Delayed Lenz or not?... post your explaination!

[synchro1]

@MarkE,

Laminated cores work completely different from solid iron. What's the big idea of confusing everyone with a topic shift that stark?

[synchro1]

@MarkE,

Here's the kind of core that produces a magnetic wave shift in a transformer:

[MarkE]

@MarkE,

Laminated cores work completely different from solid iron. What's the big idea of confusing everyone with a topic shift that stark?

The explanation of induced voltage and current, and the effects of phase shift between the induced voltage and current that have been labeled with the misnomer "Lenz delay" are quite independent of the implementation specifics.  One post back you asked about ferrite, now you are on about laminations and solid iron.  The physics is independent of the materials.  Properties of any particular material only set coefficients.

[shylo]

Without any steel in the system , Do the induced fields disappear the instant power is cut?
When the gen coil is a max output and you dump it into a drive coil, the gen coil now creates an opposite pole ?
But when you cut power to the drive coil does it create an opposite pole?
I know steel cores and rotors give much better results , but that is the achilies heel.
IMHO artv

[Cap-Z-ro]

" I made a lot more electricity with steel than I ever made with copper."

-Ed Leedskalnin