国外电子与电气工程技术丛书：基于运算放大器的模拟集成电路设计（英文版·第4版）

图书标准信息

• 作者 [美]Sergio Franco 著；何乐年 注
• 出版社 机械工业出版社
• 出版时间 2015-01
• 版次 1
• ISBN 9787111489337
• 定价 99.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 727页
• 丛书 国外电子与电气工程技术丛书

【内容简介】

　　《国外电子与电气工程技术丛书：基于运算放大器的模拟集成电路设计（英文版·第4版）》全面阐述以运算放大器和模拟集成电路为主要器件构成的电路原理、设计方法和实际应用。详细介绍了运算放大器的基本原理和应用，第运算放大器的诸多工程实际问题，最后介绍面向各种应用的电路设计方法。《国外电子与电气工程技术丛书：基于运算放大器的模拟集成电路设计（英文版·第4版）》作为第4版，更透彻地阐述了负反馈和电路设计布局，新增了电流反馈放大器、开关稳压器和锁相环的内容。

【作者简介】

　　弗克兰（SergioFranco），出生在意大利，1980年开始在美国旧金山州立大学电气工程系授课，期间获得了伊利诺伊大学香槟分校博士学位。成为该系荣誉教授。在就任现职之前，Franco博士拥有广泛的行业经验。在诸如固态物理学、模式识别、集成电路（IC）设计、医学电子、日用电子和汽车电子等领域工作过，发表论文颇丰。Franco博士还是《AnalogCircuitDesign：Discrete＆Inteqrated》（McGraw—HillEducation，2014）和《ElectricCiruitFundamentals》（OxfordUniversityPress，1995）两本教科书的作者。

【目录】

Preface
1OperationalAmplifierFundamentals
1.1AmplifierFundamentals
1.2TheOperationalAmplifier
1.3BasicOpAmpConfigurations
1.4IdealOpAmpCircuitAnalysis
1.5NegativeFeedback
1.6FeedbackinOpAmpCircuits
1.7TheReturnRatioandBlackman'sFormula
1.8OpAmpPowering
Problems
References
Appendix1AStandardResistanceValues

2CircuitswithResistiveFeedback
2.1Current—to—VoltageConverters
2.2Voltage—to—CurrentConverters
2.3CurrentAmplifiers
2.4DifferenceAmplifiers
2.5InstrumentationAmplifiers
2.6InstrumentationApplications
2.7TransducerBridgeAmplifiers
Problems
References

3ActiveFilters：Part1
3.1TheTransferFunction
3.2First—OrderActiveFilters
3.3AudioFilterApplications
3.4StandardSecond—OrderResponses
3.5KRCFilters
3.6Multiple—FeedbackFilters
3.7State—VariableandBiquadFilters
3.8Sensitivity
Problems
References
ActiveFilters：Part2

4.1FilterApproximations
4.2CascadeDesign
4.3GeneralizedImpedanceConverters
4.4DirectDesign
4.5TheSwitchedCapacitor
4.6Switched—CapacitorFilters
4.7UniversalSCFilters
Problems
References

5StaticOpAmpLimitations
5.1SimplifiedOpAmpCircuitDiagrams
5.2InputBiasandOffsetCurrents
5.3Low—Input—Bias—CurrentOpAmps
5.4InputOffsetVoltage
5.5Low—Input—Offset—VoltageOpAmps
5.6InputOffsetErrorandCompensationTechniques
5.7InputVoltageRange／OutputVoltageSwing
5.8MaximumRatings
Problems
References
Appendix5ADataSheetsofthe#A741OpAmp

6DynamicOpAmpLimitations
6.1Open—LoopFrequencyResponse
6.2Closed—LoopFrequencyResponse
6.3InputandOutputImpedances
6.4TransientResponse
6.5EffectofFiniteGBPonIntegratorCircuits
6.6EffectofFiniteGBPonFilters
6.7Current—FeedbackAmplifiers
Problems
References

7Noise
7.1NoiseProperties
7.2NoiseDynamics
7.3SourcesofNoise
7.4OpAmpNoise
7.5NoiseinPhotodiodeAmplifiers
7.6Low—NoiseOpAmps
Problems
References

8Stability
8.1TheStabilityProblem
8.2PhaseandGainMarginMeasurements
8.3FrequencyCompensationofOpAmps
8.4OpAmpsCircuitswithaFeedbackPole
8.5Input—LagandFeedback—LeadCompensation
8.6StabilityinCFACircuits
8.7CompositeAmplifiers
Problems
References

9NonlinearCircuits
9.1VoltageComparators
9.2ComparatorApplications
9.3SchmittTriggers
9.4PrecisionRectifiers
9.5AnalogSwitches
9.6PeakDetectors
9.7Sample—and—HoldAmplifiers
Problems
References

10SignalGenerators
10.1SineWaveGenerators
10.2Multivibrators
10.3MonolithicTimers
10.4TriangularWaveGenerators
10.5SawtoothWaveGenerators
10.6MonolithicWaveformGenerators
10.7V—FandF—VConverters
Problems
References

11VoltageReferencesandRegulators
11.1PerformanceSpecifications
11.2VoltageReferences
11.3Voltage—ReferenceApplications
11.4LinearRegulators
11.5Linear—RegulatorApplications
11.6SwitchingRegulators
11.7TheErrorAmplifier
11.8VoltageModeControl
11.9PeakCurrentModeControl
11.10PCMCofBoostConverters
Problems
References

12D—AandA—DConverters
12.1PerformanceSpecifications
12.2D—AConversionTechniques
12.3MultiplyingDACApplications
12.4A—DConversionTechniques
12.5OversamplingConverters
Problems
References

13NonlinearAmplifiersandPhase—LockedLoops
13.1Log／AntilogAmplifiers
13.2AnalogMultipliers
13.3OperationalTransconductanceAmplifiers
13.4Phase—LockedLoops
13.5MonolithicPLLs
Problems
References
Index