Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Jeg: It looked to me, that black AC 10uf 400v cap is similar to the black AC 12uf cap that Ruslan is using across his 4 diode bridge.

   Itsu:
   I'm still trying to get my grenade's inductor coil/3turns coil circuit to sycn to their best resonant point with the 168 turns grenade output coil. My SG connected to the 0.47 cap give me 28.6Khz as the best resonant point, at the grenade's 168 turns output coil. This is when the 168 coil is not being connected to the yoke. But, I can't get to that best resonant point (28khz), using only the 0.47uf cap along with any other tuning caps that I have on hand. I can only reach 23.5Khz, and so I need to be able to raise that to 28.6Khz.
So, I removed a few turns (about 5 turns) from my grenade 24, 24t inductor coil, and now this inductor coil is down to about 24, 20 turns, or so. Which only raised the frequency by little bit. But, I'm still not able to reach the 28.6Khz best resonant point indicated by my SG.
  So, my question is: should I remove a few more turns from the inductor in order to raise it's running frequency?  As my tuning tuning caps won't take me there.
  My point now is to try to make the best match of coils and their running frequencies, without having to use ferrite, or magnetite magnets in the core. This is to avoid any induction heater effects which can result in further heating of the cores, copper wire coils, chokes, etz... when using ferrite, or magnetite to control and to tune for better running frequencies.

[itsu]

Nick,

i have noticed there is a difference in resonance points of the inductor and the grenade (when all connected up).
So i don't think you should use the grenade coil to tune the inductor at resonance.

Instead, tune the inductor for resonance using your mazilli.

remember, the 0.47uF cap in combination with the inductor will resonate at a certain frequency, say 26KHz.
If you want to increase that frequency (you will go out of resonance then), you can lower the capacitance value (easy way), or decrease
the inductance of the inductor by removing some turns, but you need to adjust the frequency via the mazilli to get back into resonance

The mazilli will be leading in generating the frequency here, not the cap/inductor, so you can add capacitance / remove turns what you like,
but the frequency will not change, as it is being set by the mazilli.

   
Itsu

[NickZ]

    Itsu:
    Ok, I see. But, the frequency can be changed by removing turns or by adding or removing tuning caps, to some degree.
    I thought that the Mazilli would resonate at the frequency depending on the LC circuit, tuning caps, turn count, etz...  Not at a certain fixed Mazilli running frequency. The 0.68uf Mazilli cap is still not in place, just another cap that is working to some degree.  That cap can change the Mazilli running frequency, but I've only placed another cap that I had on hand there for now instead, which works, but maybe not the best choice.
    I already am using the Mazilli to tune with, but the 3 turns/grenade inductor coil circuit does not even light a small bulb at the 168 coil output, with only the wima 0.47uf cap attached, so it's not in resonance, at all. With one more cap added it start to light the three 100w bulbs, but not very brightly. So, I'll retest again now with all the coils of the Mazilli/yoke/grenade connected up.
   Thanks for the advice.

[Jeg]

Guys thanks for the capacitor info.

DA1, I see that you used the same as Ruslan's 220 to 24V converter. Did you make any changes inside it? I mean did you change its internal diode bridge for a quicker one? Do you have anything to advice us?

Itsu, if you have any good circuit for nanosecond generator I am interested in. I started to think about Dally circuit again. Back to the very first page again to study it closer this time. I also got sick with katcher. 

[Jeg]

Sorry for the magnitude of the images. I can't make them smaller through my tablet.

T1000 and all.
Just for showing. This tpu like toroid coil system, uses two coils as a primary. One is the main oscillator coil and the other is the feedback coil. The driver is a 2n3055 transistor with two resistors. Plus two variable chokes on series with the primary coils. Secondary is related in length with the primaries. Look how easy you can drive a secondary to its resonant frequency. Output frequency is in the range of some hundreds of KHz as my primaries are long.