Q2) Assuming zero initial conditions, develop the transfer function block diagram for the system below (1) R K (3) Ideal de motor (4) Ω Xx B

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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mechanics of materials

b) ?

Q2)
Assuming zero initial conditions, develop the transfer function block diagram for the
system below
(1)
R
K
(3)
Ideal
de motor
(4)
Ω
XXX
B
The motor is driven by the input voltage e;
the armature winding having resistance R and inductance L.
coupling a,,
motor torque is T,.
combined mechanical inertia is J, and the combined rotational
damping in the system is B.
The rotational motion is constrained by
the torsional spring K.
The output variable is the angular displacement 0.
Transcribed Image Text:Q2) Assuming zero initial conditions, develop the transfer function block diagram for the system below (1) R K (3) Ideal de motor (4) Ω XXX B The motor is driven by the input voltage e; the armature winding having resistance R and inductance L. coupling a,, motor torque is T,. combined mechanical inertia is J, and the combined rotational damping in the system is B. The rotational motion is constrained by the torsional spring K. The output variable is the angular displacement 0.
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