Muller Dynamo

[TEKTRON]

Here is 10yr old video below of Bill Muller lighting up a 300W bulb in left hand, with single coil held in right hand next to the 16 NS-magnet rotor with magnets the size of hockey pucks
http://www.youtube.com/watch?v=K2fF9aSEeVo
The coils are sort of "barrel-shaped" I never saw coils like the wedge-shaped 3-layered coils in the pictures on the "neogen motor" link posted here last week - those are a very recent design - I think the reason for that shape is that when you get to very high power being made, and there is very strong attraction-conditon, coils of that shape, being mounted into the coil plates  holding the coils facing against the rotor magnets, would for sure never pull themselves out of their "sockets" especially when the  smaller-diameter side of the wedge-shaped coils is facing the rotor magnets....and it would be easy to drill three differnt diameters holes into the coil-plate material too,  so I think that is what that coil design is about might be something else to it too, like you want the backend of coil to be more powerful than front end so coil-polarity flips over easier - similar to the helper magnets behind cores in Romeouk looper and the way thos magnets behind cores snap cores back to reverse polarity and so the cores will push the magnets away when they pass by, instead of wanting to drag them back as is normal (rotational lenz-lug).
Bill Muller was proud of his amorphous low hysteris blacksand material he used for cores - he said that looking with scope, the voltage and current both peaked at same time, so was no time lag of current after the voltage... so it could change polarities very fast, and also the magnets didnt like to stick to them too bad, because fo the "random polarities" within the black sand itself (cyrsalinne structures encasing ferrites)

@konehead,
The vid audio in my ears, reviles at !:10.."I may have to come down here. I would have to do it with my left hand...wheel... coil...an inch away...see that?..now I'll go closer...1/2 inch away...1/4 inch away... The machine doesn't slow down "

But in fact it does slow down. If you listen carefully you will here it. At the end of the vid, when the test ends, at the last seconds and the coil is removed, the RPM S pick up.

I believe Romero's device is completely different to Muller. Romero's did not seem to change speed under load, as well it was looped. I believe it has to do with the magnetic precession direction.

[ausev]

Here is a video from 2008 showing someone elses muller replication:

http://www.youtube.com/watch?v=xbF63Gzvtd4

Don't know if they frequent the overunity forum and could make comment?

> Sorry its hard to keep up with this thread JouleRinger already posted this my apologies for double posting this.
> In answer to his question about how to contact him I found Rod Clarkes website at:

http://rod45103.tripod.com/

[xenomorphlabs]

Here is a video from 2008 showing someone elses muller replication:

http://www.youtube.com/watch?v=xbF63Gzvtd4

Don't know if they frequent the overunity forum and could make comment?

This video link has been posted and related to that person Rod, whose whereabouts are being discussed on the previous page.
Since he has a highly commercial interest, there is near zero chance that he
will give any free information about his device.

This thread is getting too long, suffers the same fate like the Kapanadze thread
where on page 200,300 and 400 the same video links that have been already posted on page 100 get repeatedly posted. :/

[moli53]

For those of you in the US looking for litz wire.. I have found 10/44 on ebay.. I looked everywhere and can't find 7/44 anywhere in the US.

.125mm = .005in = 44 AWG

http://cgi.ebay.com/10-44-Litz-Wire-Loop-Antenna-Crystal-Radio-Coil-250-ft-/160569996007?pt=LH_DefaultDomain_0&hash=item2562b7b2e7

Make it self!?!
Take a .125 mm wire, parts of 7 smaller colis and twist together to a Lizt-Wire

[TEKTRON]

Make it self!?!
Take a .125 mm wire, parts of 7 smaller colis and twist together to a Lizt-Wire

Good man!!!

I see how it works.

Cool, Thanks