Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

Have you watched the Vasmos video's, there is one video i'm thinking of where he is out in a field
with his device and he has a clamp meter guess what he uses the clamp meter to measure the current !
There is another video where Kapanadze does the same thing in Turkey. Good aye it 

[AlienGrey]

Nick and others, if you look into Akula circuits especially the modified impulse device there is no 1mhz or other HF other than a pulse marker in the Khz range ***(see patent no US US 9,564.268 B2)*** unless some one else would like to explain, since seeing the masters device and his oscilloscope posts.

See Akula circuit.

[soliman]

   Geo, T-1000:   Here is a video that I made last night.  At the beginning of the video, it can be seen that the CT is showing 3.2MHz, at times.   https://youtu.be/u_gg73t5GaU
   Here is a pic of the CT, (air core this time). It was tuned previously to about 3.5MHz- to 4MHz. This was with NO Kacher running, just the induction circuits. With the Kacher on the CT voltage is higher, or course. I will show that next time.

hi nick Z and all
Using this type of coil is like using a directional coupler.

in a sense [/color][/font][/size]

it has incident power and in the other sense reflected power, try to connect the oscilloscope in both directions.[/color][/font][/size]

Health.

[soliman]

[font=]directional coupler.[/font]

[magpwr]

Hi everyone,

Please read this in full in order to understand why i just created a new Pll circuit to be embedded into existing kapanadze circuit -

Related to kapanadze Akula build.I have created a unique PLL 4046 circuit which multiply frequency by 3 and is able to lock onto 18.3khz to 39.2khz.

4046 PLL as frequency multiplier and lock onto 18.3khz....39.2khz
https://www.youtube.com/watch?v=ndeGga9O27g

Reason for coming up with this PLL circuit which looks crazy in the first place.But before i begin base on Akula old video he mentioned that frequency should not go below 18khz for Air core.

Current problem we are facing if 1uf HV capacitor for example is installed after 3 turns from yokee or toroid  combine with L/C at input coil(eg:320uH) at resonance would give mere 8.8khz.
This would fail the 1st criteria for Air core transfer lost.
In the past i was using around 90nf capacitor which consist of 9x 1kv 10nf Cornell Mica capacitor.This would give me nice frequency of around 28.8khz base on 320uH input coil inductance.
Combine with appropriate Tesla coil frequency which the control circuit was already provided a few times in the past in this forum.

The output of the Kapanadze output coil would give me around 80khz(Sine-wave.No longer appear jumble/parametric waveform) after passing through old assembled circuit  div by 3 to get around 9.6khz(28.8khz if at resonance) but the amplitude is very low below 10volts.

Then it hit my mind the frequency as provided in the Akula circuit 17khz(x3 51khz) to 37khz(x3 111khz) needs to be multiplied.For example if i tried 28.8khz x 3 would give me 86.4khz.

This time the impedance across same capacitor eg:90nf would be much lower because the circuit will be operating at 3 times the resonance.

In other words i am able to solve the current biggest headache-impedance issue.

This time if we are using 1uf cap after 3 turns with 320uH from the input coil.The L/C resonance at 8.8khz would be multiplied by 3 and it give 26.4khz and this solve the 1st issue no less than 18khz for Air core.


Hence kapanadze coil is still able to function as a parametric oscillator.
-------------------------------
For reference only-

Online capacitor impedance calculator https://www.translatorscafe.com/unit-converter/ml/calculator/capacitor-impedance/


Online L/C resonance calculator-https://goodcalculators.com/resonant-frequency-calculator/