Kapanadze Cousin - DALLY FREE ENERGY

[Tomtech29]

Hi Tomtech,

I cannot comment on the PLL circuitry because I have not built and experimented with this. However, my experience using the push-pull driving the yoke is that the power rails are 'spiked' leading to the linear voltage regulators serving the oscillator and other parts of the device being stressed and overheated. The UR4007 protection diodes shown on the ALLEGGA circuit are IMO inadequate and a 'clamp' winding as detailed by Verpies is ideally needed to clean-up the yoke output waveform.

Hi Hoppy
Thanks I read on the subject of the PLL realizes that they do not have the foggiest idea what a theory in the words of translators
from the practical side it looks much simpler and average guy embraces the whole

Itsu are you trying to connect what gives me hope that Capturing what  I myself do not understand.
Honestly I think that the combination of good cheer ,quite favorably peeps in explaining actions.
I admit that I am so confused by watching these videos that Ruslan guess where are the facts and what it considers a sham
little of that already done several attempts PCB is still nothing like approaching the minimum effect on digestibility already?
not surprised with what already believe that this project devours their money.
Lost information still made in initiating this project so as to slowly die a natural death.

[Hoppy]

Lost information still made in initiating this project so as to slowly die a natural death.

Yes, I'm sure for many of us, it will inevitably die a natural death but we will all have learnt more in the process of chasing the rainbow. Anyway, as cheerful Woopy says when he closes his videos - Good luck at all. 

[Dog-One]

This is where I and some others have gone wrong from trying to work out winding directions from Ruslan's early video shots of his grenade!! I must admit that from digging out and reading your past conference notes again that you do describe the winding method in detail and it does state cw,ccw,cw or ccw,cw,ccw. Thanks for this reminder.

There is a video of Ruslan showing explicitly how to wind the grenade.  The wire is brown colored.  In this video he shows a change of rotation only once,  between the end of the 2nd 48 turn layer and the start of the 1st 24 turn layer.  This exactly matches the schematic diagrams as well and should reduce the inductance to a minimal value.  If the below picture is incorrect, lets please resolve this right now.

[GeoFusion]

Hi Guyz,

Dog-One,

I have posted the correct schematic of what Ruslan is using and directions.
I also have for the kacher, although it varies alot.
But Grenade coil as you see below is what you see on the pic of yours where ruslan shows his brown grenade.
this setup I am using and is working brilliantly.

see how to wind the Telsa Bifilar and see how the cw and ccw windings work, simply follow the flow.

Cheerz.

[Hoppy]

Nick,

both me and Hoppy and Jeg have tried Akula's methode of measuring the resonance of a coil and all have found it did not work already at the first step.

So could you show a short video on how you are measuring the grenade coil resonance?
I understand you now use my methode which is a loose coupling (1 or 2 wire loop around the grenade coil) between the FG and the grenade.
My tests show that it makes a difference where you put this loop around the grenade, it gives different resonance readings 

Then everybody can comment on that methode.

See also this old video of me where i show you the methode i use:  https://www.youtube.com/watch?v=BrY6Q4JCjXs

Regards Itsu

Hi Itsu,

I have found that your method works well for conventional coils like the one you demonstrate in the video. This method should work OK for Nick and others who have a limited frequency range on their SG's.
I found 1-turn to be more accurate for readings taken along the full length of the coil. I think the problem using this method with the grenade coil is that the winding layers are bucking each other. If the lamp method explained by T1000 is used to best tune the Kacher to the grenade, then the resulting Kacher frequency can be used to work out the lower division frequency for the PWM.