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What is a DC shunt motor?
A DC shunt motor is a motor using DC supply with the the inductor connected parallel to the armature.
What are uses of bidirectional dc motor?
6V dc motor
Can DC series motor work on ac and DC and why?
A dc series motor can work on dc and ac because dc motors are totally reversible.
How does a DC brushless motor work?
To state it simply, a DC brushless motor is not a DC motor. It is an AC motor with an inverter (or electronic commutator) on the front end to make the AC, so you can use a DC input.
What DC motor is used for traction?
dc series motor is used for traction...
What is a DC shunt motor?
A DC shunt motor is a motor using DC supply with the the inductor connected parallel to the armature.
What are uses of bidirectional dc motor?
6V dc motor
What is dc motor with synchoronous operation?
A synchronous motor is an ac motor that does not run on dc.
Can DC series motor work on ac and DC and why?
A dc series motor can work on dc and ac because dc motors are totally reversible.
Can a DC dynamo act as a DC motor?
Yes it can and the otherway aroud a DC motor can be used as a dynamo
How does a DC brushless motor work?
To state it simply, a DC brushless motor is not a DC motor. It is an AC motor with an inverter (or electronic commutator) on the front end to make the AC, so you can use a DC input.
What is the Max amp rating for 3phase dc motor?
the three phase dc motor never seen yet motor eaither 3phase m/r or dc motor.
What are brushes with reference to DC motors?
Bushes, with reference to DC motors is a brushed DC motor which is a motor that designed to run from a direct current (DC) power source. This type of motor is an internally committed electric motor.
What DC motor is used for traction?
dc series motor is used for traction...
What are the application of dc series motor?
what are the advanced applications of dc series motor
Can you meg a DC motor?
Yes. You can "Meg" any motor, AC or DC.
How do you fix hunting in a dc motor?
Hunting in a DC motor, characterized by oscillations around a set point, can be mitigated by tuning the control system. Implementing a PID controller with appropriate gains can help stabilize the motor's response. Additionally, incorporating damping techniques, such as adding a low-pass filter to the feedback loop or using mechanical dampers, can reduce oscillations. Ensuring proper alignment and minimizing external disturbances can also contribute to smoother operation.
