Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

   Guys:
   I'm still trying to replicate the original Akula device? Maybe the only person in the world, now.
   One thing that seams clear, is that Akula's inverter was providing the yoke's secondary coil wire, (red coil wire)  220v + input from his 12v to 220v inverter. Which first goes through a full bridge rectifier, and is rectified to DC 320 volts, which is then fed to the  yoke's secondary coil (red wire).
  So, the yoke secondary was getting lots of DC voltage, straight from his inverter/rectifier circuit.
This secondary red coil wire is connected at the other (second end) of the red yoke wire, to a yellow wire which leads to the mosfet driver/tuning board. This tuning board also provides the pulsed AC input, to the yoke's primary coil, which is being pulsed by possibly over 220v AC.
So, both 220+plus volts AC, and 320v DC, from the two coils mutual induction, are working together on the same yoke transformer. Which are also tuned to a resonance sweet spot, possibly using the metal AC run capacitor connected to the thick 3 turn yoke output coil's LC tank circuit. All 4 coils (three on the yoke), are working together to this point. 
   Something like this diagram (below).  I'm sure that Grum and T-1000 remember it.
   Correct or add anything you feel is overlooked or needed:


 


 

hi NickZ,

Base on your attachment have you look into the L8 little to the right where there is a straight line drawn downwards which can be a "static collector" which assist to sustain power at around 1/4 load.

I have found a very interesting link on how to make a HV\static capacitor using aluminum foil and plastic sheet.
I'm gonna use the static approach to observe if there is any notable improvement in power output/power input.

Another known method is to use the coaxial cable as a capacitor which is charged with DC 70...90volts.I think this is also where the yoke\inverter also plays a role to step up voltage.

http://www.instructables.com/id/How-to-make-a-simple-High-Voltage-Capacitor-for-T/

I will release a video to demonstrate this static charge and how it effect the power output\efficiency to ou perhaps.
I think got this figured out in my virtual lab inside my head.

-----------------------------
I manage to find a interesting circuit on how to superimpose high frequency onto 50HZ\60HZ source.Please refer to attachment for knowledge purpose.
110v\220volt source can be 12v sine-wave inverter  to transformer or direct if circuit is modified to superimpose high frequency on 220volts without transformer.

Or using a 555 to opto-coupler to triac or maybe mains solid state relay to safely superimpose high frequency onto 50HZ\60HZ directly from portable sine-wave inverter.

[Hoppy]

I manage to find a interesting circuit on how to superimpose high frequency onto 50HZ\60HZ source.Please refer to attachment for knowledge purpose.
110v\220volt source can be 12v sine-wave inverter  to transformer or direct if circuit is modified to superimpose high frequency on 220volts without transformer.

This is quite possibly the principle Kapanadze is using but with Trafo TP2 as a 3-phase trafo and SCR's used instead of transistors for the HF chopping, thereby eliminating the need for TP1 & TP3. Also, a Mazillii type oscillator would probably be used to produce the HF.

[NickZ]

  Here is a pic of what I'm currently working on.
  I've combined the Mazilli/yoke circuit to the RMG output coils.
  Now I'm seeing some of what Geo has been mentioning, although I still don't have the right caps to tune the circuit with, or the right turn ration, for best results.
  Anyways, I'm still working on it.

  @Magpwr:
   There is no indication that Akula used an aluminum tube, or aluminum foil, or anything to reflect the HV on his big output coil on the original video, or the second one.
There is only a reference to the inner 50 turn choke coil (tuning coil), with a small tuning cap, which is not connected directly to anything else.  But, there is NO aluminum reflector inside the air coil, as has been thought previously by some of us.

 
   Although the Mazilli oscillator circuit can draw lots of amps, that is what we need it to do. And, not just be an efficient inverter, or not so efficient one.
This induction oscillator circuit's output also needs be able to feed back to the input, to self run, also inputting lots of current to recharge the run battery, or to run itself without a battery once started, and only needing a battery for the kick start.
 

[Grumage]

Dear Stefan.

Many thanks for putting OU.Com back to the way we like it. I am sure other members agree !! 

kindest regards.

Cheers Grum.

[GeoFusion]

Hi there guyz
how is everyone?

Btw I was planning to see if I can manage to replicate Akula's Toroid Device TPU.
Let's see how it works out when I start on it sooner or later hehe.

btw watch this, concerning about the Chemtrails.. incredible stuff how  this snow is different then normal ice.
http://www.youtube.com/watch?v=5tEza2wB20c

Nick:
Nice work man it's starting to look like what I have at home hehe. Keep it coming.
Now you could finally see what I have mentioned befor about the amp draws in input and output.. amazing and a awesome effect right haha?

Now it's only matter of more caps and to build up a beautiful resonance with it, you could also try 24Volts input afterwards if it is not. Don't forget to add one more coil of 25Turns " same direction turn  of the output coil" starting on the right side from the coil and with caps connected to it for the LC.


magpwr:
hi , thnk you for the uploading of those schematics of akula, they might help alot especially with the Superimposingfreg circuit part.

Cheerz~