Kapanadze Cousin - DALLY FREE ENERGY

[Jeg]

pls make sure the ground wire of tesla coil with 2 diodes (near the kacher circuit )
are well connected to the grenade coil output coil, one of the wires.

Someone try out some URFA schematics and try it out. I saw tremendous results

Hi Geo Long to see you.
Where exactly are those two diodes that you are talking about?
And second, do you have Urfa's Circuit? Did he publish any circuit of his?



Thanks

[itsu]

Well, a transformer, such as the Yoke, acts externally as a voltage source from the point of view of its secondary winding.

You can detect that a series LC circuit is driven by an AC voltage source at its resonance, when the current and voltage of the AC voltage source become in phase.

So connect one channel of your scope across a sinusoidal AC voltage source (e.g. your S.G. +  P.A. ) and the second channel across a suitable CSR connected in series with that voltage source. 
Drive any series LC circuit with the above, and observe the voltage vs. current on your scope set to XY mode, as you vary the S.G.'s frequency.  When the LC circuit is driven at resonance, the scope will display a line...otherwise it will display an ellipse.

For added amusement change the driven circuit to parallel LC circuit ...and repeat.
For the ultimate amusement change the driving waveform to rectangular ...and repeat.


P.S.
Yes the V & I signals of varying phase offset that are displayed on your scope can be converted to a +/- DC (or LF) voltage and applied to a VCO's input to form a resonance detecting PLL.

Safety Rant:
If you don't use a P.A. to protect your S.G., then at least use a 50ohm CSR after the S.G. and optionally back-to back Zener diodes (after the S.G. but before the CSR) of suitable Zener voltage that the S.G. can tolerate.

verpies,

Thanks for the info and warning 

I know there is something like a "resonance detecting PLL", but the question i have is if in this particuliar PLL system
(see the green square here  http://imgbin.org/images/26553.jpg) we have such a "resonance detecting PLL"?

My observations with this PLL system are that it does not detect resonance.

thanks,  itsu

[itsu]

Hi Itsu.
I will change my coils as you suggested, but I have to find out first what is going on here. Yes mosfets gets hot very quickly. The circuit that I used is at page 67 post 996. There is a filter between power supply and drains. The classic 50-65uH chock followed by the caps as you see in the circuit.

Thanks Jeg,

that post #996 only contains some dead video links,  no diagram, so no idea which circuit you are following but i think its an old (Akula??) one.

Itsu

[GeoFusion]

Hi Geo Long to see you.
Where exactly are those two diodes that you are talking about?
And second, do you have Urfa's Circuit? Did he publish any circuit of his?

Thanks

Hi Jeg,

http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg422658/#msg422658

http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg423206/#msg423206

These is posted by him sometimes ago, but I have all his material saved in a file and more.

Btw, He was using a iron powder toroid to make a choke for kacher and to pushpull, but i think that is also how it's
making it mix well to get the effect,
In the 2nd video of him I posted you see two Diodes at the kacher circuit that goes to ground and the rest of the circuit, check it out.
testings are required there.
I will be posting the other helpful schema for the tests
soon.

cheerz ~

[Jeg]

Thanks Jeg,

that post #996 only contains some dead video links,  no diagram, so no idea which circuit you are following but i think its an old (Akula??) one.

Itsu

Yes Itsu. It is the old akula's one. I attached it before but it was out of range and de-post it again. It has been drawn by hand. Ir2110 with TL194. As you saw gate pulses are ok.
By the way. How you limit so much your high peak narrow pulse when mosfets close? Just with your snabber?