Holcomb Energy Systems:Breakthrough technology to the world

[bistander]

... the difference is that I am not collapsing the MAIN FIELD at any time.
...

Then there is NO difference. The RMF resulting from balanced 3-phase currents applied to the stator windings does NOT collapse the MAIN FIELD at any time.
bi

[Ufopolitics]

Then there is NO difference. The RMF resulting from balanced 3-phase currents applied to the stator windings does NOT collapse the MAIN FIELD at any time.
bi

Bistander,

Collapsing of the Field is just one requirement...
The main requirement is having -at least- a decent field resolution...and 3 Fields/Phase would never do that.

Ufopolitics

[bistander]

Bistander,

Collapsing of the Field is just one requirement...
The main requirement is having -at least- a decent field resolution...and 3 Fields/Phase would never do that.

Ufopolitics

It has a defined magnitude and direction at all points. That is perfect resolution. And it is one field, not three.
bi

[Ufopolitics]

It has a defined magnitude and direction at all points. That is perfect resolution. And it is one field, not three.
bi

Can you distinguish between a Parallel and a Series Circuit?
Can you distinguish between a FET and a typical Transistor?

[bistander]

Can you distinguish between a Parallel and a Series Circuit?
Can you distinguish between a FET and a typical Transistor?

Ufo,
Sure, I can.

Here is link for RMF using animation which shows, and the explanation states, the case that I support.

https://engineeringtutorial.com/squirrel-cage-induction-motor-animation/amp/

"Three-phase sinusoidal balanced excitation in 3 stator phases produces a sinusoidally distributed field rotating at the excitation frequency ωs. This field can be viewed as being created by a single equivalent sinusoidal winding which is excited with dc current and which is also rotating."
bi