Please solve Q 1 Question 1A. If the sampling-time is 0.1 s, evaluate the Zero-Order Hold equivalent of thefollowing processB. Convert the following analogue controller to its equivalent discrete-timetransfer function model Go(z), using the Bilinear Integration method.10G(s)=- . Assume sampling time T=0.1 s.(s+1)Appendix:a) Z-Transform Table:X(s)x(1)Question 2Given the following open-loop transfer function of TX3012TALKGot (2)=-(z-1)(z-0.5)a) Calculate the closed loop system with unity feedbackb) Then evaluate the range of K for system stability.123451S1s+a131(7)tG(s) =7ATAx(KT) or x(k)Kronecker delta (k)1k=00k + 01(k)2(s+1)(s+2)aktkT(KT)²X(z)111-2411-6-2IZ-¹T²z¹(1+2¹¹)

Question 1 A. If the sampling-time is 0.1 s, evaluate the Zero-Order Hold equivalent of the following process 001 Question G(s) = B. Convert the following analogue controller to its equivalent discrete-time transfer function model Go(z), using the Bilinear Integration method. 10 G (s)= Assume sampling time T=0.1 s. (s+1) . 2 (s+1)(s+2)

Question 1 A. If the sampling-time is 0.1 s, evaluate the Zero-Order Hold equivalent of the following process 001 Question G(s) = B. Convert the following analogue controller to its equivalent discrete-time transfer function model Go(z), using the Bilinear Integration method. 10 G (s)= Assume sampling time T=0.1 s. (s+1) . 2 (s+1)(s+2)

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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