Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

Have a look at scope shot Yellow is width of driver and phase position over power fet driver in Blue (1 half drive).
Dead easy to make.

While revisiting akula circuit http://i.imgur.com/QPJ2Zxv.jpg I also noticed few things about katcher and when it is fired. His circuit fires katcher on 0 line crossing which is maximum current in series resonance on 90 degrees shift. And the katcher is abruptly shut off after each half-cycle as well.
I am not sure if your circuit can do same but these bits are important to try..

@AG, T1000
Guys i'd like to move to faster switching and i am looking for pwm controller and Mosfet driver able to run up to 2 or 3 MHz. Do you have any idea to experiment with? Any published circuits?  Thanks

http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg476633/#msg476633

[AlienGrey]

@AG, T1000
Guys i'd like to move to faster switching and i am looking for pwm controller and Mosfet driver able to run up to 2 or 3 MHz. Do you have any idea to experiment with? Any published circuits?  Thanks

you could use a Microchip such as a 16 F series as you could lock all your frequencies from a central clock you would have to select the RC format  and would need some sort of resonance feedback correction circuit that would be one idea.


Also Memo on Nalli card, update note 2uf caps might be far too big for this card, original were 125 nf will fit but must be good quality 100v.

[T-1000]

you could use a Microchip such as a 16 F series as you could lock all your frequencies from a central clock you would have to select the RC format  and would need some sort of resonance feedback correction circuit that would be one idea.

The Micro-controllers are going crazy after Tesla coil EMP field. Would be most compact option if they wouldn't...

[Jeg]

While revisiting akula circuit http://i.imgur.com/QPJ2Zxv.jpg I also noticed few things about katcher and when it is fired. His circuit fires katcher on 0 line crossing which is maximum current in series resonance on 90 degrees shift. And the katcher is abruptly shut off after each half-cycle as well.
I am not sure if your circuit can do same but these bits are important to try..

http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg476633/#msg476633

Thanks a lot guys!

T1000, do you remember the frequency range of the circuit?

In relation to which is the right moment to fire your Katcher: When in series resonance, voltage and current are in phase. That means, voltage across the 3T coil (which is the power supply) is in phase with the current that flows around the series tuned circuit. Voltage across the in series capacitor, lags 90 degrees from current, and voltage across inductor(25T+25T) is leading 90 degrees from current. So it is a matter on what voltage of the above you compare with current's phase. So if you probe capacitor's legs, the current peak is 90 degrees on your left, there where capacitor's voltage waveform meets the zero line. If you probe 3T coil's voltage, then you should fire just on the peak of it.

[T-1000]

n relation to which is the right moment to fire your Katcher: When in series resonance, voltage and current are in phase. That means, voltage across the 3T coil (which is the power supply) is in phase with the current that flows around the series tuned circuit. Voltage across the in series capacitor, lags 90 degrees from current, and voltage across inductor is leading 90 degrees from it. So it is a matter on what voltage of the above you compare with current's phase. So if you probe capacitor's legs, the current peak is 90 degrees on your left, there where voltage waveform meets the zero line.

And now when you inject voltage potential spike from the Tesla coil when the current is maximum on the 3T coil they merge into output power P = U * I even when the sources are from separate inputs. This is what also Geo witnessed on his bench (I am still helping him ).
It i still on theory stage but after other number of experiments may go as hard fact proof...