Akula0083 30 Watt Self Running Generator.

[Hoppy]

Here it is, I spent some time just for you

Nice try thanks but the super-cap does not need to have a working voltage of 9V.

[Hoppy]

@ T1000,

Something for you.

[lasersaber]

Normally supercaps are 2.5V or max 5.5V rated in a single package.   So I donno yet the truth...

There are higher rated super caps available online.  See here:  http://www.futureelectronics.com/en/Technologies/Product.aspx?ProductID=FS1A105ZFTOKIN5522339&IM=0


I have been lurking around here and OU Research reading everything about the Akula devices.  I have had very little time to build lately.  I have not yet understood what the working principle behind the claimed excess power is.  I do plan on trying out some of the unique "perpetual" transformer design ideas I have learned about on the SJR Crossover circuit.  I will post if I notice anything interesting.

[gyulasun]

Hi lasersaber,

Thanks, I was not aware of them.  From your link, data sheet says for 1 Farad 11V supercap the OD=28.5mm,  Height=31.5mm and Height for a 12V 1 Farad is 38mm.
for a 12V 5 Farad supercap the OD=44mm,  Height=60mm
If he used a supercap, he had to relabel / rewrap the plastic cover of one of the capacitors...

Gyula

[TinselKoala]

No you look at the diagram.. That is exactly what the diagram shows from left to right pin 1,2,3,4,5.  1&2 DC out and 4&5 AC in.  No mirrors in the datasheet. 

How many times do we have to go through this?

The first image below is from the video.

The second image below is from the data sheet. Do you  see now the "mirror image" ?  The GAP contains the adjustment pot and the LED. The DC output terminals are closest to this gap, NOT THE EDGE OF THE PSU. This is confirmed by both data sheets.

If you want to argue this point please provide some new data that contradicts the data sheets and the photographs !!

THE DC terminals are nearer the center of the unit. The terminals closest to the edge are the AC MAINS input terminals.

Do you have trouble displaying images inline?