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7 ½ X 9 ¼ in CHAPTER 1 Review of Feedback Systems
*Introduction and So me Early History of Feedback Control
*Invention of the Ne gative Feedback Amplifier
*Control System Basics
*Loop Transmission and Disturbance Rejection
*Stab ility
*Routh Stability Criterion
*The Phas e Margin and Gain Margin Tests
*Relationship Between Damp ing Ratio and Phase Margin
*Loop Compensation Techniques? XLead and Lag Networks
*Parenthetical Comment on Some Int eresting Feedback Loops
*Example 1.1: Gain of +1 amplifie r
*Example 1.2: Gain of +10 amplifier
*Exa mple 1.3: Integral control of reactive load
*Example 1.4: Photodiode amplifier
*Example 1.5: MOSFET current source
*Example 1.6: Maglev example
*Appendix: M ATLAB Scripts MATLAB script for gain of +1 and +10 amplifiers
*References
Chapter 2 My Approach to Fee dback Loop Design
*My Approach to Design
*Wh
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7 ½ X 9 ¼ in CHAPTER 1 Review of Feedback Systems
*Introduction and So me Early History of Feedback Control
*Invention of the Ne gative Feedback Amplifier
*Control System Basics
*Loop Transmission and Disturbance Rejection
*Stab ility
*Routh Stability Criterion
*The Phas e Margin and Gain Margin Tests
*Relationship Between Damp ing Ratio and Phase Margin
*Loop Compensation Techniques? XLead and Lag Networks
*Parenthetical Comment on Some Int eresting Feedback Loops
*Example 1.1: Gain of +1 amplifie r
*Example 1.2: Gain of +10 amplifier
*Exa mple 1.3: Integral control of reactive load
*Example 1.4: Photodiode amplifier
*Example 1.5: MOSFET current source
*Example 1.6: Maglev example
*Appendix: M ATLAB Scripts MATLAB script for gain of +1 and +10 amplifiers
*References
Chapter 2 My Approach to Fee dback Loop Design
*My Approach to Design
*Wh