Kapanadze Cousin - DALLY FREE ENERGY

[d3x0r]

[size=78%]circuit analysis of hairpin; spice simulation success...[/size]

http://www.youtube.com/watch?v=N7gPeIVVy0A


Nevermind; while the capacitors might help transform that, it won't....


The pulses of voltage from the hairpin are very very short... and that has a spark gap in the mix too, which isn't the smooth sinewaves the mazzilli is outputting.... so ya don't do that

[NickZ]

   Itsu:
   Looks like you are close to seeing something unusual. Maybe you can also try to further separate the bulbs connections that are in the water, to see it they get brighter, as well.
Maybe changing the ceramic resistors to regular one might make a difference, and would also test Verpies idea about their being "wire wound" causing additional unneeded inductance. If I understand that correctly.
  Remember that higher voltages are not needed, but higher amps are. As these is a L-Voltage, but H-Amp circuits.
  The bit about the wires all over the place, was a joke for Hoppy. Who I like to tease him about X-wires, and such.
   
   Hoppy: Making the Igor style Mazzili circuit sounds like a good plan.
But, remember that Igor blew the induction cooker's circuitry when trying to get the 2000 watt bulb to light. Yet, I don't know why he hasn't fixed that hob circuit yet, as it can't be all burnt up.

  I'll make the transistor version today, as Grum has re-uploaded the transistor diagram.
  I was too busy doing other things yesterday.
  It would be good if we can all focus on one circuit at a time, if possible.
  I will follow along with that when I get some more Fets, (by the kilo).
   Up in flames,
                       Nick

[Hoppy]

   
  The bit about the wires all over the place, was a joke for Hoppy. Who I love to tease about X-wires, and such.
   
 
                       Nick

Don't joke Nick. The mass of straggly wires are an essential requirement to hide the X-wire and convince the punters that a given device is running OU. 

You're clearly still wearing those rose coloured specs Nick. 

PS. If you PM me your postal address, I'll send you an Xmas goody bag of smoke free mosfet's and other bits that might be useful to you.

[NickZ]

  Not Joking Hoppy... if you send me some of those "magic shoes", also.
Looks like we could all use them, as well.

  I'll have some of the IRF 260N brought in from the U.S. in about a month or so. Meanwhile I made a small order to the Shack here for some of their IRF 510, which were  all I can buy or order through them, here.

  I looked at Igors video again, and although he is showing a diagram with what looks like a Mazzili oscillator, what he actually is using now is the previous older Royer circuit.
Which just uses the two diodes, two Fets, two ceramic resistors, choke, and tuning cap. Simple!  But, the trick is getting that to work without overheating.
  Why he doesn't always show the oscillator working right next to the coils, is beyond me. I guess that he wants us to focus on the part of his circuit that he's  currently working on. And it does look like the Royer works, even when using those ceramic resistors.

  Itsu: Notice that Geo's oscillator does not heat up, or so he says. I suppose that he is now using the Mazzili, and not the Royer. But, he doesn't show a close up of it, as I've asked.

[Grumage]

Grumage,

i could modify my mazzilli osc. to match what Igor is doing, but i do not see what is so special here.
I see a bulb being lit somewhat, and severall batteries, or do i miss something?


Regards Itsu

Dear Itsu.

No you did not miss something!! I was just interested to know if that circuit configuration created a higher P/P voltage on the primary with the two dedicated inductors as opposed to a shared inductor!!

Do you see the idea!! 

Cheers Grum.