the Kacher needed to obtain the amplification effect. Geo has maybe noticed something like that as well. Or it may be to early to tell.

[Hoppy]

with all due respect I ask myself what you would like to measure it "Voltage " that you do not know that there is such a high voltage and frequency of the digital meters freak electric arc  hisses and whistling I'd be has provided the tilt of the analog voltmeter coil and pointer.

Nick has a scope and knows that he should use this to measure voltages across the load lamps and not to use meters!

[NickZ]

        Hoppy,  I'm not too concerned about voltages at this time, nor input to output readings, I'm more looking for finding the effect, first, but I'll let you know.

   EDIT:  ZVS circuit at the 0.47uf cap, which is where the 100w bulb is connected to,  5 div. times 10 volt/div = 50V, with no Kacher.
             With the Kacher connected to ZVS,   6 div. times 10 volt/div = 60v 
             High voltage 10x probe on 10x magnification.

[apecore]

Hi guys
I did so quickly on this film maybe it good lead (set the tone here on the capacitors):
https://www.youtube.com/watch?v=288uWzWRKAQ
- just set the pulse width 2 of between 40% and reduce the peak amplitude of the resonant LC.
- I used a capacitor in series with the 28T.
- set so that the magnetic flux under full load does not exceed the power supply output current.
- I use 500 watt bulbs 230V. the important thing is that the system is not its tuning push-pull only has to provide a magnetic field.
as soon as I find some time and desire to try to run a high voltage circuit and see if we can lighten these bulbs, I'm very curious effect Geo.
and to see that there was something better.

Hi Guys,

Tomtech's  recomendation (see above post) are correct.
Tuning has to be done after initial lowering the push-pull power to the system.
I do it by reducing the duty cycle and adjust then the position of the primairy coil

I burned before this method a lot of fuses

In the attached video you can see my setup/ modifications and results.
Mayor moment was when i placed a parallel cap at the rectifyer side (output-coil/28Turns Yoke).... (no serie cap)
Also i increased the cap wich is connected at AC and negative of the capbank....  3uF

Further i think that what Hoppy mentioned about the voltage at the load,... is a good indication of power
Comparing this with what is coming in the system we have a good performance indicator



My results are as follow:

input:    24V//5A
output:  100W Bulb 200V


https://youtu.be/4BdfPSAdA-U

Also i will post a new drawing so tracking changes and results will be easy.

[Hoppy]

        Hoppy,  I'm not too concerned about voltages at this time, nor input to output readings, I'm more looking for finding the effect, first, but I'll let you know.

   EDIT:  ZVS circuit at the 0.47uf cap, which is where the 100w bulb is connected to,  5 div. times 10 volt/div = 50V, with no Kacher.
             With the Kacher connected to ZVS,   6 div. times 10 volt/div = 60v 
             High voltage 10x probe on 10x magnification.

Thanks Nick. If we assume a sine-wave then the full rectified RMS voltage will be around Vpk/sqrt(2) of the peak voltage of 60V = 42V, which can be compared to your RMS grid voltage of 110V. OK, I appreciate the your waveform is probably not very sinusoidal and messy but this should be a reasonable approximation. The attached graph shows the voltage, current and power relationship for a 60W incandescent lamp, which gives a rough idea of power dissipation for various operating voltages up to 120V.