Kapanadze Cousin - DALLY FREE ENERGY

[itsu]

I get some comments on using the wrong frequency on the main coil.

Concerning this 113KHz frequency being used in the original clip, this can only be created by drastically lowering the capacitor from the used 1.1uF (2 x 2.2uF in series) to about 100nF.


Then this mazilli circuit will run on about 113KHz, but still produce sine wave signals,  no square wave.
By the way, 113 / 3 is 37KHz, not the measured 40KHz.

The following video shows that after readjusting the main coil for 114Khz by changing the cap value from 800nF to 100nF the secondary coil
(still tuned for 36KHz) is doing nothing.
In fact it won't light up the bulb anymore and the scope (yellow) reads 4.5V rms only.

https://www.youtube.com/watch?v=Byow4FZtGr0&feature=youtu.be

Regards Itsu

[Hoppy]

Wesley shows a chip driven Leader Giene oscillator producing a square wave output, so this maybe why Itsu is unable to replicate the frequencies using the Mazilli. However, Wesley may have made an assumption here, as there is an electrolytic cap on the oscillator circuit board that is not strictly needed for the Mazilli oscillator.

[itsu]

Magpwr / T1000,

i used my FG to show that both the main coil (still with the 100nF cap) when connected to the mazilli circuit resonates at 122.8KHz, and the inner coil with load, FWBR, csr etc. attached resonates at 1/3 = 40.9KHz.

But when then applying power to the circuit, no light is coming from the bulb, its dead (6.7V rms) in this situation like shown in my previous video.
The scope only shows the main coils frequency at 115KHz (cap warming up), no sign of any 1/3 frequency signal.

This confirms to me that the original clip did not had the main coil (mazilli) running on 113KHz, but on around 40KHz.

https://www.youtube.com/watch?v=1Wmpu0qz1YQ&feature=youtu.be


Regards itsu

[GeoFusion]

Hi guyz

Yes,  Leader Giene's oscillator  square wave output, There is a difference in between these circuits and a mazilli circuit.

   Hoppy, hi
that particular circuit Wesley pin pointed there, is what needs to be focused on.
And the other one I posted too, for the Yoke circuit with mosfets driven by TL494 or IR2153
I have tried them out and they are awesome, Way different in behavior then a Mazilli/Royer circuit.
Check this one out

http://danyk.cz/sstc.png

STTC, Solid State  Tesla coil , high power.

If we understand this, we can apply it to understand the Akula and Ruslan devices.

There is a difference guyz.
We need pulses ( beating heart) ( Swing ) but not High frequency oscillations.

Cheerz~

[magpwr]

Magpwr / T1000,

i used my FG to show that both the main coil (still with the 100nF cap) when connected to the mazilli circuit resonates at 122.8KHz, and the inner coil with load, FWBR, csr etc. attached resonates at 1/3 = 40.9KHz.

But when then applying power to the circuit, no light is coming from the bulb, its dead (6.7V rms) in this situation like shown in my previous video.
The scope only shows the main coils frequency at 115KHz (cap warming up), no sign of any 1/3 frequency signal.

This confirms to me that the original clip did not had the main coil (mazilli) running on 113KHz, but on around 40KHz.

https://www.youtube.com/watch?v=1Wmpu0qz1YQ&feature=youtu.be


Regards itsu

hi itsu,

Thanks for the doing all the necessary measurement as shown in video .

I just did a search this Sunday morning and found that a Russian forum was talking about this VICTOR - VC9808 series multimeter.

This device was used in the video being discussed which i merely suspected to produce "erroneous reading" related to the frequency.


http://radiokot.ru/forum/viewtopic.php?f=35&t=58016


A proud Russian owner of this vc9808 multimeter  mentioned in forum-I also checked the frequency of using a generator GSS-05 shows exactly, but much depends on the amplitude.  At different frequencies, it was necessary to change to get accurate results!

To conclude- it seems the multimeter does produce inaccurate frequency reading if the "amplitude" of the signal isn't right.

To wrap it up-The original video was actually functioning using matching resonance frequency between primary and secondary.The secondary coil then acts as a step up transformer-Nothing unusual about it.

Thanks itsu for assembling the device.I hope your efforts did not go in vain after learning something from experience.

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If i got the time today  i will setup and upload the original donsmith device which was successfully wrapped up months back to demonstrate the 1/4 resonance at <100volts input to show there is no real effect on primary current during shorting test at output.