P1 Consider a unity-feedback system with a continuous-time plant1G(s) =100z + 2700 + 1SFind a discrete lead compensator, with sample time T = 0.002 sec, so that the resulted closed-loop systemhas a crossover frequency wc = 100 rad/sec and peak overshoot M, < 20%.Give:(a) the additional phase lag caused by zero-order holding of the plant at the crossover frequency;(b) the discrete transfer function of the compensator;(c) the step response of the feedback system.

Determine the continuous-time specifications:Given crossover frequency: ω = 100 rad/sPeak overshoot:…

Consider a unity-feedback system with a continuous-time plant 1 S 5 (1002 +2 100+ 1) G(s) = Find a discrete lead compensator, with sample time T = 0.002 sec, so that the resulted closed-loop system has a crossover frequency wc = 100 rad/sec and peak overshoot Mp ≤ 20%. Give: (a) the additional phase lag caused by zero-order holding of the plant at the crossover frequency; (b) the discrete transfer function of the compensator; (c) the step response of the feedback system.

Consider a unity-feedback system with a continuous-time plant 1 S 5 (1002 +2 100+ 1) G(s) = Find a discrete lead compensator, with sample time T = 0.002 sec, so that the resulted closed-loop system has a crossover frequency wc = 100 rad/sec and peak overshoot Mp ≤ 20%. Give: (a) the additional phase lag caused by zero-order holding of the plant at the crossover frequency; (b) the discrete transfer function of the compensator; (c) the step response of the feedback system.

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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