Kapanadze Cousin - DALLY FREE ENERGY

[GeoFusion]

Hi Guyz
hope you all have a nice day.

  Nickz:
Hi there !,
I see you already managed to build the coils similair to the Generator of akula/ruslan there, But The wiregauge also plays a role on where thicker gauge should be used, that I will show too .
But Keep on with the progress!, Btw, I might upload one of the schematics I used for replication today, and it works, but I did minor changes to my coiling sins I use 120. But Will make one for 220 too. Schematic is already designed for 220.

You will see soon what kind of circuitry is bieng used, it's a bit much more than mosfest, diodes and resistors.
but it's dangerous,very serious about this, Pulsed electricity can kill, so work very safely.
It's alot more different as the one that doesn't shock. because this one does. But the ground doesn't shock at all .

I really don't want accidents by my hand of help. so that is why I am careful how to advice this all .
I have shown so much back then, and some of you manage to replicate very very good ones.
to remind many that I don't make jokes hehe.
But to a point we are all Mad here 

You are right Nick, otherwise I wont be here posting back. There is progress and yes it self runs.


    Hoppy:
Hi
Thank you for understanding, really means alot, and yes i'm quite protective over my self during these times, it's all fragile how you give it all I will somehow manage to give it out in a way and most simple too as it can.
But I want ppl to be careful as this all is no toy but somehow is. But the output is dangerous.
So advices is number one for sure .
About to share one of the schematics I used , circuitry that works perfectly and even for solid state Tesla coils.

haha, some ppl dare to try that is true,  I work without fear but I know that danger is real.


Cheerz~

[Hoppy]

    Hoppy:
Hi
Thank you for understanding, really means alot, and yes i'm quite protective over my self during these times, it's all fragile how you give it all I will somehow manage to give it out in a way and most simple too as it can.


Cheerz~

Hopefully I will Geo, once I've seen the video of your device working. 

[TinselKoala]

hi zcsaba77,

It's simple aim for the metal to get hot/warm inside coil as a rough guide.
Parallel L/C resonance plays a very important role which should closely match yoke core output frequency.

At this point i need to be honest for Nick's experiment-

For Nickz's experiment to be successful in order to get a "thick coil" with suitable high voltage capacitor\capacitors  connected in parallel\induction heater capacitor and this would function as a induction heating coil if metal is placed in it.

Gentle reminder we are not creating a induction coil for heating purpose.Placing metal in it would merely let us know if there is sufficient power in the coil which then act as primary coil for the "multi layered coil/secondary coil"

To save time-He would need an "oscilloscope" to obtain the "frequency" output from yoke core.
After which he would need to wind a "thick primary coil" only without secondary layered coil in order to simplify\verify output power from pri coil.
L/C meter is needed to derive the uH reading of the "thick coil"
Then use online L/C calculator eg: http://www.mackrackit.com/djm/Web/LCR/LCR.html
Then apply the uH reading(This is static value.Unless you rewind the coil)
Then apply any capacitor value in nf(Apply few times by increasing or decreasing cap value) which will closely matched the yoke frequency.
Once the capacitor value is known.This would be capacitor/capacitor in parallel to match the actual capacitor value to use.L/C meter is needed to verify capacitance value never trust value written on cap.


Another method is the trial and error method which Nickz is currently applying for the right capacitors to use in parallel configuration  in order to obtain maximum output.
But if yoke output frequency is unknown this gonna take a long time to find out.

Sometimes you are exactly right. If you want to see how a Mazilli-Royer-ZVS self-resonating yoke-driver oscillator can produce high output from a secondary, you can look at my videos. If you want to see how matching the driver's resonant frequency to the "secondary" resonant frequency using capacitors properly calculated for the respective tank circuits... see my wireless power transmission videos. If you want to see how the same kind of driver produces overunity output power measurements you can look in the QEG thread where I recently posted some measurements.

The idea of sticking some conductive metal in there to see if it gets hot is OK, but your coils and frequencies aren't going to be optimized to operate as an inductive heater. A better way is to make a tuned receiver using the appropriate inductor and capacitor value to resonate at the yoke driver's frequency, and bring it close to the yoke. You can check out my "electrosmog harvester" video to see how to do that. Or build your own using the schematic below, with the inductance and capacitance chosen to match your yoke-driver's frequency. With an oscilloscope you can measure your inductances and capacitances and resonant frequencies accurately. The oscilloscope really is the "king of test equipment" and is really necessary if you want to understand resonating and "impulse" circuits.

[a.king21]

Geofusion: It's funny that you said a thicker wire is important.
That's exactly what Tito has been saying on the energy amplification thread.
I would appreciate EXACT advice on your coil builds please.

[NickZ]

   I would also like to see exact coil specs, as well. Like wire gauge, turn counts, winding pattern, etz... I'm certain that he will provide us with the needed info.
   I suppose that Geo is talking about my last pictures of the Akula device, the one below. Or maybe just in general. But, I wonder which coils are too thin gauge, as most all of mine are at least as thick as Akulas. Except for the Exciter secondary coil, which is about 28 gauge, but it can be easily replaced with thicker gauge, if really needed.
  As you can see from the Akula video, his HV sparks are almost invisible, and non shocking as well.  So not much amperage is being provided to the induction circuit that is next to it.  Just HV voltage, with a controlled duty cycle, at least from what I've seen.
  Wesley has refered in Akula's second video, to the diagram that was drawn by someone from the first video. Which has nothing to do with the second video device, and which was not correctly drawn out in the first place. All of this makes for more confusion.