2 (a) A system has a transfer function1G =(1 + ST1)(1+ ST2)'where 71 = 0.1s and 72 = 10-³ s. Make a sketch of the complex s-planeindicating the positions of the poles and zeros giving their numerical values.(b) Using the method of partial fractions, write the transfer function from2(a) in the formk2G=k₁+(s+1/T1) (s +1/T₂)'and determine the values of the constants, k₁ and k2.

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(a) A system has a transfer function 1 G = (1 + ST1)(1+ ST2)' where 71 = 0.1s and 72 = 10-³s. Make a sketch of the complex s-p indicating the positions of the poles and zeros giving their numerical valu (b) Using the method of partial fractions, write the transfer function 2(a) in the form k₁ G = (8+1/71) + k2 (s +1/T2)' and determine the values of the constante h, and he

(a) A system has a transfer function 1 G = (1 + ST1)(1+ ST2)' where 71 = 0.1s and 72 = 10-³s. Make a sketch of the complex s-p indicating the positions of the poles and zeros giving their numerical valu (b) Using the method of partial fractions, write the transfer function 2(a) in the form k₁ G = (8+1/71) + k2 (s +1/T2)' and determine the values of the constante h, and he

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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