注重理論和實際應用相結合，重點闡述模擬集成電路設計的原理和分析方法；主要包括運算放大器的基本原理和應用、運算放大器的靜態和動態限制、噪聲及穩定性問題等諸多實際問題，強調物理思想，幫助讀者提高電路設計的能力。弗克蘭（Sergio Franco），出生在意大利，1980年開始在美國舊金山州立大學電氣工程系授課，期間獲得了伊利諾伊大學香檳分校博士學位。成為該系榮譽教授。在就任現職之前，Franco博士擁有廣泛的行業經驗。在諸如固態物理學、模式識別、集成電路（IC）設計、醫學電子、日用電子和汽車電子等領域工作過，發表論文頗豐。Franco博士還是《Analog Circuit Design：Discrete＆Inteqrated》（McGraw—Hill Education，2014）和《Electric Ciruit Fundamentals》（Oxford University Press，1995）兩本教科書的作者。

Preface1 Operational Amplifier Fundamentals 1.1 Amplifier Fundamentals 1.2 The Operational Amplifier 1.3 Basic Op Amp Configurations 1.4 Ideal Op Amp Circuit Analysis 1.5 Negative Feedback 1.6 Feedback in Op Amp Circuits 1.7 The Return Ratio and Blackman’’s Formula 1.8 Op Amp Powering Problems References Appendix lA Standard Resistance Values2 Circuits with Resistive Feedback 2.1 Current-to-Voltage Converters 2.2 Voltage-to-Current Converters 2.3 Current Amplifiers 2.4 Difference Amplifiers 2.5 Instrumentation Amplifiers 2.6 Instrumentation Applications 2.7 Transducer Bridge Amplifiers Problems References3 Active Filters: Part I 3.1 The Transfer Function 3.2 First-Order Active Filters 3.3 Audio Filter Applications 3.4 Standard Second-Order Responses 3.5 KRC Filters 3.6 Multiple-Feedback Filters 3.7 State-Variable and Biquad Filters 3.8 Sensitivity Problems References4 Active Filters: Part II 4.1 Filter Approximations 4.2 Cascade Design 4.3 Generalized Impedance Converters 4.4 Direct Design 4.5 The Switched Capacitor 4.6 Switched-Capacitor Filters 4.7 Universal SC Filters Problems References5 Static Op Amp Limitations 5.1 Simplified Op Amp Circuit Diagrams 5.2 Input Bias and Offset Currents 5.3 Low-Input-Bias-Current Op Amps 5.4 Input Offset Voltage 5.5 Low-Input-Offset-Voltage Op Amps 5.6 Input Offset Error and Compensation Techniques 5.7 Input Voltage Range/Output Voltage Swing 5.8 Maximum Ratings Problems References Appendix 5A Data Sheets of the μA741 Op Amp6 Dynamic Op Amp Limitations 6.1 Open-Loop Frequency Response 6.2 Closed-Loop Frequency Response 6.3 Input and Output Impedances 6.4 Transient Response 6.5 Effect of Finite GBP on Integrator Circuits 6.6 Effect of Finite GBP on Filters 6.7 Current-Feedback Amplifiers Problems References7 Noise 7.1 Noise Properties 7.2 Noise Dynamics 7.3 Sources of Noise 7.4 Op Amp Noise 7.5 Noise in Photodiode Amplifiers 7.6 Low-Noise Op Amps Problems References8 Stability 8.1 The Stability Problem 8.2 Phase and Gain Margin Measurements 8.3 Frequency Compensation of Op Amps 8.4 Op Amps Circuits with a Feedback Pole 8.5 Input-Lag and Feedback-Lead Compensation 8.6 Stability in CFA Circuits 8.7 Composite Amplifiers Problems References9 Nonlinear Circuits 9.1 Voltage Comparators 9.2 Comparator Applications 9.3 Schmitt Triggers 9.4 Precision Rectifiers 9.5 Analog Switches 9.6 Peak Detectors 9.7 Sample-and-Hold Amplifiers Problems References10 Signal Generators 10.1 Sine Wave Generators 10.2 Multivibrators 10.3 Monolithic Timers 10.4 Triangular Wave Generators 10.5 Sawtooth Wave Generators 10.6 Monolithic Waveform Generators 10.7 V-F and F-V Converters Problems References11 Voltage References and Regulators 11.1 Performance Specifications 11.2 Voltage References 11.3 Voltage-Reference Applications 11.4 Linear Regulators 11.5 Linear-Regulator Applications 11.6 Switching Regulators 11.7 The Error Amplifier 11.8 Voltage Mode Control 11.9 Peak Current Mode Control 11.10 PCMC of Boost Converters Problems References12 D-A and A-D Converters 12.1 Performance Specifications 12.2 D-A Conversion Techniques 12.3 Multiplying DAC Applications 12.4 A-D Conversion Techniques 12.5 Oversampling Converters Problems References13 Nonlinear Amplifiers and Phase-Locked Loops 13.1 Log/Antilog Amplifiers 13.2 Analog Multipliers 13.3 Operational Transconductance Amplifiers 13.4 Phase-Locked Loops 13.5 Monolithic PLLS Problems ReferencesIndex