Kapanadze Cousin - DALLY FREE ENERGY

[tgraca]

PS - the most helpful information on this for me that I found was TheOldScientist's replication, which wasn't complete, but gave great
insights into this technology. What I took away from it was that this technology must be absolutely tuned to the load, which is tricky
at best in my opinion... it's something I want to pursue, but not yet... I am using some of these ideas with other things and I am sure
reading through this thread will give me more ideas. Hopefully, as I get things working and share, I can live up to my own standards to
help others easily replicate my stuff!

PSS - the most useful graphic I found on that russian website was an animated gif on what I think of as reactance and has to do with
the primary 3 winding coil, which represents most of the schematics 1/1, 1/3, 2/3 winding technique... the 1/3 turn winding seems
to be critical to getting the circuit to resonate with the load... here it is...

[Ed morbus]

watch

https://www.youtube.com/watch?v=V7OFKmcbGaw

[Ed morbus]

watch

https://www.youtube.com/watch?v=k2klhrNj5pU

[tgraca]

watch
https://www.youtube.com/watch?v=V7OFKmcbGaw
https://www.youtube.com/watch?v=k2klhrNj5pU

Those 2 videos are definitely new to me. They were useful. Thanks Ed.

[GeoFusion]

Hi guyz,

Nick,
Nice pic of the system up and running again , Btw wanted to say is try to use toroid chokes
with 19 AWG in that range around 35 to 37 winds. My RMG system uses that.
This will cool down the heat on fets but will heat the chokes a bit instead, use 12V fans on fets .
but can run longer.

magpwr,
Thnx for the share of experiment experiences with the Mosfet driver and ferrite core with output.
Strange, how with one Fet to give better output then working with 2.
Btw, Change the Snubber's Diode kathode side to source pin of Mosfet /IGBT you use. I just saw the schematic you used.
So the diode is with anode connected to the cap side and kathode to source with the resistor in parallel as we know already.


  Guyz,
Almost done with my High speed Push pull driver which ruslan also uses  but now he uses another one for his latest,
But what I'm replicating is a Akula's schematic of the push pull of his first device.
I really didn't see no one doing this yet or trying to replicate it, Thought this must be done and to see what it can do.

For what I want to understand is the working's process of the Yoke and push pull with this TL494 setup,
But most importantly is to see some resonance that must be achieved with the cap in series with the 3 winds on yoke
and to the exciter coil and to gain output on the output coils.
Sort of a High voltage must be formed as seen in schematics I'm using now.

There might be chances  that I would try to attempt a build the first Akula device, which this TL494 circuit was used to drive it.
I will also continue on the Kacher/grenade Device with this circuit and see what the results will be.

I'm starting to see what is going on with these devices and why these particular circuits must be used.


Some pics below here to show the progress , I Still have to finish the TL494 and IR2110 circuit build,
the voltage regulator is on it already but missing some caps and choke is also on it, and the IC's,
when done, ready for the test.


Welcome tgraca .

Cheerz~