Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  As you can see in the diagram above, the connections of the two induction circuits are joined together, unlike Ruslan's last hand drawn diagram. Also the 3 turns/cap circuit is marked as reading 34Khz,  some schematics or diagrams show it at 27.3Khz, now it's at 15kHz, etz...  Which one works???  None of them, or, all of them?

   Geo, we're still waiting for the self runner.  I think that it left with the wild geese. They're headed your way, down south to the warm Islands.

   Itsu:  you mentioned: "There is tremendous reactive power running in that series LC circuit, i measured 75A pp  (http://overunity.com/Smileys/default/shocked.gif)
So if your caps or inductors or in between wiring are not up to that, I can imagine that it will not peak as high, but you should notice some parts becoming hot."

   Right! Well I notice that my yoke heats now, along with the grenade. This is without adding ferrite into the former of the grenade, or magnetite in the yoke.  Mosfets are not even warm though.  The addition of my missing 0.68uf capacitor on the Mazilli was the cause of the change. Fets stay cold, but the yoke and grenade heat up. Plastic pvc pipe may even melt down.
With ferrite, and the magnetite magnet, the yoke, magnet, and grenade may get even hotter. Induction heater at work...
Which brings me to the question of being able to actually use ferrite, or magnetite, to tune with, at all.
   BTW: All of my yoke windings (primary, secondary, and 3 turns coil, are all wound in the same direction, clockwise.

[T-1000]

Hi guyz

Jeg, and others

these are some of Urfa's schemax.
look how the connections are hooked up.
try it, these Schematics I used and got some crazy results in effect.

The 1st attachment #2 Ibrahim.PNG looks quite interesting when you have duty cycle 40-49% for the yoke. Then you get half-wave ON/OFF signal to the Tesla driver which basically have resistor pot on tuning moment when to activate transistor for the Tesla coil. Also this will fire in both cycles (the second cycle is possibly doing no good - need to test) and I assume the capacitor after step-up pulse transformer have very small value for the timing delay. And due this configuration the signal from the Tesla coil is not strong. I bet just having current sense transformer for the signal instead of step-up would do a trick for giving just on/off cycles for the sync in the Tesla coil driver used in Ruslan setup. You may try it instead of PLL, would be nice to see some video with result.

Cheers!

[Jeg]

.
I see your scope displays 16Khz, so you must have something like 1.2uF of series capacitance, is that so?

but you should notice some parts becoming hot.

Is your 3 turn secondary in the same direction as the primaries?   Mine is.

Hi Itsu. After all these years you know this setup as your child!!! Hahaha
Yes. 1.2uF in series capacitor.
Yes there is an induced heat especially over my microwave oven cap.
I will check later about direction as I am not home, but this is not so important I guess. Do you think that the reduced output could be due to the insulation that I have between the two half yoke cores? They are not conducting between each other. Could it be a reason for this?

Ps for snubber right now I use akula's one in combination with allega's. I will order some tvs soon.

[Jeg]

The 1st attachment #2 Ibrahim.PNG looks quite interesting when you have duty cycle 40-49% for the yoke. Then you get half-wave ON/OFF signal to the Tesla driver which basically have resistor pot on tuning moment when to activate transistor for the Tesla coil. Also this will fire in both cycles (the second cycle is possibly doing no good - need to test) and I assume the capacitor after step-up pulse transformer have very small value for the timing delay. And due this configuration the signal from the Tesla coil is not strong. I bet just having current sense transformer for the signal instead of step-up would do a trick for giving just on/off cycles for the sync in the Tesla coil driver used in Ruslan setup. You may try it instead of PLL, would be nice to see some video with result.

Cheers!

Hi Geo
Thanks for the suggestions. I see that what T1000 very well said is true. Your Katcher will fire at both cycles instead of the one that is required. Also T1000 suggested something very interesting and I mean to drive katcher straight out of the sense transformer. I just don't know if it is possible to maintain this moustache like waveform after dampening it to our Katcher input. I hope I have time to test it today as I am trying hard to avoid pll.    

[itsu]

  As you can see in the diagram above, the connections of the two induction circuits are joined together, unlike Ruslan's last hand drawn diagram. Also the 3 turns/cap circuit is marked as reading 34Khz,  some schematics or diagrams show it at 27.3Khz, now it's at 15kHz, etz...  Which one works???  None of them, or, all of them?

   Geo, we're still waiting for the self runner.  I think that it left with the wild geese. They're headed your way, down south to the warm Islands.

   Itsu:  you mentioned: "There is tremendous reactive power running in that series LC circuit, i measured 75A pp  (http://overunity.com/Smileys/default/shocked.gif)
So if your caps or inductors or in between wiring are not up to that, I can imagine that it will not peak as high, but you should notice some parts becoming hot."

   Right! Well I notice that my yoke heats now, along with the grenade. This is without adding ferrite into the former of the grenade, or magnetite in the yoke.  Mosfets are not even warm though.  The addition of my missing 0.68uf capacitor on the Mazilli was the cause of the change. Fets stay cold, but the yoke and grenade heat up. Plastic pvc pipe may even melt down.
With ferrite, and the magnetite magnet, the yoke, magnet, and grenade may get even hotter. Induction heater at work...
Which brings me to the question of being able to actually use ferrite, or magnetite, to tune with, at all.
   BTW: All of my yoke windings (primary, secondary, and 3 turns coil, are all wound in the same direction, clockwise.

Nick,

sounds like you have something running now, but is your grenade running hot, or is it the inductore coil around it?

Itsu