Kapanadze Cousin - DALLY FREE ENERGY

[Dog-One]

  Dog:
   You mentioned, "Attached is a typical high-power Kacher/Slayer circuit.  The driver chip adds extra gain to hard-switch the transistor on and off which makes it run cooler as well as boost the output power."

   What driver chip are you talking about?  My Kacher is just like the diagram you posted, but without the chip.
Have you tried this chip yourself, or are just assuming that it will actually improve and raise the output, and run cooler?

Yes, I have built this Slayer circuit using an IXD_614 driver and various high power MOSFETs.  Running anywhere near 24 volts with a decent Tesla coil makes crazy output.  If the coil is small and the frequency is over 1MHz, you definitely need to use the heat-sinked version of the IXD_614 driver chip.  And like ElectroBOOM says, the circuit can be beefed up.
https://www.youtube.com/watch?v=KzSoabcQYMg

The problem I have with this circuit is the ground side of the Tesla secondary cannot be connected to earth ground since it is use for the feedback loop.  To get around this, I have added another short winding to the Tesla coil simply for feedback, then you can connect the main secondary to ground.  This works pretty well, but it becomes difficult to tune all three coils (primary, secondary & feedback) optimally.

   BTW: the "Exciter" circuit like was used by Dr. Stiffler, and/or Slayer are not the same as a Kacher. They are much more economical on the input drawn, and use a different circuit, but they can't really light any incandescent type bulbs, just LEDs.

So the circuit you are using is like this one?
https://www.youtube.com/watch?v=2UFEbY2vEfs

This still has the ground side of the Tesla secondary connected to the transistor bases--feedback loop.  He uses two transistors paralleled together to boost current handling I suspect.

[NickZ]

Hi Nick. Not that it really matters too much, but since you are insisting it is a kacher circuit,
can you provide a link or quote where Nelson said he is using a 'kacher' circuit? 
He actually said a few posts back that he was using his own circuit designs, but he didn't
specifically say what circuit type he was using. Also, if his circuit has changes from a kacher, then it
wouldn't really be a kacher. There are various types of oscillator circuits and variations that can be
used to drive circuits like these. The Kacher is an easy way to drive Tesla coils, but it is not
necessarily the most efficient way to do it. There are probably more efficient ways to do it.

   Void:  "Not that it really matters too much" ??   
  Well, it matters to me.  If a self running device is not important, especially one that runs on mAs, and produced OU, and self runs while running incandescent bulb loads, then I won't further bore you with it.
   His device is an example of something different, not that we'll be able to replicate it without all the information. It's just another example of a smaller version of a self running device.
   There are also many different types of Kacher circuits, including ones like what Ruslan was using previously. So, does Ruslan's modified Kacher circuit not a Kacher circuit any longer, because of any mods that are made to it.

[Void]

   Void:  "Not that it really matters too much" ??   
  Well, it matters to me.  If a self running device is not important, especially one that runs on mAs, and produced OU, and self runs while running incandescent bulb loads, then I won't further bore you with it.
   His device is an example of something different, not that we'll be able to replicate it without all the information. It's just another example of a smaller version of a self running device.
   There are also many different types of Kacher circuits, including ones like what Ruslan was using previously. So, does Ruslan's modified Kacher circuit not a Kacher circuit any longer, because of any mods that are made to it.

Nick, you misunderstood. I of course wasn't implying I was bored with what Nelson has done,
I meant it wasn't too critical to me what specific type of oscillator driver circuit he may be using.
A kacher is just one variation of a blocking oscillator. There are other variations. There are other types of
oscillator circuits as well that could be potentially used to drive circuits like these. I think it is not so critical
what specific type of oscillator circuit is being used, but in my view how it is being connected to coils or
transformers and that sort of thing is probably more important. From some comments that Nelson has made,
it sounds like he may be connecting to coils differently than the way it is done with a 'kacher' driver.

Ruslan experimented with different ways of driving a tesla coil from what could be seen in his videos, and using
a 'kacher' driver was only one way he tried from what I could gather. I don't think Ruslan tried 'different types of
kacher drivers', but he was experimenting with different ways of driving the tesla coil. I remember Ruslan making 
some comment that the kacher is 'useless' or something like that, and he then switched to what looked like timed pulsing
of the tesla coil, more similar to what Akula seems to have done, I think.

[Hoppy]

   Void:  "Not that it really matters too much" ??   
  Well, it matters to me.  If a self running device is not important, especially one that runs on mAs, and produced OU, and self runs while running incandescent bulb loads, then I won't further bore you with it.
   His device is an example of something different, not that we'll be able to replicate it without all the information. It's just another example of a smaller version of a self running device.
   There are also many different types of Kacher circuits, including ones like what Ruslan was using previously. So, does Ruslan's modified Kacher circuit not a Kacher circuit any longer, because of any mods that are made to it.

He said millivolts, not milliamps. I reckon at least 6000mV. How many do you reckon?

[Tomtech29]

Hi.
I think that you should also consider the kind of operating system
- confirmation that the work can substantiate most of the structures Ruslan
1 a simple system to power Kacher
2 coil 168T. Grenade
3 voltage of 1000V. capacitors 1uF
4 interrupt nanosecond
5 construction of the transformer from 1000V step down to 12V 3 Amps.?
6 inverter high efficiency
7 the question of whether such low power that we get from the Tesla coil we are able to get convert (against the background of that was enough to Kacher and more)
- if the transformer has the current capacity???
P.s anyone thought this construction?