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3. A DC motor is used to drive a load as shown below in Figure 3. The torque-speed curve for the motor is given by T,m = -8wm + 200 when the applied armature voltage is 400VDC. Find G(s) = OL(S) (s): This problem is equivalent to Skill-Assessment Exercise 2.11 on page 83 E«(s)' in the text. N = 20 %3D DC e, (t) motor N3 = 25 0,(t) N2 = 100 J= 400 kg m? D. = 800 Nms/rad N4 = 100 Figure 3. DC motor connected to mechanical rotational load through gears.

3. A DC motor is used to drive a load as shown below in Figure 3. The torque-speed curve for the motor is given by T,m = -8wm + 200 when the applied armature voltage is 400VDC. Find G(s) = OL(S) (s): This problem is equivalent to Skill-Assessment Exercise 2.11 on page 83 E«(s)' in the text. N = 20 %3D DC e, (t) motor N3 = 25 0,(t) N2 = 100 J= 400 kg m? D. = 800 Nms/rad N4 = 100 Figure 3. DC motor connected to mechanical rotational load through gears.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Jm = 1 kgm^2

Dm = 5 Nms/rad

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3. A DC motor is used to drive a load as shown below in Figure 3. The torque-speed curve for the motor is given by T,m = -8wm + 200 when the applied armature voltage is 400VDC. Find G(s) = OL(S) (s): This problem is equivalent to Skill-Assessment Exercise 2.11 on page 83 E«(s)' in the text. N = 20 %3D DC e, (t) motor N3 = 25 0,(t) N2 = 100 J= 400 kg m? D. = 800 Nms/rad N4 = 100 Figure 3. DC motor connected to mechanical rotational load through gears.
Transcribed Image Text:3. A DC motor is used to drive a load as shown below in Figure 3. The torque-speed curve for the motor is given by T,m = -8wm + 200 when the applied armature voltage is 400VDC. Find G(s) = OL(S) (s): This problem is equivalent to Skill-Assessment Exercise 2.11 on page 83 E«(s)' in the text. N = 20 %3D DC e, (t) motor N3 = 25 0,(t) N2 = 100 J= 400 kg m? D. = 800 Nms/rad N4 = 100 Figure 3. DC motor connected to mechanical rotational load through gears.
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