Kapanadze Cousin - DALLY FREE ENERGY

[GeoFusion]

Hi Guyz

Yes has been a few days not replying here, been busy.

  @Grum
about the ferrite core, Yes I really think it matters which one you are using that creates the effect.
Only thing I have in between the ferrite splits is one layer of electrical tape. but with time it will open up and have to re-adjust.
And the Caps do generate that voltage,

that is true Verpies it's around 20~40% of light, When I had the first circuit where I attempt to light the 1000W halogen to 20~40% brightness was with those caps you saw, 0.33uf 630V poly's, but the moment I use without caps, My circuit gets Fried one time, even with a 100W bulb.
So the caps are very important here .

But again, the ferrite core is the one that makes this happen, Maybe it's permeability should be checked somehow.
I remember reading with a meter having it on @ 10Khz. it's what I saw some months ago while fooling around with it.

Itsu:
mines did not have the special mode at all  with the circuit I used for the test lighting the halogen, it was silent when connecting it to battery, when connecting more load to it, it will start to sing many tones. as an example, adding 100W bulbs each time it will go in a lower tone a bell.
very Acoustic like.

@Meno:
Nice pics of your ZVS Aire core Transformer.

   Cheerz~

[verpies]

...with the circuit I used for the test lighting the halogen, it was silent when connecting it, when connecting more load to it, it will start to sing many tones. as an example, adding 100W bulbs each time it will go in a lower tone a bell.

Those are exactly the types of relationships that we need to pay special attention to.

The load-frequency relationship, that you are describing, is just the opposite to how normal Mazzilli circuit behaves - an increased load on the secondary winding, normally causes an increase in the primary switching frequency. 
Yet, you are describing a decrease in frequency ("lower tone").

[GeoFusion]

  @Verpies:

Yes , that is why I always told you guyz circuit with the core has some Odd behaviors lol.
I do think also that It really matters with the frequency on the primary and the core that does the massive loading within the secondary.

@To all:

Willing to  explain that part when it lowers tones or goes up in higher tones:

When connecting that Mazzilli circuit to 12V battery it will ring silently without load connected,
The moment I connect Load, @ 60 to 100W bulb, you will hear slight changes in tones, but the moment I start adding more load, placing 2 more bulbs of 100W lets say, it will start to ring harder and on a lower tone each time I connect more, but the moment you disconnect one it will raise the tone.
But what's interesting is that sometimes adding one 100W bulb is fairly bright @ 40-50 -60% brightness, moment I connect one more, it will down the Tone but not brightness, after i connect 3de 100W, Suddenly all become a bit brighter then befor. very very Odd behavior, I really think this is some influences with the Acoutic resonance going on with the core.

to let you guyz know again, I have touched the secondary of the Roundcore barefoot and barehands and does not shock at all.
not even when connecting a 100W bulb and then to go touch the leads.

Hope this helps a bit understanding what I have seen  and heard with my own eyes.

Cheerz~

[verpies]

Very very Odd behavior, I really think this is some influences with the Acoutic resonance going on with the core.

Yes, it is also hard to analyze, because that Mazzilli circuit is really a Load Controlled Oscillator (LCO). 
O course, the capacitor connected across the primary winding is also a major frequency-determining component, but it's reasonably constant.

It would be much easier to analyze the entire system if the oscillator driving the primary winding did not change its frequency, regardless what happens in the transformer.
As it is now, it is very difficult to separate the effects taking place in the transformer from the effects in the oscillator, because they influence each other mutually.

Anyway, it is unusual that adding a load decreases the oscillator's frequency.

[Grumage]

Dear All.

Here is the latest from the split core saga!! 

https://www.youtube.com/watch?v=Ql2zfs5vevM

I noted I made an error..... I should have said "Mechanical" not magnetic!!

I hope you enjoy?? More interesting things to look into??

Cheers Grum.