Beginner's guide to The Separately Excited DC Motor

*Updated and improved video on DC motors here • DC Motors - how do the... .
We start with the basic construction of a DC motor. You require a field and an armature that can move. Then we focus in on the separately excited DC motor. WHY does the speed of the motor decrease when the field strength increases? This is a good guide for beginner's who know very little about DC motors. Please hit like and subscribe for more content like this.

[@VisualElectric_]

Updated (animated) video on DC motors can be found here czcams.com/video/upAkPSRUgqQ/video.html

[@rock3tcatU233]

Thank you for the clear and simple explanation.

[@jeremy31678]

Wow, this is the perfect video for understanding a separately excited DC Motor! THUMBS UP! Your explanation was clear, both vocally and in content!

[@ClaudinneV]

Clear and holistic explanation. Thanks!!

[@nafisahreala6136]

Thank you for the explanation!

[@AJ-et3vf]

Great video! Thank you!

[@singularity3092]

thank you so much for the video it helps a lot

[@nykout]

Wow, finally someone with a clear explanation, thanks a lot man!

[@dananjayagamage6276]

Just perfect

[@jannatanwer7477]

10/10

[@shinosg-wiz4619]

what could be the reason of a main contactor curring off when inserting reverse on this kind of separate exitement dc motor?

[@bh9257]

thx

[@abdulrahmanmsahasan3559]

Hello, I do not understand how if the field is open circuited, the motor is going to spin at extremely high speed.. if the magnetic field is cut across the armature, how the lorenz force is going to be generated in the first place?

[@breadingcat6361]

Same question here, do you already have an answer?