Partnered Output Coils - Free Energy

[partzman]

I think what Brad is asking for is info on how it is the E field in the closed 'transformer', not the mag field, that induces the secondary from the primary.

Like a book or paper that states this in 'transformer' theory and or design.

Because that was what I was about to ask.

Mags

I would suggest a paper by Edwards and Saha titled "Power flow in transformers via the poynting vector" to gain an understanding of the conventional theory for transformer induction.  See attached below.

If one wishes to look outside convention however, may I suggest reading the theories of Ivor Catt or Distinti.

partzman

[Magluvin]

I have a toroid I am going to wind and do some testing with an analog hall sensor.

Are there any tests we can do the measure that there is an E field around the core, even in areas that are away from the windings?  For example, if I make a large air core coil, say square, flat sides, and set it up where one flat side is fixed against the outer circumference of the transformer core, will that air core coil be induced by the actions of the transformer just as good(or at all) as if the air core coils wires went through the hole of the core?

Mags

[Magluvin]

And I suggest a large coil so any effects are concentrated on a small portion of the coil when in or next to the toroid. You know, avoiding any 'near field' activity from affecting the rest of the coil.

Mags

[Magluvin]

This one has some cool stuff.

http://www.i-am-a-i.org/free-energy/index.html



This one they are not finding it simple to say that it is the e field in a simple transformer that induces the secondary from the primary.

http://forum.allaboutcircuits.com/threads/transformer-based-on-electric-field-instead-of-magnetic-field.63470/


Mags

[poynt99]

This one they are not finding it simple to say that it is the e field in a simple transformer that induces the secondary from the primary.

http://forum.allaboutcircuits.com/threads/transformer-based-on-electric-field-instead-of-magnetic-field.63470/


Mags

Looking at that briefly, it would seem they are discussing electrostatic E fields.