Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Since both Ruslan and Akula are constantly changing their devices, sometimes for the better, and sometimes for the worst. They are not done deals.
  The way I see it, obtaining the best coil to circuit relationship, using the least components is also important.
In any case, what I'm after is, first, just to see the "effect".  The rest can come afterwards.
Adding trim pots, resistors, diodes, chokes, etz... will only help if you need them because the frequencies are off. But, these do nothing to actually increase the output.

[John.K1]

Not sure Hoppy.  My first guess is the surface area. That's why Ruslan use the Litz wire  (welding cable)?  , That's maybe why Tariel was using many wires? forming Litz wire too.  Many wires, lots of surface area. Just guess.

[itsu]

  Ok, I'll look into borrowing a SG and use my scope probe with twin clip leads on it. I also do have some big fat resistors that came with the scope, so I imagine that those resistors are for use with the twin clip leads.

  Hoppy: I'm waiting for you to show us how well the push-pull PWM circuit that you are suggesting works for you, first.
   I'm still looking to "ditch" the Mazilli and replace it with something commercially built and more controlable, but, I'm doing what I can for now. And the Mazilli circuit is working fairly well for now, and it's not overheating like before.

  Itsu: You mentioned:
# changing the frequency of the mazilla (to match the present (hidden) resonance frequency of the inductor, 3-turn coil 0.47uF cap)   or by
# changing the frequency of the inductor, 3-turn coil, 0.47uF cap (to match the present (known) resonance frequency of the mazilla).

The first you do by using your magnet on the yoke and/or by adding/removing caps on the mazilla circuit.
The second you do by adding more caps to the 0.47uF caps parallel (more capacitance) or in series (less capacitance) but be aware of the possible high voltage there.
                                                     end quote.

  I've already done that, and those were the results, so far, with the caps that I have on hand. However, I still have only the original 12, 12, turns on the grenade inductor coil, from before, when it was running on 12v, but now is at 24v. 
So, that inductor coil may need to be changed. To what?
  Another thing is that my Kacher circuit was working much better at lower frequencies. Showing a nice 3mm steam, and stinging felt from the HV.  Now it only gives a 1mm spark, and no stinging felt. Light output from a near by CFL was also stronger, at lower frequencies.

Nick,

ok, good.

in my 12V system, the yoke primary was 2x 6 turns, and i changed that to 2x 12 turns when i went to the 24V system, like Ruslan had done.
So if you presently on your 24V system have a primary of 2x 12 turns, that is good.

The kacher running at higher frequency is caused by the lesser turns on the secondary, but at the same time you reduce the voltage.
The only thing you can do to increase that secondary output voltage is to increase the primary voltage.
Latest diagram from "ALLEGGA" a few pages back show that the kacher primary is running on 130-135V!! see here:
http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg461537/#msg461537

Regards Itsu

[NickZ]

  Itsu:
  I was referring to the grenade's inductor (resonator) coil, not the yoke primary. Yes, my yoke primary is at 12, 12, turns, but, my induction coil (resonator) is also at 12, 12turns bifilar wound. Should it be 24, 24 turns, when it's running on 24v. Should I rewind it adding double the amount of turns?
 
  Concerning the Kacher, mine is already overheating the transistor. I am preparing a new heat sink for it, with more fin area.
So, I don't think that running it at, lets say, 36v would be advice able. At least not with the way that I have it, or by adding resistance to the transistor base.
 
   I would also be interested in the running the Kacher at higher voltages, like 120v to 220v, or so. Or even directly from the output of the grenade coil, once rectified. If the right transistors are used, which could take it.
  If the ferrite tuning rod can raise Akula's voltage to 30kv, as someone mentioned, I haven't seen it doing so, by the looks of his weak sparks seen on his ferrite rod/screwdriver test. But, Ruslan's HV sparks are much more intense, though.
 
   At about 1.2Mhz, or so was where I think that I saw the best output from my Kacher circuit. But, I'll have to look back on my previous made posts to make sure. At least now I know that the Kacher's secondary coil can be tuned from 700khz to 2.5Mhz.

[itsu]

Itsu:
I was referring to the grenade's inductor (resonator) coil, not the yoke primary. Yes, my yoke primary is at 12, 12, turns, but, my induction coil (resonator) is also at 12, 12turns bifilar wound. Should it be 24, 24 turns, when it's running on 24v. Should I rewind it adding double the amount of turns?

Aha,   ok,  i misunderstood.

I don't think the inductor (bifilar) coil will change when going to 24V, at least i did not change anything on my grenade / bifilar coil when i went to 24V.
It should stay at the specific length, like half the grenade coil length, meaning 17m or so.
When you wind that over the lower part of the grenade, you should have 3 layers of 24 turns or so.
Having 2x 12 turns as inductor/bifilar coil looks very short (lengthwise) to me and will cause a high resonance frequency when using 1  0.47uF cap in series (40Khz??).

Concerning this:

I'm still looking to "ditch" the Mazilli and replace it with something commercially built and more controlable,

how about something like this:

http://www.ebay.com/itm/TL494-KA7500-DC-9V-25V-Driver-Board-DC-DC-Converter-Inverter-Boost-Module-PWM-/131586554657?hash=item1ea32b7b21

Guys, could this be something for Nick to order?   Not sure if its frequency is adjustable (enough).

Regards Itsu