Kapanadze Cousin - DALLY FREE ENERGY

[John.K1]

And, because we do not know for sure, the devices are for real, we need to understand what is going on. It can't be so hard.

Possibility 1:  On one side we have strong electric field (potential field), How  Tom Bearden-calls the state of saturation ... not sure now - but as the electrons spins on the place, they need a kick to move as a current on the surface - is it a massive kick  you create by combining of two frequencies?   

Possibility 2:  Principle of vacuum tube amplifier and asymmetric capacitor?

...etc.

The Plasma ball driver is 12V 0.5A. Is has one wire output and shows pretty strong sparks. But no transformation when connected to the primary.  Very weak field around.  Also frequency is only 22KHz.  No good at all ;(

Ok , back to Kacher for now. To get other thinks working. After I will play with the driver again.

[Dog-One]

Dog-One. I have a question for you because I was interested in and whether increasing the number of packages is reflected on the light CFL?

It appears to yes.  If you notice the waveform, each pulse increases the amplitude of the output wave.  I do think there is a limit to how far one can go and will have to be found experimentally based on the actual Ruslan device you are working with.

it is this driver on both 74hc00 and TL494?
so just asking, yesterday working on the PCB of "Oleg" experienced small setbacks (I'll still have to work out the shortcomings)
but the effect is very similar to  your "screen"
We get set pulses from the The time breaker I wonder if this may TL494 frequency of up (Max) to 10kHz. it is not too low?
at Push-pull the input of one selectable give 15Khz. I mean the signal that comes through VD1- (4148) on the gate 74hc00.

in which the frequency range? the primary coil with three turns will be required?
I thought that will be high and this TL494 not cope ?

To be quite honest, I have abandoned using discrete circuits.  I'm using a Cypress PSoC 5LP microcontroller because it is far easier to change the implementation as needed.

what's your frequency using?  to the primary winding of the Tesla coil and after the transition at the output?

My calculations indicate the input drive to the toroid transformer should be set to 17.8KHz.  With that my burst frequency is 1.78MHz.  Since these values are derived from the same source, it is very simple to just divide by 100 to keep everything in sync.

Currently, I'm not comfortable with how my Tesla primary is configured.  There is some sort of impedance matching that needs to be figured out between the primary winding and the IRFP460A MOSFET.  If the resistance of this winding is too low, ringing occurs in both the primary and secondary which radically distorts the waveform.  The best primary winding I've used so far incorporates 20 gauge wire, eight turns, wrapped as a pancake, with moderate spacing between it and the secondary.  Spacing between the turns of this primary is minimal.  This is with a 48 volt drive to the MOSFET.  The higher the voltage drive I use, the more difficult it becomes to find a proper primary winding.  I haven't yet begun to try tuning capacitors, but it appears they may be needed.

[Grumage]

  Grum:
   Thanks for the reply. Yes, I didn't expect that a new board design would cost so little. But, my question for now is IF the existing boards that they offer can be made to work on the yoke/grenade circuit, as the magnetic induction circuit driver, instead of a push pull. As they aren't push-pull topologies to began with.
   And, if a push-pull oscillator can be made, with PWM, frequency controller, and PLL, as well.

Dear Nick.

Being HD the video took a long time to upload but here it is. The CRO 1 driving into a pancake coil. You could use this directly on your Yoke!!

https://www.youtube.com/watch?v=R9himdPWYQM

As stated, my bench PS was not powerful enough to push it hard. The frequency was 41 KHz at 100 V pp. Please note the " Props " !!     I forgot the Vodka. 

Cheers Grum.

[NickZ]

   Grum:
   Most interesting video. Can you connect it up to a Tv yoke, or your large ferrite toroid and give it a go, instead of burning your finger on the wrench???  Just joking... 
  Thanks for the video.  Waiting for the moment of truth...

[lost_bro]

I'm using a track & hold amp with a comparator.  The input comes from a current sense transformer slipped over the wire of the induction heater coil.  This feeds into one side of the comparator and into the track & hold amp.  The output of the track & hold amp feeds into the other side of the comparator.  This circuit gives a nice clean square wave with rising edge locked to the top peek and falling edge locked to the bottom peek.

Good day Dog-One

Great idea with the S&H amp.  What flavor do you use?   The venerable LF398?

thanks
take care, peace
lost_bro