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Q1) Design an operational amplifier circuit that give the transfer function of the a first order...

Q1) Design an operational amplifier circuit that give the transfer function of the a first
order system:
G(s) = 100/s + 100

Q2)Assuming the reduced transfer function fo the closed loop system is given as the
following, find the value of K that makes the system has a percent overshoot of 15% ? Transfer function is the attached in the figure

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Answer #1

As the transfer function is h(s): 100 S+100 100 vics) S+100 Operational amplifier circuit looks like: Ref 2001 1001 LH BMWhenSo vols) Vils) 100 S +100 Here in op-Amp design inductor value L-14 Resistance Value R= 1000 hg = 100 Question 2) T(s) do = 126 JK = 3/4 2.14 E 25K Now Now So % overshoot = 26/51-4? x 100 put value of ę % overshoot = exp- 2 JK x100 4K 15 100 = expo 2Jok - 33 - n 3²4 1.897 Jax. 3312 - TX 2.279 (As 3342 2.279) 1.897 14K-312 : 3.775 Squaring both side 4K-39= (3.775) 4K-332 :

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