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基于運算放大器和模擬集成電路的電路設計 版權信息
- ISBN：9787569318296
- 條形碼：9787569318296 ; 978-7-5693-1829-6
- 裝幀：一般膠版紙
- 冊數：暫無
- 重量：暫無
- 所屬分類：>
基于運算放大器和模擬集成電路的電路設計 內容簡介
《基于運算放大器和模擬集成電路的電路設計（第4版 影印版）》全面闡述以運算放大器和模擬集成電路為主要器件構成的電路原理、設計方法和實際應用。電路設計以實際器件為背景，對實現中的許多實際問題尤為關注。全書共分13章，包含三大部分。**部分以運算放大器作為理想器件介紹基本原理和應用，包括運算放大器基礎、具有電阻反饋的電路和有源濾波器等。第二部分涉及運算放大器的諸多實際問題。第三部分著重介紹面向各種應用的電路設計方法。《基于運算放大器和模擬集成電路的電路設計（第4版 影印版）》可用作通信類、控制類、遙測遙控、儀器儀表等相關專業本科高年級及研究生有關課程的教材或主要參考書，對從事實際工作的電子工程師們也有很大參考價值。
基于運算放大器和模擬集成電路的電路設計 目錄
Preface
1 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 1A Standard Resistance Values
2 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
References
3 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
References
4 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
References
5 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/zA741 Op Amp
6 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
References
7 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
References
8 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
References
9 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
References
10 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
References
11 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
References
12 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
References
13 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
References
Index
1 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 1A Standard Resistance Values
2 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
References
3 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
References
4 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
References
5 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/zA741 Op Amp
6 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
References
7 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
References
8 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
References
9 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
References
10 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
References
11 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
References
12 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
References
13 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
References
Index
展開全部
基于運算放大器和模擬集成電路的電路設計 作者簡介
賽爾吉歐·佛朗哥，出生于意大利的弗里埃雷（Friuli），獲伊利諾伊大學（University of Illinois at Urbana-Champaign）博士學位。早期他曾在美國和意大利均有過工業方面的工作經歷，并于l980年就職于美國舊金山州立大學（San Francisco State University）。在該校培養出了數百位成功的模擬工程師，他們以高薪受聘于硅谷。Franco博士還是McGraw—Hill出版的Analog Circuit Design-Discrete ＆ Integrated這本教科書的作者。更多信息可見作者的網站http：//online．sfsu．edu／sfranco／。
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