N = 20 DC e, (t) motor N, = 25 e.(t) N2 = 100 J- 400 kg D = 800 Nms/rad N4= 100 Figure 3. DC motor connected to mechanical rotational load through gears. Compute the transfer function wm (s)/Ea(s) for Figure 3 above. Note that this transfer function for the motor speed and is referenced at the armature (at the motor shaft) and not the load.
N = 20 DC e, (t) motor N, = 25 e.(t) N2 = 100 J- 400 kg D = 800 Nms/rad N4= 100 Figure 3. DC motor connected to mechanical rotational load through gears. Compute the transfer function wm (s)/Ea(s) for Figure 3 above. Note that this transfer function for the motor speed and is referenced at the armature (at the motor shaft) and not the load.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Transcribed Image Text:N = 20
DC
e, (t)
motor
N, = 25
e.(t)
N2 = 100
J- 400 kg
D = 800 Nms/rad
N4= 100
Figure 3. DC motor connected to mechanical rotational load through gears.
Compute the transfer function wm (s)/Ea(s) for Figure 3 above. Note that this transfer function
for the motor speed and is referenced at the armature (at the motor shaft) and not the load.
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