Kapanadze Cousin - DALLY FREE ENERGY

[Void]

5) The inductor coil on grenade coil - it must be half of wavelength and winded to opposite than bottom layer of grenade coil. Also each layer should start from same place and end (Please see how E. Leedskalnin PMH is winded) in middle of grenade coil.

Hi T-1000. Besides the item Itsu mentioned above needing clarification, I also can't
seem to make sense out of item 5). Which coil specifically are you referring to in item 5) above?
Do you mean the bifilar 'primary' coil which is wound on the grenade coil, and which is in series with the
0.47 uF capacitor going to the three turn winding on the yoke core? If so, then I don't see how the wire length
of this coil could be a half wavelength, or do you mean its wire length is half the length of the wire used in the
grenade coil? Even that would make its wire length quite long...
Eg. 37.5m / 2 = 18.75 m  Does that not seem long for this bifilar winding?
How many layers and turns is this winding?
All the best...

[MenofFather]

MenofFather,

i do not see any difference in the connections between the two drawings.
Only the dots are on the other sides, but as both are, that does not have any effect.

Regards Itsu

In your and Ruslan is diferent conection! Please change primary windings wires end places betwenn them. Then you not get 1 Kv pulses LIKE RUSLAN. But you must get then free energy, if you proper all ajust!
So please change that ends of primary windings on ring and make video, like in prieviuos your video, were you puting pulses on top of sine.
And make like in this diagram [size=78%]
http://www.overunity.com/12736/kapanadze-cousin-dally-free-energy/dlattach/attach/143355/
Without going energy trought output coil, you not get voltage on output. Pulses must not rise voltage, but go down curent consumption.

[MenofFather]

In other drawing.
Itsu, now you see diference betwen your conection and Ruslan?

[Jeg]

Hi T-1000. Besides the item Itsu mentioned above needing clarification, I also can't
seem to make sense out of item 5). Which coil specifically are you referring to in item 5) above?
Do you mean the bifilar 'primary' coil which is wound on the grenade coil, and which is in series with the
0.47 uF capacitor going to the three turn winding on the yoke core? If so, then I don't see how the wire length
of this coil could be a half wavelength, or do you mean its wire length is half the length of the wire used in the
grenade coil? Even that would make its wire length quite long...
Eg. 37.5m / 2 = 18.75 m  Does that not seem long for this bifilar winding?
How many layers and turns is this winding?
All the best...

Hi Void
Yes he means this 25+25 inductor. In an other Ruslan's post on realstrunik he spoke about 11 meters of cable when his grenade at the time was about 33meters. So 1/3 wavelength will have the same result.

[magpwr]

hi everyone,

Harmonics solved-

I have finally understood on how to pair or match the "Resonance frequency of the multilayer coil" together with the "Tesla coil"

After referring to this youtube video which was kindly translated by Wesley and by merely extracting one screenshot image from Akula video as attached.

Akula video #5  translated by Wesley
http://www.youtube.com/watch?v=PPHipGkfSAY

I am now able to conclude on how to derive either the resonance frequency of the multi layer coil or obtain the needed frequency for the tesla coil.
But the easy approach is to first know your resonance frequency of the multilayer coil eg:26.1khz,27khz or something that fits within this range 18khz....37khz


Step by step shortcut approach on how to derive the frequency of the tesla coil(which is mere +-10khz tolerance only)-

First step- Once multilayer coil resonance frequency is known then apply that frequency example 27khz or 25khz into your signal generator with "sine-wave" for waveform setting.
Then use scope function "REF" to save a snapshot of the waveform 27khz(White waveform) as shown in my attachment Harmonics-Final-Experiment.jpg.

Second step-
Now increase the frequency on the signal generator from 27khz to something in the 1.xxx Mhz range.Until you get to see waveform which is all aligned as per my attachment.
Long story short  frequency needs to be 1.610Mhz or 1.620Mhz which is strictly within 10khz for tesla coil,if the multilayer frequency is 27khz.
"Why because any higher or lower frequency for the tesla coil the alignment will be lost."

Final step-
Once the frequency is know then you proceed to create or tune the tesla coil accordingly.

Take note resonance frequency of the tesla coil will be final once the (antenna/large outer coil) is in place."Reason why outer coil antenna needs to be sufficiently spaced eg:3cm...3.5cm. from multilayer coil is to prevent resonance frequency of the tesla coil from being changed or tampered"

"If you are working with any tesla coil to find out it's frequency for god-sake please do not touch probe to tesla coil.It is suppose to be placed around 4cm..5cm away from coil"

With this above explanation i have finally solved the harmonics portion for this device.
Side note- i am unable to provide advise for those with older analog scope with no capture features for reference.

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Base on the harmonics calculator which i previously attached take a look at Harmonics of 27000hz and take a look at the "60th" Harmonics which shows as 1620000hz or 1.62Mhz.
But this harmonics calculator is just a rough guide without giving you any acceptable tolerance range in order to see a "nice waveform" as attached.

------------------------------
Take note this experiment was done merely using only signal generator and scope without any device.
This is dry run for now which will be applied for actual experiment once i received all the component for this device in around 1 month.