TK, hope you did not get offended by the pic, its that of James Randi, the greatest debunker of our time.  One thing I'd like to know though, is Akula et al making some decent money from investors or just selling parts to hobbyists? 

Hi,

how is the winding directon for both windings? Do i start
to wind left or right? I would like to build this circuit.

Those UR Ferritcores are not so cheap. Where do you get those?
From old TV's, CRT Monitors? Or should i buy those ferrites from alibaba
or somewhere else ?

Thanks for your help. I'm really appreciate it.
You can send me PM's me too.

Thanks and best regrads from austria,
Mike

I am working on Akula's free energy transformer setup from his video 00033.
It is finished now and tomorrow I will start testing it, fingers crossed.

could you post complet drawing of circuit ?

Hi all,
this is my first post here. At first I would like to say thank you to all members. I learned so many from your comments in the last two years. I hope my english is not too bad, so that you can understand me.
I have tried to replicate that circuit. On bottom you can see scope shot. no self running in the moment and no second Peak. Scope probe was between ground and point of LED3 / D1. Is that the correct measurement point for Lari-Man's typical signal?

@Tinselkoala: thank you very much for your comments. I have a question about your replication. Do you have any stronger signals or elektrosmog in your laboratory, that is important that circuit can run in self sustaining mode? Is normally elektrosmog from environment enough (radio stations..), that the circuit can run itself for a while?

When switch is closed I get brighter LEDs. I removed 1 ohm resistor and play with a variable resistor, because I had 15-25mA of current.   

Have anyone a Idea what I can do, to get a better result? Tommorow I remove breadboard and long wires .Hope it helps a little bit.
Best regards...

Datas:
C1 = 32-33 pF
C2 = 316 pF
Frequency = 204.08 khz (to high?)
28 Turns is litz wire from old TV
66 turns = 1,07mm solid wire
LEDs = cold white 5mm
D1 = 1n4001 (I will change this to UF4001 next days)

It is very simple push-pull based on a TL494 IC.
Then the output goes to 2-channel switching module consisting of optically isolated drivers for mosfet/IGBT.
The rest is clear from the picture. Two tank circuits on the sides and two output coils towards the center with 55W 12V bulbs
and a push-pull exciter winding in the middle.
I will make a complete drawing soon.

thanks for that. But most interesting are transformer data-!
I am sure this will work

I am working on Akula's free energy transformer setup from his video 00033.
It is finished now and tomorrow I will start testing it, fingers crossed.

so how is testing?
any result?
transformer drawing-data by any chance pls
 

Hi fellers had a few problems with the MC34063 I don't think all the devices are the same with this number. made a short video so you can see the wave form and mark space ratio i get with this chip, and any one who says it's the capacitor values knows what they can do ! cus it's not ! I think i will have to try another supplier for this device.

https://plus.google.com/b/112070108712151020176/112070108712151020176/posts/8RG26FrTZ7J?pid=6137673750132029938&oid=112070108712151020176

Hi all,
this is my first post here. At first I would like to say thank you to all members. I learned so many from your comments in the last two years. I hope my english is not too bad, so that you can understand me.
I have tried to replicate that circuit. On bottom you can see scope shot. no self running in the moment and no second Peak. Scope probe was between ground and point of LED3 / D1. Is that the correct measurement point for Lari-Man's typical signal?

Yes, that's one of them but not the one that makes the single, positive going peak for me. That TestPoint 1 is Pin 8 of the MC34063 chip where the Primary winding is connected, and the Anode of the LED stack where it connects to the diode is the other one, that shows negative excursions. Your scopeshot from that point (I call TestPoint 2) is quite a bit different from mine at that point. See below where I indicated my TestPoints on the schematic.

@Tinselkoala: thank you very much for your comments. I have a question about your replication. Do you have any stronger signals or elektrosmog in your laboratory, that is important that circuit can run in self sustaining mode? Is normally elektrosmog from environment enough (radio stations..), that the circuit can run itself for a while?

Yes, I am afraid so. The "elektrosmog" environment during my test video was quite strong and is the key, or "secret" to why my replication works the way it does.
I believe that if your workshop is, say, in the basement of the transmitter room of a powerful FM radio station, your replication might also run in "self-sustaining" mode as long as the transmitter is active.
You could also try looking carefully at that electrolytic capacitor C3.

When switch is closed I get brighter LEDs. I removed 1 ohm resistor and play with a variable resistor, because I had 15-25mA of current.   

Have anyone a Idea what I can do, to get a better result? Tommorow I remove breadboard and long wires .Hope it helps a little bit.
Best regards...

Datas:
C1 = 32-33 pF
C2 = 316 pF
Frequency = 204.08 khz (to high?)
28 Turns is litz wire from old TV
66 turns = 1,07mm solid wire
LEDs = cold white 5mm
D1 = 1n4001 (I will change this to UF4001 next days)