Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

   Ruslan's video is showing his KACHER circuit right next to his ground connection that goes to the bottom end of his Kacher secondary coil.  That's why it's confusing.
  The ground line is NOT going to the transistor base, nor emitter.  Yet, it would be the same as if it was on the transistor's base.  So which is it, really...
  Good thing that you're not confused by that old Ruslan video.

[AlienGrey]

   Ruslan's video is showing his KACHER circuit right next to his ground connection that goes to the bottom end of his Kacher secondary coil.  That's why it's confusing.
  The ground line is NOT going to the transistor base, nor emitter.  Yet, it would be the same as if it was on the transistor's base.  So which is it, really...
  Good thing that you're not confused by that old Ruslan video.

I think your using the old self oscillating circuit, the problem with that is you cant alter the pulse width recovery time, and that circuit does not turn the 2SC transistor too well so it gets hot as it's running all the time. the Akula circuit is a pulse driver with a better control of the output transistor is what he is saying.

I have found an old styal circuit you could try a diode in the emitter circuit see if it turns off any better but it's an analogue bias type circuit I couldn't get any where with it as it's unreliable.

[NickZ]

  AG:
  Your diagram is not showing any earth ground going to the diode nor to the transistor emitter.
  As I've mentioned, I've already tried it several ways, and see no difference in the Kacher signal.
  I have no problem with the kacher transistor getting hot, if I did, I'd just turn the fan on. Most of the time I don't need to use the fan.

  Itsu: I seam to have burned out the 15v voltage regulator which feeds the mosfet drivers.
Is there a problem to substitute it with a 12v voltage regulator? As I don't have any of the same 15v regulators on hand. What will that change do to the Kacher's running frequency? Will it lower it, or raise it? Or neither? 
  I'd like to be able to lower the Kacher's frequency, if possible. As the current fet drivers 13.5KHz lower limit may be too high when using the higher wattage 400w to 600w bulbs as the load.

[AlienGrey]

Nick to be honest I played about with that cuircuit (self oscillating in that circuit your using) i found if using it as a Tesla coil you get a nice narrow pulse dring the coil but as soon as you use it in the circuit your using and draw current from it it's drive turns to a sine wave and is useless for the effect. Also the earth needs to be on the base of the Tesla winding, look at the pulse on your scope FROM A DISTANCE! is it's not a narrow pulse your wasting your time.

Also re the 15 volt reg  note the mosfet driver can drive over an amp into the C load of gates use a bigger 15v reg I use a 12v driven from 15 volts and it gets warm and its an S version on a heat sink you need big caps across the mosfet driver too.

Anyway most of the circuits are BS none of them work with that configuration.

[AlienGrey]

If I were you I would not get too bogged down with this device or any of it's circuits.

I found this you might want to explore the avenue from the past and see what you can find on google


Between 1897 and 1901 John Sealy Edward Townsend discovered the process of Free Energy, were free electrons are accelerated in an electric field between two electrodes. As the electrons are accelerating they are ionising more atoms that liberates more electrons that are moving toward the anode (the positive (+)). The ionized atom moves toward the catode (the negative (-)).This is known as the Electron avalanche also known as Townsend discharge.

Have fun !