Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

Hi itsu,

You might be interested to know what is the frequency of the PLL used in the attached circuit.

By punching in some numbers as attached in this Online PLL Calculator
http://www.changpuak.ch/electronics/calc_03.php

We can see estimate Min frequency,Typical Frequency and Maximum Frequency by using 4.7nf /4700pf capacitor for 4046 as attached.

The current transformer you are working on is also the likely AFC sensor for the LM393."If anyone still can recall the block diagram from Akula months back containing LM393 comparator and PLL"

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Another area i need you to understand to align with my thinking as mentioned in my previous post less than 24hours ago.

To know the estimate LC resonance of 1.2uf capacitor in series with 25 turns x 2 bifilar.
http://www.pronine.ca/lcf.htm

I just put 1.2uf for cap and 124.5uH base on reading for my winding 25 x 2 turns bifilar.
I have attached to show LC reading it's 13khz.

itsu please read carefully-

This is the interesting part using the harmonics calculator punch in your  kacher coil resonance value at 1.3Mhz and take a look at the 100th sub-harmonics it reveals as 13khz.
The Pwm generator as indirectly provided by 4046 PLL  at around 28khz(estimate typical frequency or eg: 26khz at 50th sub-harmonics)

We take that 13khz x 2 =26khz (To show you the Pwm generator is running at 2 x the resonance frequency of 1.2uf and 124.5uH at 13khz.)

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Lastly i have once again proven there is no direct LC resonance involved for this device.Put it simply the bulb should not be lit at all if there is no power to kacher/tesla coil.
But be surprised if kacher is turned on as i mentioned previously all the harmonics at various point is inter-related.

To derive the kacher /tesla coil frequency is the most important part eg:7Mhz divide by 4 .

The fully assembled multi-layer kapanadze coil together with 25 turns optimal resonance point eg:7Mhz is the one which ultimately determine the "Sub-harmonics frequency" of every other section of the kapanadze device.



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Determine frequency of my assembled kapanadze coil and important setup guide.
This is after connecting the wire top of 25 turns together with the top of multilayer coil and both wire along with ground of my scope and signal generator is connected to Earth.Then apply signal at 1 available wire from 25 turns.Scope is connected to 1 available wire from multilayer coil.


6.64785Mhz  (Optimal frequency of fully assembled multilayer kapanadze coil with 25 turns bifilar winding.Careful tuning also reveal at this frequency it starts to constantly vibrate to higher voltage in mV better than than the rest of the frequency which is already at optimal resonance)

6.64785/4=
1.661962Mhz (My kacher frequency to be oscillating at with antenna attached)

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60th sub-harmonics version-

27.699khz (60th sub-harmonics PWM generator)
13.849khz (120th sub-harmonics.Capacitor value selection base on-LC resonance of "capacitor" and 25 turns x 2 bifilar at 3 turns)

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50th sub-harmonics version-

33.239khz (50th sub-harmonics PWM generator.*Ruslan version)

16.619khz (100th sub-harmonics.Capacitor selection-LC resonance of "capacitor" and 25 turns x 2 bifilar at 3 turns)

(The divide by 60 PWM generator of mine can also be converted to divide by 50 as well and both case it's locked to tesla coil radiated frequency )

[skywalker66]

Hi Jeg!

Can you tell what is your grenade self resonant freq, katcher freq., and 3T+cap+inductor series resonance frequency (push-pull freq.) ?

Also you can try connect kacher negative (ie transistor emitter) to ground thru a diode ( kathode at emitter and anode at ground) not directly, and notice if there are any difference on your scope.

Cheers !
     

[Jeg]

Hi Jeg!

Can you tell what is your grenade self resonant freq, katcher freq., and 3T+cap+inductor series resonance frequency (push-pull freq.) ?

Also you can try connect kacher negative (ie transistor emitter) to ground thru a diode ( kathode at emitter and anode at ground) not directly, and notice if there are any difference on your scope.

Cheers !
   

Nice idea, i will test it. My frequencies are 1MHz and 16,6KHz

[MenofFather]

I can, but that point is/was grounded as per the latest diagrams!

Regards Itsu

I think no meter grounded or not, you can remove ground. Maybe then you get phase shift like in Ruslan osciliogram between sine and pulses, because now, in you picture is no phase shift.
Thank you. 

[MenofFather]

After tuning it and fixing some directions of my coils, I managed to pass the high frequency oscillation into my main grenade line. 200V pk-pk from katcher exactly at the center of the pulse. My initial problem which I faced yesterday was that the imposition of the signal to the low freq signal, didn't affect my bulbs at all! See attachment. Then I put an other diode from grenade to ground. Anode to grenade, cathode to ground. The resulted waveform changed a little and I noticed that a very weak energy added to my bulbs but it is not as strong interaction as at Urfa's video. I suspect that my katcher needs to re wounded on the other direction. But, I think that what ever winding direction you do to your katcher, the result is the same. Only negative particles at the antenna. Is that true? Did you notice something different by changing direction at kacher side?

I not see differnce, that is kacher winding direction.