Sharing ideas on how to make a more efficent motor using Flyback (MODERATED)

[tinman]

The below comment was posted youtube on my Bucking Field Reluctance Motor vs off the shelf DC Motor test.
I think he has a point. I was looking mostly at the current but it is true that The bucking field motor has a perfectly stable and flat voltage.

What do you guys think?

Luc


YouRogga   Hmm, but the voltage drops down about 20% during the pulse as the current increases with the standard DC motor. Your motor shows a constant voltage during the pulse, despite the increase of current. Isn't that significant? I don't understand why the voltage is constant in your motor, I think it should drop when the current increases but it doesn't. Why?

All will be answered soon Luc-just need to finish my test bed(today hopefully).
But for now,ask yourself this-->what is different between the two motors? What dose one have that the other dose not?
You will then have your answer.


Brad

[gotoluc]

All will be answered soon Luc-just need to finish my test bed(today hopefully).
But for now,ask yourself this-->what is different between the two motors? What dose one have that the other dose not?
You will then have your answer.


Brad

Magnets?

[tinman]

Magnets?

Yep

[shylo]

Hi guys, Verpies said;
"Deleting that inductive load resistor across the capacitor and substituting it with a reed relay in series with an automotive light bulb for emptying the capacitor (could be a different resistor but the bulb is more fun)"

Instead of the bulb use it as the input supply.
And the magnets are a must.
artv

[verpies]

Instead of the bulb use it as the input supply.

Of course, but that is a next stage of the project.

And the magnets are a must.

Getting rid of a movable soft ferromagnetics and replacing them all with magnets would alter motor's Modus Operandi: the variable reluctance and variable inductance ...effectively converting it into the conventional DC motor we all know.