AC-to-AC, PM parallel path concept.

[nwman]

BEP, Sorry but you lost me.

Here is just a simple picture of the idea. I don't have all the materials to build it but this is a visualisation of it.

[gyulasun]

Hi Tim,

I do not know if you have read Josh's research paper on Flynn's parallel path technology?  Here is a link to that page where you can read the PDF paper: http://www.flynnresearch.net/young%20scientist/Josh%20Jones/josh.htm

The paper confirms what Flynn's patent claims: you can sum up or add the flux of permanent magnets (and that of the electromagnets) inside ferromagnetic cores (an armature in this case).

Is this result overunity?  No. It simply makes possible to increase the pulling force of an electromagnet without increasing input power.  And this was a static test. The paper ends with "more research will be done in the quest for overunity operation".  This paper was prepared more than 2 years ago.  I wonder where Josh is now with his further experiments? 

So I think dynamic tests could follow from where he finished his paper in the basic parallel path. It is  100% sure Lenz effect will appear in a dynamic test with a load across the output coils. This is the next step to solve, at least.

One thing BEP suggests to you is to physically rotate the magnet(s) in the setup for changing the direction of the flux rather than to use steering coils for this job. I think this is a good suggestion, especially if you consider Paul's comments and ideas at this peswiki site to ease this task: http://peswiki.com/index.php/Directory:FPPMT:Paul_Noel 

Study especially this too: http://peswiki.com/index.php/Image:PpathMagControl.gif

EDIT:  I do not say Lenz effect will be avoided by the mechanical rotatiton of the (smaller) magnets but the effect back to the input will be less...  Experimentation is needed!!!

rgds,  Gyula

[leo48]

I have experienced a long time to the trasformator
Parallel path but I could not have better results of a standard trasformator.
Now I'm working on a motor Parallel path
http://it.youtube.com/watch?v=PL8KvOXWuWU
and I'm getting better results.

leo48

[pese]

http://it.youtube.com/watch?v=aUxQHkkRSoc&feature=related

[AbbaRue]

@pese
That is quite an impressive video.
I would like to know how much current it drew from that little battery.
Using such a small battery does look impressive but a current reading would be much more useful.
I hope the inventor posts more info on it.