Kapanadze Cousin - DALLY FREE ENERGY

[MenofFather]

Yoke drives at 12,4kHz (39% duty cycle at gates)
Total 7 Amps whole system

I will try the setups as you explained,...  i let you know what it wil do.

You can try not use duty cycle more than 30 precents.

[apecore]

Hi Guys,

I have my setup running again and gates are free of HV spikes etc.
See also picture (gate push-pull mosfet)

The reason i burned yesterday my mosfet is that i used a screwdriver with neon light for adjusting the steel potmeters of the TL494 yoke driver circuit.
I was putting a extra HF signal on the gatedrivers.
Now i use a plastic screwdriver and no strange noises or strange Amps rising.

I ve bin busy adjusting kacher and push pull systems,...  to see with what settings the bulb will light most.
Output coil >> full bridge rectifier>> choke>> 470uF/450 volt Cap>> 60Watt bulb.
Also i changed my inductor to half wave length (18,75m),... inductor driven at 9kHz/42% duty cycle.

Nick,
PVC pipe with partly laminated with aluminium foil gives for the moment the best results... (200V over 60W bulb),... see picture attached
I don't know if ferrite and magnets give more results because i don't have them.

Total Amps 6 for whole system (2 for kacher)
Kacher radiator is now also hooked up with a fan.... It runs at the moment at 50Volt
Maybe you can compare my results with yours, the question is do you have more or less output from the kacher with ferrite,...  so i know if i have to buy ferrite or not.

Kacher is not in optimal resonance so i will take AG advise and make another kacher with nodes... so this has to be done first to get my final conclusion about aluminium (pipe)  setup
Also i will rewire some parts so i get clean desk again,...  it seems to work stable now.

MF,
I'm still not yet testing the breaker circuit,..... after having validated the result with this setup i do the same test with the other circuit.
Then we see what is best.
By the way,...  thanks for the explanation about the breaker questions and the TL494 issue,...i get the picture.
I will use the new (AG) tesla coil together with the TL494 for the adjusting the resonance frequency.
This i do all later on.

AG,
I now in case of kacher coil what i am doing,...thanks for the tip with the nodes...  (i could have figure it out myself )

[NickZ]

Hi Guys,

I have my setup running again and gates are free of HV spikes etc.
See also picture (gate push-pull mosfet)

The reason i burned yesterday my mosfet is that i used a screwdriver with neon light for adjusting the steel potmeters of the TL494 yoke driver circuit.
I was putting a extra HF signal on the gatedrivers.
Now i use a plastic screwdriver and no strange noises or strange Amps rising.

I ve bin busy adjusting kacher and push pull systems,...  to see with what settings the bulb will light most.
Output coil >> full bridge rectifier>> choke>> 470uF/450 volt Cap>> 60Watt bulb.
Also i changed my inductor to half wave length (18,75m),... inductor driven at 9kHz/42% duty cycle.

Nick,
PVC pipe with partly laminated with aluminium foil gives for the moment the best results... (200V over 60W bulb),... see picture attached
I don't know if ferrite and magnets give more results because i don't have them.

Total Amps 6 for whole system (2 for kacher)
Kacher radiator is now also hooked up with a fan.... It runs at the moment at 50Volt
Maybe you can compare my results with yours, the question is do you have more or less output from the kacher with ferrite,...  so i know if i have to buy ferrite or not.

   apecore:  I can't light a 100v bulb as I shown in my last video from just the Kacher's output without the use of ferrite inside of the Kacher.  Nor three 25w bulbs it can light, also.
  So, yes I would say that there is higher output using ferrite.
   But, one thing to remember is that your Kacher secondary is much longer than mine. And, I doubt that you'll be able to get it to run at 1.2mHz, to match your 12kHz induction circuit, unless you shorten it by removing turns. Then you'll also loose some of your output. But, we're not trying to light bulbs, with the Kacher, we're trying to sync it with the yoke circuit for a much higher output.
  If I were to increase the size of my Kacher secondary, I would have an even higher output. But, the idea is also to sync the frequencies, not just to obtain the highest output from the Kacher. But, to use the Kacher's impulse for the effect of it's signal.
Or, I'd be using a one foot wide Kacher secondary, a couple of feet long. But, that's not the idea. Right?

  Your scope shots looks good. But, you might still want to use some TVS diodes to restrict the voltage to 60v, 70v, or so.
Itsu can help explain about that, if he'll show up. I've never done that, nor needed to. But, you may need to if you're getting stay HV onto the fet's gates. Even without the screwdriver influencing it. You can also ground your rectifier(s), to your earth ground. The better in sync your system is, the better the ground line will work to add to the output.  If there is little to No resonance, the ground line does nothing.

[NickZ]

    apecore:
  Last night I did scope check on my current running frequencies.
  My Kacher circuit without the antenna nor the ferrite tuning rod attached is running at 2.5MHz.
  The Kacher circuit with the antenna and ferrite rod runs at 1MHz.
  The induction circuit is now running at 71.4KHz.  I don't know why it's running so high now. Previously it was about 28KHz.
I'm using the 18m inductor.
  The reading above are using only 12v, and 2.5A from a wall adapter to power both the Kacher and ZVS circuit.
I can't run the induction circuit with a higher voltage until I can get some more 18v zeners. 

[apecore]

    apecore:
  Last night I did scope check on my current running frequencies.
  My Kacher circuit without the antenna nor the ferrite tuning rod attached is running at 2.5MHz.
  The Kacher circuit with the antenna and ferrite rod runs at 1MHz.
  The induction circuit is now running at 71.4KHz.  I don't know why it's running so high now. Previously it was about 28KHz.
I'm using the 18m inductor.
  The reading above are using only 12v, and 2.5A from a wall adapter to power both the Kacher and ZVS circuit.
I can't run the induction circuit with a higher voltage until I can get some more 18v zeners.

Ok thats to bad...i hope your zeners are coming soon.

I have almost the same frequenty "breakdown" when all is connected.
By addingvthe pvc alu laminated rod my kacher frequenty drops down to 1.1Mhz.
Last night i rezised my kacher secundairy with 10 turns and i was back at 1.25Mhz.
Voltage on bulb drops till 170Volt.
I m now almost done with re_connecting my setup.....i have also made new secundairy tesla coil (on a 50mm transparant pp pipe)..with evrery 20 turns a node. (10 nodes starting at 100 turns...so totally 300 turns 1mm wire)
This gives me the oppertunity to try al kinds of synch setups.
Also i can use it for (i call it)...Menofather kacher setup later
I wil post some pictutes when its ready....
So i am almost ready for doing some synchro actions

Nick,, are you sure about the induction coil frequenty?
I asume your scope check was on a gate of a yoke driver mosfet?