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Author Topic: The electric field of a magnet  (Read 43762 times)

Dave45

  • Guest
Re: The electric field of a magnet
« Reply #45 on: October 27, 2011, 02:22:49 AM »
the flower of life represents the grid pattern created by the magnetic fields.
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Dave45

  • Guest
Re: The electric field of a magnet
« Reply #46 on: January 15, 2012, 05:04:48 PM »
The Don Smith device completed this will go overunity

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Dave45

  • Guest
Re: The electric field of a magnet
« Reply #47 on: February 06, 2012, 04:26:48 PM »
This is how energy is transferred from a magnet to the coils
when the magnet lines up with the coil the magnetic field expands through the core, the electric field follows along the magnetic field and transfers energy into the coil windings
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Dave45

  • Guest
Re: The electric field of a magnet
« Reply #48 on: February 06, 2012, 04:27:55 PM »
To increase energy in the coils wind the coils like this
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Dave45

  • Guest
Re: The electric field of a magnet
« Reply #49 on: February 06, 2012, 04:50:39 PM »
when the energy from the magnet circulates through the windings it will create an opposing field that will collapse into the coil windings when the magnet passes the coil, this is bemf, to collect this field we need to wind another winding on the coils that is counter to the winding already there, just like a transformer is wound
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Dave45

  • Guest
Re: The electric field of a magnet
« Reply #50 on: February 06, 2012, 04:59:06 PM »
I think a diodes would be needed with the coil windings, this will allow the windings to only conduct one way, and stop anymore action reaction responses with the coils.
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Magluvin

  • Hero Member
  • *****
  • Posts: 5884
Re: The electric field of a magnet
« Reply #51 on: February 07, 2012, 01:18:05 AM »
Interesting stuff Dave.  ;]

What would you think about winding 1 half of a toroid one direction and the other half in the other direction? Do you think the electrical fields would still work in the same way?

Mags
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Dave45

  • Guest
Re: The electric field of a magnet
« Reply #52 on: February 07, 2012, 02:01:43 PM »
This is my understanding of the electric field as it applies to a toroid, one thing we have to remember is one side of the electric field is cw and the other side is ccw, if you look at a galaxy or a pancake coil it is configured the same, the fields move out along the magnetic field in its perspective direction with its angular configuration either cw or ccw.

But the toroid seems to be different, I froze a toroid in ice, and as you can see the electric field circles the entire toroid, something else I have noticed is the electric field wants to be parallel with the earths surface, in other words our coils, if using a solenoid configuration need to be vertical.

There is more to learn if you want to see the fields put the coil you want to work with in water and freeze it powered up, it takes about 24 hours to freeze the electric field will be the last to freeze.

dave
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Dave45

  • Guest
Re: The electric field of a magnet
« Reply #53 on: February 07, 2012, 03:04:57 PM »
the coil in the first pic was froze with 12 vdc and 12 vac in the next pic

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Dave45

  • Guest
Re: The electric field of a magnet
« Reply #54 on: February 07, 2012, 03:14:25 PM »
The coils in the pics above were froze in a vertical position
This coil was froze in a horizontal position, notice the fields seem all mixed up, not separated like the vertical coils.
Can the position of our coils effect the outcome, it seems so.
dave
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Dave45

  • Guest
Re: The electric field of a magnet
« Reply #55 on: February 07, 2012, 03:26:56 PM »
If we think of a spinning top or a gyroscope the electric field wants to be the same, parallel with the earths surface.
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Dave45

  • Guest
Re: The electric field of a magnet
« Reply #56 on: February 07, 2012, 03:32:25 PM »
I believe Tesla was well aware of this field, if you notice his coils were in a vertical position.
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Dave45

  • Guest
Re: The electric field of a magnet
« Reply #57 on: February 07, 2012, 03:48:21 PM »
I was given a large transformer that was no good, anyway when I removed the windings from the toroid shaped transformer the primary was wound like this, if you notice one side is wound cw and the other ccw with respect to how current is moving through the primary.

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Dave45

  • Guest
Re: The electric field of a magnet
« Reply #58 on: February 08, 2012, 08:04:59 PM »
I think I have finally finished the magnetic model

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Dave45

  • Guest
Re: The electric field of a magnet
« Reply #59 on: February 11, 2012, 03:15:19 PM »
What is lenz

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