《基于運(yùn)算放大器和模擬集成電路的電路設(shè)計(jì)（第4版 影印版）》全面闡述以運(yùn)算放大器和模擬集成電路為主要器件構(gòu)成的電路原理、設(shè)計(jì)方法和實(shí)際應(yīng)用。電路設(shè)計(jì)以實(shí)際器件為背景，對(duì)實(shí)現(xiàn)中的許多實(shí)際問(wèn)題尤為關(guān)注。全書(shū)共分13章，包含三大部分�！酢醪糠忠赃\(yùn)算放大器作為理想器件介紹基本原理和應(yīng)用，包括運(yùn)算放大器基礎(chǔ)、具有電阻反饋的電路和有源濾波器等。第二部分涉及運(yùn)算放大器的諸多實(shí)際問(wèn)題。第三部分著重介紹面向各種應(yīng)用的電路設(shè)計(jì)方法。《基于運(yùn)算放大器和模擬集成電路的電路設(shè)計(jì)（第4版 影印版）》可用作通信類(lèi)、控制類(lèi)、遙測(cè)遙控、儀器儀表等相關(guān)專(zhuān)業(yè)本科高年級(jí)及研究生有關(guān)課程的教材或主要參考書(shū)，對(duì)從事實(shí)際工作的電子工程師們也有很大參考價(jià)值。
賽爾吉?dú)W·佛朗哥，出生于意大利的弗里埃雷（Friuli），獲伊利諾伊大學(xué)（University of Illinois at Urbana-Champaign）博士學(xué)位。早期他曾在美國(guó)和意大利均有過(guò)工業(yè)方面的工作經(jīng)歷，并于l980年就職于美國(guó)舊金山州立大學(xué)（San Francisco State University）。在該校培養(yǎng)出了數(shù)百位成功的模擬工程師，他們以高薪受聘于硅谷。
Preface
1 Operational Amplifier Fundamental□<□r>1．1 Amplifier Fundamental□<□r>1．□ The Operational Amplifier
1．3 Basic Op Amp Configuration□<□r>1．4 Ideal Op Amp Circuit Analysi□<□r>1．5 Negative Feedback
1．6 Feedback in Op Amp Circuit□<□r>1．7 The Return Ratio and Blackman's Formula
1．8 Op Amp Powering
Problem□<□r>Reference□<□r>Appendix 1A Standard Resistance Value□<□r>
□ Circuits with Resistive Feedback
□．1 Current-to-Voltage Converter□<□r>□．□ Voltage-to-Current Converter□<□r>□．3 Current Amplifier□<□r>□．4 Difference Amplifier□<□r>□．5 Instrumentation Amplifier□<□r>□．6 Instrumentation Application□<□r>□．7 Transducer Bridge Amplifier□<□r>Problem□<□r>Reference□<□r>
3 Active Filters： Part I
3．1 The Transfer Function
3．□ First-Order Active Filter□<□r>3．3 Audio Filter Application□<□r>3．4 Standard Second-Order Response□<□r>3．5 KRC Filter□<□r>3．6 Multiple-Feedback Filter□<□r>3．7 State-Variable and Biquad Filter□<□r>3．8 Sensitivity
Problem□<□r>Reference□<□r>
4 Active Filters： Part II
4．1 Filter Approximation□<□r>4．□ Cascade Design
4．3 Generalized Impedance Converter□<□r>4．4 Direct Design
4．5 The Switched Capacitor
4．6 Switched-Capacitor Filter□<□r>4．7 Universal SC Filter□<□r>Problem□<□r>Reference□<□r>
5 Static Op Amp Limitation□<□r>5．1 Simplified Op Amp Circuit Diagram□<□r>5．□ Input Bias and Offset Current□<□r>5．3 Low-Input-Bias-Current Op Amp□<□r>5．4 Input Offset Voltage
5．5 Low-Input-Offset-Voltage Op Amp□<□r>5．6 Input Offset Error and Compensation Technique□<□r>5．7 Input Voltage Range/Output Voltage Swing
5．8 Maximum Rating□<□r>Problem□<□r>Reference□<□r>Appendix 5A Data Sheets of the/zA741 Op Amp
6 Dynamic Op Amp Limitation□<□r>6．1 Open-Loop Frequency Response
6．□ Closed-Loop Frequency Response
6．3 Input and Output Impedance□<□r>6．4 Transient Response
6．5 Effect of Finite GBP on Integrator Circuit□<□r>6．6 Effect of Finite GBP on Filter□<□r>6．7 Current-Feedback Amplifier□<□r>Problem□<□r>Reference□<□r>
7 Noise
7．1 Noise Propertie□<□r>7．□ Noise Dynamic□<□r>7．3 Sources of Noise
7．4 Op Amp Noise
7．5 Noise in Photodiode Amplifier□<□r>7．6 Low-Noise Op Amp□<□r>Problem□<□r>Reference□<□r>
8 Stability
8．1 The Stability Problem
8．□ Phase and Gain Margin Measurement□<□r>8．3 Frequency Compensation of Op Amp□<□r>8．4 Op Amps Circuits with a Feedback Pole
8．5 Input-Lag and Feedback-Lead Compensation
8．6 Stability in CFA Circuit□<□r>8．7 Composite Amplifier□<□r>Problem□<□r>Reference□<□r>
9 Nonlinear Circuit□<□r>9．1 Voltage Comparator□<□r>9．□ Comparator Application□<□r>9．3 Schmitt Trigger□<□r>9．4 Precision Rectifier□<□r>9．5 Analog Switche□<□r>9．6 Peak Detector□<□r>9．7 Sample-and-Hold Amplifier□<□r>Problem□<□r>Reference□<□r>
10 Signal Generator□<□r>10．1 Sine Wave Generator□<□r>10．□ Multivibrator□<□r>10．3 Monolithic Timer□<□r>10．4 Triangular Wave Generator□<□r>10．5 Sawtooth Wave Generator□<□r>10．6 Monolithic Waveform Generator□<□r>10．7 V-F and F-V Converter□<□r>Problem□<□r>Reference□<□r>
11 Voltage References and Regulator□<□r>11．1 Performance Specification□<□r>11．□ Voltage Reference□<□r>11．3 Voltage-Reference Application□<□r>11．4 Linear Regulator□<□r>11．5 Linear-Regulator Application□<□r>11．6 Switching Regulator□<□r>11．7 The Error Amplifier
11．8 Voltage Mode Control
11．9 Peak Current Mode Control
11．10 PCMC of Boost Converter□<□r>Problem□<□r>Reference□<□r>
1□ D-A and A-D Converter□<□r>1□．1 Performance Specification□<□r>1□．□ D-A Conversion Technique□<□r>1□．3 Multiplying DAC Application□<□r>1□．4 A-D Conversion Technique□<□r>1□．5 Oversampling Converter□<□r>Problem□<□r>Reference□<□r>
13 Nonlinear Amplifiers and Phase-Locked Loop□<□r>13．1 Log/Antilog Amplifier□<□r>13．□ Analog Multiplier□<□r>13．3 Operational Transconductance Amplifier□<□r>13．4 Phase-Locked Loop□<□r>13．5 Monolithic PLLS
Problem□<□r>Reference□<□r>Index
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