Canceling Lenz's Law - Methods

[sparks]

@BEP


       What I was thinking about was the use of torroidal chokes to filter out the transient voltages on a line already carrying  current.  I understood that the transient voltage got consumed by conversion to magnetic flux changes in the core of the choke.  I bought and installed alot of these upstream of vfd drives to protect the drives.  I was taught  it was a good idea to put some steel and copper between the controls and the trash running around the grid.  Your right in that this is more of a traveling wave happening  than a line driven flux change.

[ramset]

Kator01  @All   Forgotten genius is user Ehrfinder's website
There is an open invitation to forum members bye user AMOG03 at this site, he is hosting a tutorial
A very interesting and unique tutorial [a work in progress]
Chet

[supermuble]

I have noticed that if you limit current to an inductor, it does produce a less strong magnetic field. So I am wrong in saying that "current is not necessary." You need a small amount of current. However, it should not be necessary to continue increasing current as the load is introduced to a motor. This current increase is used to fight Lenz's law. It is WASTED energy.

Thanks for the pointers. 

[supermuble]

Good point about the number of turns of wire! I forgot about that factor. The more turns you have, the magnetic field increases with an inverse relationship to the current draw. The current draw goes down, as the magnetic field strength is increased. There is not a direct relationship to the current draw and the magnetic field strength. A coil with very very high resistance has very low current draw, however the magnetic field is very very strong. It is only when you introduce Lenz's law and breakdown the magnetic field in a coil of wire that the magnetic field is weakened and current draw increases.

[supermuble]

Guys I found a very good magnetic motor. I think everyone should try this right now. If you watch this video, it is a representation of the Bedini MU-Metal motor. I haven't studied magnet motors much, so I have never seen an actual demonstration of a magnetic shield. When I see a real demonstration, it makes me realize that you could make a machine of any size and power using much simpler methods than some of the complicated magnet motors!

http://www.overunity.org.uk/

Please see MU-Metal and download the video. This is the link if you don't want to read.
http://www.overunity.org.uk/CLaNZeRPlayingwithMUMetal1.wmv

I am going to start collecting hard drives! What a great switching mechanism!