Forward EMF Collection

[forest]

This method is excellent ! Dave I have some problems with realizing how BEMF and electrons could flow in that circuit    Can you draw it in two pictures like on other example ? Thank You!

[Dave45]

This method is excellent ! Dave I have some problems with realizing how BEMF and electrons could flow in that circuit    Can you draw it in two pictures like on other example ? Thank You!

I'll try, this is the back and forth ringing.

[d3x0r]

I thought I would bring it over here so I dont distract in the other thread, you say the diode is wrong but the diode gives an indication of the polarity of the bemf, voltage runs with the diode arrow and amperage runs against it, the direction of the diode shows us the collapsing magnetic field has a pos polarity.

no I said your arrow was wrong.


Now Im not saying this information is fact I am entertaining a theory, I have stated this

before, in air purifiers the neg electrode accumulates a pos ion cloud and the pos electrode accumulates a neg ion cloud.

With this in mind would a neg pulsed coil accumulate a pos ion cloud if so then when the magnetic field collapses would the polarity of that field be pos, it would seem so by our experiments.

With the purifier example in mind if we could pulse a coil with pos energy it would accumulate a neg ion field (cloud) and when it collapsed would the polarity be neg instead of pos, the only way I see to pulse a coil with pos energy is to exactly what V8carlos did, he ran the bemf from one coil into another coil, pure genius.
I havent built his experiment yet but intend to soon.

I think we need to keep in mind when we build a magnetic field that field also has an electric component that runs 90 degrees to the magnetic field, can that fields polarity be changed.
The electric component of the two fields is what we need to study, Everyone admits that the electric field runs 90 degrees to the magnetic but then it is ignored.

I don't know how you're differentiating 'pos' energy from 'neg' energy...  and it depends on which end you're taking the power off; and it depends if it's a coil responding to the induction of another coil or the coil itself as in the schematic you showed...

[d3x0r]

I'll try, this is the back and forth ringing.

Your arrows are going against the diode again....

[Dave45]

I was wondering when you would wake up  just kidding

The first pic in the series is supposed to be showing the current through the coil not the diode, I made the pics in a hurry, working on my house today.