(a) Second order system is shown below. The peak time of thesystem = 0.25 second and it takes 1.25 second to settle downto 2% of its final value for a step response.R(s)H1C(s)s2 + H2s + H1By the information given, let's determine:C(s)i. H, & H, and the function ofR(5)ii. Based on your answer obtained in (i), plot the stepfunction. Label your graph correctly.

Given, the second-order system Has the peak time (Tp)=0.25 sec. Settling time (Ts) = 1.25 sec to…

Second order system is shown below. system = 0.25 second and it takes 1.25 second to settle down to 2% of its final value for a step response. The peak time of the R(s) H1 s2 + H2s + H1 C(s) By the information given, let's determine: 1. H & H, and the function of C(5) R(s)" ii. Based on your answer obtained in (i), plot the step function. Label your graph correctly.

Second order system is shown below. system = 0.25 second and it takes 1.25 second to settle down to 2% of its final value for a step response. The peak time of the R(s) H1 s2 + H2s + H1 C(s) By the information given, let's determine: 1. H & H, and the function of C(5) R(s)" ii. Based on your answer obtained in (i), plot the step function. Label your graph correctly.

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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