Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

I would like to add few things:

1)The resonances are best calculated by wire length (it is same as wavelegth) and this method is also how Ruslan also used in his calculations and his "grenade" coil which was aimed for 4.8MHz resonant frequency
2) First you build "grenade" coil with 48CW+48CCW + 24CW+24CCW + 12CW+12CCW then try to find its resonance without earth ground attached as antenna and later when grounded
3) Depending on frequencies found you will need to build Tesla coil resonating on 1/3rd frequency of main coil
4)  the induction heater module should resonate in kHz range which is also low resonant harmonics of "grenade" coil
5) the control circuit module should switch on Tesla coil on positive peak of sine wave for very short cycle for generating high voltage spike and this spike should be filtered by choke for few nanoseconds spike length by choke between Tesla coil and antenna.


Hopefully this will help in tunning...

Cheers!

P.S> @itsu - your shotgun approach need to be corrected as Tesla coil and "grenade" coil do not match on resonant frequencies...

[magpwr]

hi itsu,

It seems T-1000 is right.

I have failed to look into tesla coil resonance frequency of your current built while paying attention on the nanopulser section of yours.

Recalled 1.7Mhz...1.8Mhz mentioned by Akula in his Tesla coil tuning video which is the 3rd sub-harmonics of 4.8Mhz.
http://www.youtube.com/watch?v=-rALEpvBQig

When T-1000 mentioned 1/3 of 4.8Mhz it is actually coming back to around 1.7Mhz for the Tesla coil.

To verify if this information is valid enough i have gone to this video of Ruslan -Rusla Kabulahov  first Akula duplication free energy device  (Merely to observe tesla coil length)
http://www.youtube.com/watch?v=dmE_yZjIBrA

I have attached the screenshot to show the estimate length of Tesla coil to justify the 1.7Mhz...1.8Mhz counting the additional connection to large outer coil at grenade coil.
Base on observation in a another video or photo of Ruslan device it is around 20AWG thickness for Tesla coil.

My tesla coil base on signal injection via 1k resistor is 1.3Mhz  the sub-harmonics this is base on existing inductance of 1.069mH.The amplitude would be lower at resonance  because of 1k resistor from signal generator for my case.
This tesla tuning for me is reserve for later stage once multi-layer coil is completed along with the outer coil.

For everyone else-It's always safe to start with more winding for tesla coil then reduce later .This is a better approach rather than rebuilding tesla coil which kills time.


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I have re-attach the harmonics and sub-harmonics calculator excel base calculator once more.For those whom do not have Microsoft office please down free excel viewer from Microsoft.

[Hoppy]

Working on the basis of 4.8MHz natural resonant frequency for the grenade coil and a coil former diameter of 50mm, I work out that the complete winding length is in the order of 31 metres. This is only around half of the wavelength which is 62.45 metres. Any comments on this? I have taken into consideration the increased diameter of the 24 and 12 turn coils.

[Jeg]

In reality, when you wind the 25+25 coil over the grenade coil, the resonant point falls to a lower harmonic than 1.7-1.8MHz. Specifically mine from 1.8MHz with stand alone grenade coil, at the end went at 624KHz.

By the way, Nick before some days you mentioned about a 12+12 turns coil instead of the 25+25. Where did you see that please? After experimenting a lot around this 25+25, i think that 12+12 would be more appropriate to reach a total of 220V at the output.

[Jeg]

Working on the basis of 4.8MHz natural resonant frequency for the grenade coil and a coil former diameter of 50mm, I work out that the complete winding length is in the order of 31 metres. This is only around half of the wavelength which is 62.45 metres. Any comments on this? I have taken into consideration the increased diameter of the 24 and 12 turn coils.

Hoppy, i found out that this grenade coil is very sensitive at 2nd 3rd and 5th order of subharmonics. 32 meters correspond at about 9.3MHz. Divide it by 2 and you find the first high subharmonic. Next sub is dividing by 3. Divide it by 5 and you find the 1.7-1.8 value. The same applies to each subharmonic. They are also obey to this 2nd 3rd and 5th rule. I don't know why is this, perhaps the shape of the coil. After winding my 25+25 coil my resonance fall down to the 3rd sub of 1.8 wich is the 624KHz.