国外电子与通信教材系列：射频微电子（第2版）（英文版）

图书标准信息

• 作者 [美]Behzad Razavi 著
• 出版社 电子工业出版社
• 出版时间 2012-08
• 版次 2
• ISBN 9787121176036
• 定价 128.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 936页
• 字数 1947千字
• 正文语种 英语
• 原版书名 RF Microelectronics,Second Edition

【内容简介】

《国外电子与通信教材系列：射频微电子（第2版）（英文版）》侧重系统级描述，综合了无线通信电路系统描述、器件特性及单元电路分析，讨论最新架构、电路和器件。第1和第2章首先介绍射频电子学基本概念和术语；第3章和第4章讨论通信系统层的建模、检测、多路存取等技术及无线标准；第5章讨论无线前端收发器的结构和集成电路的实现，第6章到第9章详细讨论了低噪声放大器和混频器、振荡器、频率综合器和功放器电路原理和分析方法。

【作者简介】

作者：（美国）拉扎维（Behzad Razavi）

【目录】

CONTENTS
CHAPTER1INTRODUCTIONTORFANDWIRELESSTECHNOLOGY
1.1AWirelessWorld
1.2RFDesignIsChallenging
1.3TheBigPicture
References

CHAPTER2BASICCONCEPTSINRFDESIGN
2.1GeneralConsiderations
2.1.1UnitsinRFDesign
2.1.2TimeVariance
2.1.3Nonlinearity
2.2EffectsofNonlinearity
2.2.1HarmonicDistortion
2.2.2GainCompression
2.2.3CrossModulation
2.2.4Intermodulation
2.2.5CascadedNonlinearStages
2.2.6AM/PMConversion
2.3Noise
2.3.1NoiseasaRandomProcess
2.3.2NoiseSpectrum
2.3.3EffectofTransferFunctiononNoise
2.3.4DeviceNoise
2.3.5RepresentationofNoiseinCircuits
2.4SensitivityandDynamicRange
2.4.1Sensitivity
2.4.2DynamicRange
2.5PassiveImpedanceTransformation
2.5.1QualityFactor
2.5.2Series-to-ParallelConversion
2.5.3BasicMatchingNetworks
2.5.4LossinMatchingNetworks
2.6ScatteringParameters
2.7AnalysisofNonlinearDynamicSystems
2.7.1BasicConsiderations
2.8VolterraSeries
2.8.1MethodofNonlinearCurrents
References
Problems

CHAPTER3COMMUNICATIONCONCEPTS
3.1GeneralConsiderations
3.2AnalogModulation
3.2.1AmplitudeModulation
3.2.2PhaseandFrequencyModulation
3.3DigitalModulation
3.3.1IntersymbolInterference
3.3.2SignalConstellations
3.3.3QuadratureModulation
3.3.4GMSKandGFSKModulation
3.3.5QuadratureAmplitudeModulation
3.3.6OrthogonalFrequencyDivisionMultiplexing
3.4SpectralRegrowth
3.5MobileRFCommunications
3.6MultipleAccessTechniques
3.6.1TimeandFrequencyDivisionDuplexing
3.6.2Frequency-DivisionMultipleAccess
3.6.3Time-DivisionMultipleAccess
3.6.4Code-DivisionMultipleAccess
3.7WirelessStandards
3.7.1GSM
3.7.2IS-95CDMA
3.7.3WidebandCDMA
3.7.4Bluetooth
3.7.5IEEE802.11a/b/g
3.8AppendixI:DifferentialPhaseShiftKeying
References
Problems

CHAPTER4TRANSCEIVERARCHITECTURES
4.1GeneralConsiderations
4.2ReceiverArchitectures
4.2.1BasicHeterodyneReceivers
4.2.2ModernHeterodyneReceivers
4.2.3Direct-ConversionReceivers
4.2.4Image-RejectReceivers
4.2.5Low-IFReceivers
4.3TransmitterArchitectures
4.3.1GeneralConsiderations
4.3.2Direct-ConversionTransmitters
4.3.3ModernDirect-ConversionTransmitters
4.3.4HeterodyneTransmitters
4.3.5OtherTXArchitectures
4.4OOKTransceivers
References
Problems

CHAPTER5LOW-NOISEAMPLIFIERS
5.1GeneralConsiderations
5.2ProblemofInputMatching
5.3LNATopologies
5.3.1Common-SourceStagewithInductiveLoad
5.3.2Common-SourceStagewithResistiveFeedback
5.3.3Common-GateStage
5.3.4CascodeCSStagewithInductiveDegeneration
5.3.5VariantsofCommon-GateLNA
5.3.6Noise-CancellingLNAs
5.3.7Reactance-CancellingLNAs
5.4GainSwitching
5.5BandSwitching
5.6High-IP2LNAs
5.6.1DifferentialLNAs
5.6.2OtherMethodsofIP2Improvement
5.7NonlinearityCalculations
5.7.1DegeneratedCSStage
5.7.2UndegeneratedCSStage
5.7.3DifferentialandQuasi-DifferentialPairs
5.7.4DegeneratedDifferentialPair
References
Problems

CHAPTER6MIXERS
6.1GeneralConsiderations
6.1.1PerformanceParameters
6.1.2MixerNoiseFigures
6.1.3Single-BalancedandDouble-BalancedMixers
6.2PassiveDownconversionMixers
6.2.1Gain
6.2.2LOSelf-Mixing
6.2.3Noise
6.2.4InputImpedance
6.2.5Current-DrivenPassiveMixers
6.3ActiveDownconversionMixers
6.3.1ConversionGain
6.3.2NoiseinActiveMixers
6.3.3Linearity
6.4ImprovedMixerTopologies
6.4.1ActiveMixerswithCurrent-SourceHelpers
6.4.2ActiveMixerswithEnhancedTransconductance
6.4.3ActiveMixerswithHighIP
6.4.4ActiveMixerswithLowFlickerNoise
6.5UpconversionMixers
6.5.1PerformanceRequirements
6.5.2UpconversionM
……