Kapanadze Cousin - DALLY FREE ENERGY

[tgraca]

I am still experimenting with the same little coil. I added a third winding (L3) I am now running both the
Function Generator and the Scope from the 12VDC to 120VAC inverter to eliminate any influence from other
grounds. I cleaned up the experiment a little (got rid of excess wire) makes it easier to play with. L3 coil
was just a length of wire I had laying around (30 inches #24 awg. I am not making any claims here one
way or the other. Just working through the experiments and showing what I did, and how I measured it.
I am probably out in the weeds with this (it not like I haven't been there before) but I am going to continue
experimenting with this particular coil setup for a little while longer, although not sure where to go next.
The input and output wave forms are the same shape and phase. The probes used to measure input and
output (V & I) are the same. The only thing that changes is the amplitude between the input and output
wave forms. I am thinking that since the wave forms are the same, that the scope is calculating all of them
the same way.
Any constructive feedback encouraged.
Here is my video for the attached circuit.
t http://youtu.be/3KLKAn9jnak
Have a great day:
br549

Dear br549 - suggestion: I have about a dozen ways of checking COP, but my tests always start with this one.
Amps (amp draw) of course are tested in line. You can also test the power going to the inverter from the battery (since it is part of your circuit), which will reduce COP.

[NickZ]

  quote:
  " remember to place caps and many more to create
a balance (resonance)  and get high output like how I did, the ones befor the ferrite yoke and befor the yoke."
                                     end quote.
  Geo:  With my current set up, adding more caps (more than one or two caps) does not help to increase the output, like it did on the RMG. 
  I'd like to try the IRFP2907 fets, also, to see if they can handle the overheating  issue better than the IRFP260N, that I'm using now. They're rated at 75v, 209 watts, and only cost a little more.

[skywalker66]

Guys, Ruslan has new videoon YouTube since yesterday  https://www.youtube.com/watch?v=xPjELtEEtq4

Generally what he says is - short impulses on antenna (up to 500ns) 
On the picture where he shows the magnetic field he says you must give it the impulse not at the top of the amplitude rather a bit on the side.
Next think is the inductor coil has to hold/keep resonance . In overall he says it is resonance in resonance.

Partially I do and partially I do not understood what is he talking about. Can somebody tell me how big is a magnetic field he talks about, around the Tesla coil?? As far as I understand the HV is like a static electricity. The size of magnetic field depends on the current. No current no magnetic field. So how can magnetic field be the main process in this device???  It looks to me more like a big capacitor with the inductor coil in the middle. 

BTW: He doesn't want to show any schematics nor sell his device. He says he wants you to understand it and build your own schematics  
Thanks

Thanks John !
About impulses on antenna up to 500ns...
A kacer produce a HV sinusoidal shape at top. To get some sort of impulses at top of kacer, it must be half rectified that sinusoidal output. If Ruslan spoke about 500ns impulse, it means a 1us period (or 1MHz) half rectified. Most like Ruslan use a diode between kacer emitter and ground for that purpose.

" Can somebody tell me how big is a magnetic field he talks about, around the Tesla coil??"
No more big than a ordinary kacer. Maybe he talking about magnetic field induced by 2 layer inductor around grenade, I can't tell, I don't understand rusian language.

"It looks to me more like a big capacitor with the inductor coil in the middle.  "
Indeed, the antenna and grenade form an asymetric HV capacitor.

[skywalker66]

...
for everyone, Just maybe I will demonstrate a small device I build last year nov. for the test of particle harnassing effect , has Flyback trans and mazilli, caps and uses ground.
The device only works when the ground is connected. or can generate energy , it harnesses energy from ground. and environment.
it's fun but has amazing effects.

Cheerz

Then, please by all means fell free to elaborate about your amazing effects, unless you want to join to Akula&Ruslan club 

[itsu]

I am still experimenting with the same little coil. I added a third winding (L3) I am now running both the
Function Generator and the Scope from the 12VDC to 120VAC inverter to eliminate any influence from other
grounds. I cleaned up the experiment a little (got rid of excess wire) makes it easier to play with. L3 coil
was just a length of wire I had laying around (30 inches #24 awg. I am not making any claims here one
way or the other. Just working through the experiments and showing what I did, and how I measured it.
I am probably out in the weeds with this (it not like I haven't been there before) but I am going to continue
experimenting with this particular coil setup for a little while longer, although not sure where to go next.
The input and output wave forms are the same shape and phase. The probes used to measure input and
output (V & I) are the same. The only thing that changes is the amplitude between the input and output
wave forms. I am thinking that since the wave forms are the same, that the scope is calculating all of them
the same way.
Any constructive feedback encouraged.
Here is my video for the attached circuit.
t http://youtu.be/3KLKAn9jnak
Have a great day:
br549

Hi br549,

nice clear setup and presentation.

Personally i would never use only 1 lead of a FG or scope and use that data for input/output/cop calculations.

Also i am sure you are aware that flipping over the current probe will show a 180 degr. change in phase, so
you have to be aware you are using the correct direction.

In a LCR circuit like your output circuit, the max phase difference will be + or - 90 degr. (never 180) (anybody correct me if i am wrong)
so i guess you were using the correct direction here showing a slight current leading the voltage (capacitive).


Regards Itsu