I gather the material for the construction of a / RomeroUK Muller replica.
I'm looking for ferrite coil. Several Russian sites offer ferrites with permeability 400. Do you think it is appropriate for my line? RomeroUK coils are very small, I can not find the same.
Thank you for your help.

http://worldwide.espacenet.com/publicationDetails/biblio?DB=EPODOC&II=48&ND=3&adjacent=true&locale=en_EP&FT=D&date=19660419&CC=US&NR=3247407A&KC=A
Sincerely
              OCL

Hello all,
After seeing on Youtube romeroUK, I realized that two Hall sensors are not positioned the same way relative to the coil.
One is a little before the coil and the other recess closer to the edge of the stator.
Must pass and repass the film.
On the other hand looking for a supplier of Hall sensors and correspondence, I learned that there are other models and unipolar bipolar. So you have to buy unipolar otherwise nothing will work.
These are very small important details.
Someone of you may have succeeded?
I am somewhat blocked by my budget and I still have about 130 Euros for equipment to buy.
I found the supplier "Mouser" in UK because I order from France and here everything is more expensive.
Do you know of another supplier in UK?
A soon.

Check it out.
Quanta magnetics now has it's own PESN page-

http://peswiki.com/index.php/Directory:_Mike_Kantz%27_Quanta_Magnetics

And in the second sentence; the question is asked: "What if bifilar coils and toroids where combined?"

Interesting question and exactly my thoughts for a very long time. . .
One of quanta magnetics videos is a combined system with not only a pulsed motor but, also, a Howard Johnson Ramp, as well as a super efficient alternator plus a modified drive motor called a "stargate" motor along with some timed switching and a combination of different capacitors . . .

Bedini always said the trick is to convert from one type of system, and/or energy, to another.
Such as using an pulsed system to charge batteries then an inverter versus trying to use the same batteries to run the pulsed system.
And this Russian Qmogen, currently on the market, does the same thing.
http://peswiki.com/index.php/Directory:_Vitaly_Shilov_QMoGen

So; does anybody here remember the simple mockup image I submitted well over two years ago depicting a Muller style coil frame mechanically coupled to a toroidal coil?-
That image, which was merely an idea in my head, is very similar to the Q3 now available. . .
http://www.overunity.com/3842/muller-dynamo/msg310413/#msg310413

In the grand scale of the universe; is there such a thing as an "original idea"?

Kindest regards; Scorch.

}:>

Thought I would go ahead and throw in this video link for quanta magnetics which just released a new kit called the "T-2".
http://www.youtube.com/watch?v=8Gl45Ulf7Us
It appears he is demonstrating a resonate system.

Doesn't look like much is happening here at this forum. . .

I have not done anything with the Q3 because I have been waiting to see what happens with this new "T-2" kit.
It does appear the T-2 may be doing some interesting things and I do intend to start working towards converting my Q3 to the T-2 configuration.
I already have most of the materials on hand but do not know when I might get around to starting work on that project.

I am currently working on replicating the permanent magnet linear motor as demonstrated here-
http://www.youtube.com/watch?v=618k46W3kNY

I am not aware of any forum where I might be able to share the progress of this particular experiment.
To the best of my knowledge, nobody has even tried to replicate the experiment and effects that PMM4GHYBRID has produced.
I may be the only one trying to replicate it the same, exact, way he built it.
The only thing I am doing different is to use a better, scale model, train versus his toy.
And I am trying to see if I can get it to complete a loop back to the pulse gate without the use of a second pulse gate.

That is all for now.
Kindest regards;
}:>

No. The Q3 was not a bifiler configuration.
This will be part of the conversion; to rewind the original coils as bifiler.
This may not be very difficult. Provided he is using the same gauge wire; I should be able to simply unwind the coil then rewind it with the same wire doubled.

It will be half the length and turns with two conductors that still fill the spool without need to use any new wire.

}:>

I saw that vid of the new model. Does yours have bifi coils?

Mags

@ schorch,
Feel free to create another thread for your experiments, this may help others in the future if they want to replicate things, right now i'm interested on replicating the toroid gen. Of the T2, if you have time pls. Post your findings on this, i will be following, thanks...


Regards
Cc

Yeah, no drama, at all.
I think I can hear his frustration as he tries to demonstrate that, yes, in fact; the battery IS charging. . . 
A charging battery simply is not a dramatic, action packed, scene for any video production.
No; I don't believe the aluminum brackets have any detrimental affect and these are the brackets that came with the kit and not something I added.

And here are the details for the core part #T650-52-
http://www.micrometals.com/pcparts/torcore7.html?zoom_highlight=T650-52

PS: Once again; it appears that PMM4GHYBRID is holding back.
If you review the video; you will notice that, again, he is not actually demonstrating ALL the potential charging outputs of the device.
At 21:40 into the video; he points out that he is not even using one of the outputs which may be used for additional charging.

}:>

Nice work Scorch - I check in here once in a while.   The T2 video - LOL - no drama there .... but that guy really is an incredible builder.   Just wish I had the $$ to buy one of his units to play with.   One thing came to mind in looking at your challenges with the toroid - do you think the (aluminum ?) bracket you added may effect the magnetic field with that?   That setup does look like a real challenge to get together properly.   BTW do you know what the big green toroid material is made from and the permeability of it?    Best of luck with your build.