Kapanadze Cousin - DALLY FREE ENERGY

[forest]

Ferrite joke 

[NickZ]

    Verpies:
   Well, I haven't seen my yoke generating or "producing"anything other than what it gets just from input signal. No additional power coming into it from the ambient observed, as yet. Nor a reduction of the input power, at any point. Which is what I've been looking for.  If that's what you were asking.

   A signal generator's amplitude, and current levels can be amplified similar to what the push-pull circuit can produce?
That's interesting, and I'd like to see that.
  How or why is that any different from what the TL494 boards are already doing, when controlling the frequency and duty cycle?

  Forest:  That's no yoke...

   John K1: You want to tell them what they may have missed, before the deletion?  I can't.  As it was removed it, for a reason.

   

[Void]

    Verpies:
   Well, I haven't seen my yoke "generating" anything other than what it gets just from input signal. No additional power coming into it from the ambient observed, as yet. Nor a reduction of the input power, at any point. Which is what I've been looking for.

   A signal generator's amplitude, and current levels can be amplified similar to what the push-pull circuit can produce?
That's interesting, and I'd like to see that.
  How or why is that any different from what the TL494 boards are already doing, when controlling the frequency and duty cycle?

Hi Nick. Using the PWM board may be more efficient power consumption wise, but you could also use a commercial mono audio power
amplifier to amplify the sinewave signal from a signal generator to drive the primary winding on a yoke core as well, as someone
here has already mentioned they were doing, or planning on doing. A decent audio power amplifier is usually good up to about
20 kHz, and some have a high frequency cutoff frequency of even higher frequencies. One thing you would need to
do is put some sort of low pass filter/snubber circuitry on the output of the audio power amplifier to protect it from any induced high
voltages from the HV tesla coil output. That is probably why Akula went to the trouble to put a good snubber circuit across the
output transistors of his PWM generators. Without such a snubber circuit you can easily blow components in the PWM generator
from high voltage induced by the tesla coil. This is besides the HV spikes that the PWM output transistors can produce them self
when switching...

[Jeg]

Akula's basic 'schematic' shown in his video
posted Sept 7, 2015 of the basic core circuit configuration which he believes is common to all his devices is interesting as well.

Hi Void
Is it possible to attach this basic circuit of acula? There is such a mess with all his circuits!

Interesting what you are trying to mess with..

[Jeg]

but you could also use a commercial mono audio power
amplifier to amplify the sinewave signal from a signal generator to drive the primary winding on a yoke core as well

What about the 4 Ohm output of the amplifier?