Kapanadze Cousin - DALLY FREE ENERGY

[starcruiser]

hi Grumage,

Thanks Grumage.I got a clear picture in my head regarding the 43turns.

May i ask the 20B meant for the 12volts loop back for the inverter is the coil is winded outside the 86turns 2.5mm sq meant for the bulbs.

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At this point let me tell you what i know base on the current information which i throw inside my head.

Everyone,

The 0.75mm sq with dual layer of 43 cw and 43 ccw would have internal resistance which is lower than the 86turns 2.5mm sq for the bulbs.My justification below-

Base on old experiment conducted nearly 2 years ago and by the way this was not taught in our books.

We know that 2 similar value resistor or 2 given winding eg:50 turns connected or winded in series would have resistance doubled as what was taught in the books.

But not many people know that by connecting 2 set of coil example winded 30 clockwise and 30 counter clockwise side by side say on a pvc pipe would have the total resistance equivalent to 1 coil depending on the spacing.

In numbers example 0.9Ohms cw and  0.9 Ohms ccw coil winded  side by side would give total reading as 0.9Ohms instead of 1.8 Ohms.This is measured by a simple multimeter in Ohms setting.
The measurement is the same even if you connect probe +/- either way.

This is what i recall base on experiment done nearly 2 years ago.If anyone don't believe me and take me for a fool do try this simple experiment as describe above which defy logic if you are talking about resistance.


So in another words it would be like 0.75mm sq wire for 43turns is made to look like 3mm sq (0.75x4) estimate with dual cw,ccw layer.This part is just an estimate not to be taken too seriously.


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2cent worth of information-
Do anyone know that the kapanadze winding 48.48.24.24.12.12 have inductance reading of around 158uH and this inductance reading is only half of around 23turns into 4 layers(winded on top) which give around 320uH.
Ratio 1.98:1

The 90turns used shorter length wire but it's got nearly twice the inductance of around 37.5meter wire used for kapanadze winding.Think about it.

   

This is another design that is similar to the Ruslan device, but it may not provide as much power, The red line is the halfwave pulse from the inverter which goes to the tuned coil, this should be a wavelength of the tank circuit in orange, the purple is the drive signal for the tank which is sync'd to the inverter and is tuned using the capacitor to reduce power consumption.

[GeoFusion]

Hi guyz,

Great to see we all putting heads towards the working  of the First Device of Akula.
Indeed we will know so much more when we have it running, it will open doors to us all.

Below here I have attached Akula's first Device TL494 circuit drive, I also personally replicated it, shown on my channel.
It works, even tried the resonance test with it on a cap and success. But now to fit it in on these coils and everything els is the trick.
I did extreme research on the vids provided by magpwr and ofcourse I remember Grum's replication. I wish you could Continue on that one.

I also shared the simple TL494 circuit I used on the ruslan/akula  grenade coil, Just do exactly as the schematic says and you will be amazed.

Something Caught my eye yesterday in of of the posted vids of akula,
https://www.youtube.com/watch?v=ccEX4H3D2IA
It might be that this is the way to hook up the 28 Turn wire from yoke, That coil there with the LC happening with tine wire
might be the inner Coil with Ferrite in the device.

ok, first pic is Akula's Schematic of TL494 Driver. only using  the 3 turn and cap and output.
second is also the akula schematic but refined and to trace the connections, this one I have used also to guide me.
last one is the simple TL494 circuit and Attempts also and success.

Lets keep up the good work , so close

Enjoy

[NickZ]

    Geo:
   Thanks for posting those diagrams.  I knew that you had them still.
   Although the driver schematic looks ok, the other hand drawn diagram was not made by Akula, nor is it correct. Doesn't even show the 28 turns yoke secondary coil. Plus Akula confirmed that the diagram was not correct, as well.

  In any case, I will continue on trying to obtaining a closer replication to how Ruslan has done it in the previous more informative video, and schematics.  At least what I see on the video, matches what I see on the schematic.
 
  I personally would consider building that posted induction circuit driver using the TL494. As it looks simply enough to work.
 
  Geo, can you please post a link to your video of the TL494 driver circuit.  I may have missed it.
  Which of the two different drivers circuits that you have, do you think works the best, so far?

[TinselKoala]

For your amusement, here's my interruptor+TL494 based full H-bridge SSTC lighting up a 40 watt incandescent bulb:

http://www.youtube.com/watch?v=7BMRJoqdy6E

[NickZ]

  TK:
   Nice!  I've never seen a HV set up lighting an incandescent bulb quite that bright. Can it light the bulb without visibly blinking?

   Here is a video that I made about three years ago.  It's a "Joule Ringer", just single transistor driver, using no other components.
It was able to light a CFL, and a 60 watt incandescent bulb, both at the same time. 
   I just love simple but efficient circuits. That was a really fun and successful project, and the most useful of any FE devices that I've seen or tried to build, as it can also run off of a small solar panel, for free.
       https://www.youtube.com/watch?v=chEwqvtJUOA