Given the two-input and two-output system belowRG,G.and the following subsystems' transfer functions104G2(s) =s+ 210G,(s) = sG3 (s) =G,(s) = ss(s + 5)477H,(s) =s+ 7G3 (s)G,(s) =s(s + 25)H,(s) =s(s + 3)s+7findthefollowingclosed-looptransferfunctionsG,(s) = C,(s)/R,(s), G(s) = C,(s)/R,(s),G3(s) = C, (s)/R2(s), and G,(s) = C,(s)/R2(s). Analyze the step responses of subsystems G,(s), G2(s), G3(s),and G.(s).

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find the following closed-loop transfer functions G,(s) = C,(s)/R,(s), G;(s) = C_(s)/R,(s), G3(s) = C,(s)/R,(s), and G,(s) = C_(s)/R_(s). Analyze the step responses of subsystems G,(s), G_(s), G;(s), and G.(s). %3!

find the following closed-loop transfer functions G,(s) = C,(s)/R,(s), G;(s) = C_(s)/R,(s), G3(s) = C,(s)/R,(s), and G,(s) = C_(s)/R_(s). Analyze the step responses of subsystems G,(s), G_(s), G;(s), and G.(s). %3!

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

Given the two-input and two-output system below
R
G,
G.
and the following subsystems' transfer functions
10
4
G2(s) =
s+ 2
10
G,(s) = s
G3 (s) =
G,(s) = s
s(s + 5)
4
7
7
H,(s) =
s+ 7
G3 (s)
G,(s) =
s(s + 25)
H,(s) =
s(s + 3)
s+7
find
the
following
closed-loop
transfer
functions
G,(s) = C,(s)/R,(s), G(s) = C,(s)/R,(s),
G3(s) = C, (s)/R2(s), and G,(s) = C,(s)/R2(s). Analyze the step responses of subsystems G,(s), G2(s), G3(s),
and G.(s).

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