What is Dc Motors [Part two]

in our last video, we look at the working principle of Dc motors.the major part that made up these motors were looked at.
and finally, we ended off looking at what happens when a current-carrying conductor is brought to a magnetic field.
in the second part of this twin series, we will be looking at how the armature converts the force experience to torque,
in the same vein we will also be looking at effect of emf on the armature. finally, we will be looking at how dc motors are classified base on their forms of excitation.
stay tuned.
When armature windings are connected to a DC supply.
current-carrying armature conductors experience a force due to the magnetic field, the coil will begin to rotate as a result.
again, because the coil is connected to different polarities.
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Timecodes
0:00 - Recap
01:18 - How the armature rotor works
03:23 - What is commutator
05:00 - Effect of back EMF
06:36 - The Stator Constructions
07:32 - Type of Excitations
08:00 - Series Excitations
08:10 - Shunt Excitations
08:20 - Compound Excitations
10:16 - Centrifugal Switch
10:35 - Upcoming Series
10:52 - End

[@Savage-lx5yj]

Clear and concise! Thanks! 🙏

[@Autruo]

I'm glad you found it clear and concise! Thank you for the feedback!