RF POWER AMPLIFIER BEHAVIORAL MODELING:IfyouareanengineerorRFdesignerworkingwithwirelesstransmitterpower
amplifiermodels,thiscomprehensiveandup-to-dateexpositionofnonlinearpower
amplifierbehavioralmodelingtheoryandtechniquesisanabsolutemust-have.
Includingadetailedtreatmentofnonlinearimpairments,aswellaschapterson
memoryeffects,simulationaspectsforimplementationincommercialsystemand
circuitsimulators,andmodelvalidation,thisone-stopreferencemakespoweram-
plifiermodelingmoreaccessiblebyconnectingthemathematicswiththepractical-
itiesofRFpoweramplifierdesign.Uniquely,thebookexplainshowsystematically
toevaluateamodel’saccuracyandvalidity,comparesmodeltypes,andoffers
recommendationsastowhichmodeltouseinwhichsituation.
DOMINIQUESCHREURSisAssociateProfessorintheESAT-TELEMICDivi-
sion,DepartmentofElectricalEngineering,KatholiekeUniversiteitLeuven,where
shealsogainedherPh.D.inElectricalEngineeringin1997.SheisaSeniorMember
oftheIEEEandwasChairoftheIEEEMTT-11technicalcommitteeonmicrowave
measurements.ShewasasteeringcommitteememberofTARGET(TopAmplifier
ResearchGroupsinEuropeanTeam).
MAIRT′′INO’DROMAisDirectoroftheTelecommunicationsResearchCentre,
andSeniorLecturerintheDepartmentofElectronicandComputerEngineeringat
theUniversityofLimerick.AFellowoftheIETandSeniorMemberoftheIEEE,he
wasafoundingpartnerandsteeringcommitteememberofTARGETandasection
headoftheRFpowerlinearizationandamplifiermodelingresearchstrand.
ANTHONYA.GOACHERisResearchProjectsManageroftheTelecommunica-
tionsResearchCentre,UniversityofLimerick.HehasanMBA,isaMemberof
theIET,anAssociateMemberoftheInstituteofPhysics,andhasheldasenior
managementpositionintheelectronicsindustryfor20years.
MICHAELGADRINGERisaResearchAssistantintheInstituteofElectrical
MeasurementsandCircuitDesign,ViennaUniversityofTechnology.Heiscurrently
involvedwithpoweramplifiermodeling,linearizationanddevicecharacterization.
TheCambridgeRFandMicrowaveEngineeringSeries
SeriesEditor,
SteveC.Cripps
PeterAaen,JaimeA.Plá,andJohnWood,ModelingandCharacterizationofRF
andMicrowavePowerFETs
EnricoRubiola,PhaseNoiseandFrequencyStabilityinOscillators
DominiqueSchreurs,M′airt′?nO’Droma,AnthonyA.Goacher,and
MichaelGadringer,RFAmplifierBehavioralModeling
FanYangandYahyaRahmat-Samii,ElectromagneticBandGapStructuresin
AntennaEngineering
Forthcoming
SorinVoinigescuandTimothyDickson,High-FrequencyIntegratedCircuits
DebabaniChoudhury,MillimeterWavesforCommercialApplications
J.StephensonKenney,RFPowerAmplifierDesignandLinearization
DavidB.Leeson,MicrowaveSystemsandEngineering
StepanLucyszyn,AdvancedRFMEMS
EarlMcCune,PracticalDigitalWirelessCommunicationsSignals
AllenPodellandSudiptoChakraborty,PracticalRadioDesignTechniques
PatrickRoblin,NonlinearRFCircuitsandtheLarge-SignalNetworkAnalyzer
DominiqueSchreurs,MicrowaveTechniquesforMicroelectronics
JohnL.B.Walker,HandbookofRFandMicrowaveSolid-StatePowerAmplifiers
Dominique Schreurs, Mairtin O'Droma, Anthony A. Goacher, Michael Gadringer "RF Power Amplifier Behavioral Modeling"
Cambridge University Press | 2008-11-10 | ISBN: 0521881730 | 288 pages | PDF | 3,6 MB
If you are an engineer or RF designer working with wireless transmitter power amplifier models, this comprehensive and up-to-date review of nonlinear theory and power amplifier modeling techniques is an absolute must-have. Including a detailed treatment of nonlinear theory, as well as chapters on memory effects, implementation in commercial circuit simulators, and validation, this one-stop reference makes power amplifier modeling more accessible by connecting the mathematics with the practicalities of RF power amplifier design. Uniquely, the book explains how systematically to evaluate a model's accuracy and validity, compares model types and offers recommendations as to which model to use in which situation.
Contents
Notation page vii
Abbreviations viii
Preface xii
1 Overview of power amplifier modelling 1
1.1 Introduction 1
1.2 Power amplifier modelling basics 2
1.3 System-level power amplifier models 10
1.4 Circuit-level power amplifier models 20
References 23
2 Properties of behavioural models 27
2.1 Introduction 27
2.2 Model-structure-based properties of behavioural models 29
2.3 Application-based model properties 30
2.4 Amplifier-based model properties 35
2.5 Amplifier characterisation 45
References 79
3 Memoryless nonlinear models 86
3.1 Introduction 86
3.2 Overview of memoryless behavioural models 90
3.3 A comparison of behavioural models based on PA performance
prediction 95
3.4 Complex power series model 99
3.5 Saleh models 103
3.6 Modified Saleh models 106
3.7 Fourier series model 116
3.8 Bessel–Fourier models 117
3.9 Hetrakul and Taylor model 125
3.10 Berman and Mahle model 127
3.11 The Wiener expansion 127
3.12 Other comparative considerations 131
References 133
4 Nonlinear models with linear memory 136
4.1 Introduction 136
4.2 Two-box models 136
4.3 Three-box models 145
4.4 Parallel-cascade models 157
4.5 Summary 160
References 161
5 Nonlinear models with nonlinear memory 163
5.1 Introduction 163
5.2 Memory polynomial model 164
5.3 Time-delay neural network model 168
5.4 Nonlinear autoregressive moving-average model 174
5.5 Parallel-cascade Wiener model 179
5.6 Volterra-series-based models 184
5.7 State-space-based model 199
References 212
6 Validation and comparison of PA models 215
6.1 Introduction 215
6.2 General-purpose metric 215
6.3 Figures of merit based on real-world test signals 220
References 232
7 Aspects of system simulation 233
7.1 Introduction 233
7.2 Some relevant simulation terminology 234
7.3 Analogue-signal behavioural simulators for wireless
communication systems 235
7.4 Figure of merit considerations in behavioural simulations 238
7.5 Circuit-level techniques 239
7.6 System-level techniques 242
7.7 Digital-logic simulation 244
7.8 Analogue signal – representation, sampling and
processing considerations 244
7.9 Heterogeneous simulation 248
References 250
Appendix A Recent wireless standards 253
Appendix B Authors and contributors 260
Index 262
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kankan........................................
感谢楼主！
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不错，谢谢了
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内容写的很全啊，看着不错哦，下载来学习一下！
:11bb :11bb :11bb
很不错,谢谢了哈.
不错，谢谢了
顶！！！！！！！！！！
谢谢了！支持一下！
多谢，找了一会儿才找到下载的地方 。呵呵
这是讲建模的吧 很高深
非常支持!!感謝樓主
不错，感谢楼主分享，
谢谢，看看
看一看，
不知道到底怎么样啊，看一下
GOOD~~
好书呀~谢谢了~
感谢分享！
RFPoMod.zip (3.55 MB) 
