Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

Nick,

As i have told you many times before the effect that you talk about as the tesla circuit is pulsed and the bulbs get brighter is due to the pulse width change of the yoke fet. Due to its direct connection to the same ground as the tesla pulses it causes a field effect shut off of the yoke fet. It shuts off the yoke drive early and reduces duty cycle to about 20% vs 50 %(and is adjustable by the pot). This is more efficient operation of the yoke which in turn increases output up to the 72% efficiency range. I stumbled upon it only by accident  in the beginning i used 2 separate power supplies for the yoke and tesla when you use too much filter capacitance or isolated power supplies it will not show up follow the schematic and you will see it. But the effect as you say is not an OU effect only a smoke and mirror increase in output effect.  Because tesla is pulsed in mid cycle of the much slower fet drive pulse. This is my experience, also this happens to be the hot running fet on the yoke drive push pull. and will be the first one to fail when overloading the output or going above the 14-40 khz range. I don't know why other than voltage spikes but it does.  I have provided scope shots and videos yet you ignore this info. Scope reveals this right away when it happens, nothing special. NO OU.

PLEASE DO NOT USE THIS CIRCUIT it's unstable !! I built it and could not get it to stabilize some frequencies would be ok but after a time one Fet would draw more current and get hot!

[NickZ]

  Well, my fets don't get hot, they don't even need heatsinks, nor does one fet heat up more than the other one.
   I don't have overunity, nor ever will, as that does not even exist.
   The amplification effect that I talk about, is not about overunity, it's about the additional brightness at the bulbs when connecting up the Kacher to the induction circuit. NOT OU! As not one person has overunity, nor will ever show "more out than in". No use wasting time trying to look for it, in that way. Hoppy. The effect that I am showing is the same as Geo's, even without the PWM. I just don't have all the noise and interference, due to his long stray wires like Geo has on his device. Nor do I think that your evaluation is correct, nor Bat1Robin2.  I doubt that Akula, Oleg, Adrian, Ruslan, Roma, and other's that have achieved self running would agree with you, as well.
   IF the device self runs it will be obtaining the energy from "somewhere" as it's input source. That is what we need to look into and study, just how to best tap that source for the highest gain.

   Itsu:  Thanks for your reply.  I'm hoping to not have to remove secondary turns on my yoke to lower the voltage on the rectifier.  Looking for other ways, but will also connect BOTH the Kacher and induction circuits to the rectifier output, so that they will both share the same output from the 28t coil. 
  My earth ground line goes right into my water well, no ground rod to oxidize.
   Looking forward to seeing you back on the bench.

[MenofFather]

  Itsu:
   I've also had some problems with my Kacher getting too hot from too much voltage/current , as it's connected to the 28t coil through a full bridge rectifier/capacitor and then to the Kacher's input.  I need to reduce the input to the Kacher circuit.
  Any ideas?

Use IRF540 or IRF640 transistor and fan for good cooling. And betwenn plus and one end of inductor kacher put 5 W 1 omh or maybe 0.5 omh resistor, that is be protection, to not burn transidtor if something gose wrong.

[NickZ]

Use IRF540 or IRF640 transistor and fan for good cooling. And betwenn plus and one end of inductor kacher put 5 W 1 omh or maybe 0.5 omh resistor, that is be protection, to not burn transidtor if something gose wrong.

   I am using a 2SC5200 transistor, on the kacher circuit, and I have a fan and heatsink. Which are not enough, as it's not only the transistor getting hot,  it was also the choke, capacitor, pot, resistors, etz...
  A 0.5 to 1 ohm resistor at the input to the kacher's choke coil, would probably go up in smoke, after a while.  But, I'll try it anyway.  I do have some of the square white 5w ceramic resistors, which I can try, also.
   I replaced the capacitor to a 80v one, which seams to be working ok, the choke has been replaced to different toroid choke that has thicker wire coils, and is working, also.  I think that if I can connect both induction circuit and the Kacher circuit to the same input from the 28t coil/full bridge rectifier,  it may work better. We'll see.

[itsu]

Nick,

you could try something like this (see diagram) to lower the 28turn voltage.  The zener sets the output voltage.
Not sure what influence the kacher HV has on it.


Itsu