Q1. List the main types of automatic control systems. Also, list the advantages and disadvantages of these types. [1 mark] Q2. What types of block reduction techniques do you know? [1 mark] Q3. Why do we use complex exponential representation in control systems? Explain with examples. [1 mark] Q4. Why do we care about Nyquist, Mikhailov, and Bode plots, if we already have Algebraic stability criteria? [1 mark] Q5. What is the meaning of Phase and Gain Plots in the Bode plot? [1 mark]

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Section I: Theory Section. Total mark: 5
Q1. List the main types of automatic control systems. Also,
list the advantages and disadvantages of these types. [ 1 mark]
Q2. What types of block reduction techniques do you know?
[1 mark]
Q3. Why do we use complex exponential representation in
control systems? Explain with examples. [1 mark]
Q4. Why do we care about Nyquist, Mikhailov, and Bode
plots, if we already have Algebraic stability criteria? [1 mark]
Q5. What is the meaning of Phase and Gain Plots in the Bode
plot? [1 mark]
Transcribed Image Text:Section I: Theory Section. Total mark: 5 Q1. List the main types of automatic control systems. Also, list the advantages and disadvantages of these types. [ 1 mark] Q2. What types of block reduction techniques do you know? [1 mark] Q3. Why do we use complex exponential representation in control systems? Explain with examples. [1 mark] Q4. Why do we care about Nyquist, Mikhailov, and Bode plots, if we already have Algebraic stability criteria? [1 mark] Q5. What is the meaning of Phase and Gain Plots in the Bode plot? [1 mark]
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