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An amplifier of gain K and digital thermometer with gain Kr, are inserted into the loop as shown Figure 3b to improve the closed-loop response. Using second order approximation through poleze cancellation determine the values of K and K; to reduce the percent overshoot of (individual valu and settling time of (individual value) second.

An amplifier of gain K and digital thermometer with gain Kr, are inserted into the loop as shown Figure 3b to improve the closed-loop response. Using second order approximation through poleze cancellation determine the values of K and K; to reduce the percent overshoot of (individual valu and settling time of (individual value) second.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Note: a = 1, b=3, c=2, d=4, e=7 b. An amplifier of gain K and digital thermometer with gain Kf are inserted into the loop as shown in Figure 3b to improve the closed-loop response. Using second order approximation through polezero cancellation determine the values of K and K; to reduce the percent overshoot of (individual value) and settling time of (individual value) second. R(s) E(s) a (ste) C(s) K (s+d)(s?+bs+c) Kf s Figure 3b
Transcribed Image Text:Note: a = 1, b=3, c=2, d=4, e=7 b. An amplifier of gain K and digital thermometer with gain Kf are inserted into the loop as shown in Figure 3b to improve the closed-loop response. Using second order approximation through polezero cancellation determine the values of K and K; to reduce the percent overshoot of (individual value) and settling time of (individual value) second. R(s) E(s) a (ste) C(s) K (s+d)(s?+bs+c) Kf s Figure 3b
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Digital Modulation Scheme (Amplitude-Shift Keying [ASK], Phase-Shift Keying [PSK], Frequency-Shift Keying [FSK])
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