FIGURE AP10.4 Motor control system. R(s) K₁ Velocity feedback K₂s 8 s(+8) Y() Position AP10.4 A DC motor control system with unity feedback has the form shown in Figure AP10.4. Select K₁ and K₂ so that the system response has a settling time (with a 2% criterion) less than 1 second and an over- shoot less than 5% for a step input.

FIGURE AP10.4 Motor control system. R(s) K₁ Velocity feedback K₂s 8 s(+8) Y() Position AP10.4 A DC motor control system with unity feedback has the form shown in Figure AP10.4. Select K₁ and K₂ so that the system response has a settling time (with a 2% criterion) less than 1 second and an over- shoot less than 5% for a step input.

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...

See similar textbooks

Similar questions

b C1 X2 a2 aj Figure Q1 Given the constants a1 = -2 az = -3 b = 1 C1 = 1 C2 = 1 a) Evaluate the controllability and observability of the system represented in Figure Q1. b) Design a state feedback system to achieve i) a 12% overshoot, (ii) settling time of 5 seconds, and (ii) zero steady state error.
6) The following is a block diagram of a feedback control for a DC motor Voltage e(s) speed 5 350(1- и) 30s +1 Uc(s) Voltage rpm/min 1/350 i) Assuming there is no load (i.e. =0), Simplify the diagram and find out the closed loop transfer function. Find out the closed-loop time constant and the closed loop system gain. If the load changes, say u=0.5, how does it affect the closed-loop time constant and the closed-loop system gain? 11) What are the main advantages of the feedback system compared with the motor alone? 111)
c2 1 C1 a2 aj Figure Q1 Given the constants a = 3 az = 2 b = 3 C1 = 1 C2 = 1 a) Evaluate the controllability and observability of the system represented in Figure Q1. b) Design a state feedback system to achieve i) a 8% overshoot, (ii) peak time of 3 seconds, and (iii) zero steady state error.
Solve B part only plz in 30 min please
Explain in context of control systems!!
Automatic Control
Question 1 (continued) (f) Figure 5 shows a basic shunt feedback transistor bias circuit. RL Rg Figure 5 (i) What voltage would you expect for VCE if RB is reduced to 0 ohms? (ii) Would you expect any component damage to occur under (i)? (g) Determine the peak inter-phase voltage of a prototype 3-phase, star-connected, transformer when the r.m.s ac voltage between phase and neutral is 300 V. VBE-
I need the answer at 20 minute
Thanks
The maximum efficiency of a 200KVA, 6000/230volt, 50HZ, single phase transformer occurs at half load and is 95% at unity power factor. What is the full load efficiency at 0.7 power factor?