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Advanced Techniques in RF Power Amplifier Design pdf版英文电子书
This much-anticipated volume builds on the author’s popular work, RF Power Amplifiers for Wireless Communications (Artech House, 1999), offering you a more in-depth understanding of the theory and design of RF power amplifiers. An invaluable reference tool for RF, digital and system level designers, the book enables you to efficiently design linear RF power amplifiers , and includes detailed discussions on envelope power management schemes and linearization techniques.
Written by a recognized authority on PA design, this in-depth volume treats a range of power amplifier topics using readable symbolic analysis and idealized models, and follows up with CAD simulation using readily available commercial CAD tools. The work covers such vital topics as the use of bipolar devices in conventional high efficiency PA design, the Doherty and Chireix PAs, envelope feedback, memory effects, predistortion, feedforward, and microwave PA techniques.
“This book complements the first book with more detailed discussions of power-amplifier architectures and semicondutor device design for power amplifiers. Advanced Techniques is an insightful and refreshing look into the latest power-amplifier design and analysis techniques for high efficiency and linearization. This book also serves as one of the better tutorials on those techniques. Dr. Cripps' writing is engaging; his analysis uses basic mathematical models and works through them in detail to give the reader insight into the problems at hand. Advanced Techniques avoids extensive numerical analysis and provides a different perspective on amplifier design. This book is worth reading for anyone doing or teaching power-amplifier design. Advanced Techniques is not about bias circuits of the latest trend in matching network synthesis, but is a practical book on building power amplifiers for high efficiency or high linearity....this book offers a coherency and thoroughness that is rarely found and will surely be appreciated by the reader. If you want to read a coherent perspective on problems and possible solutions for power-amplifiers designers then this is your book. ”
---IEEE Microwave Magazine, March 2003
Contents
RF Power Amplifier Modes-Conventional Reduced Angle Modes, Class A, AB, B, C. Linearity and Efficiency Variation with Power Backoff. FETs and Bipolars: Differences in Reduced Conduction Angle Operation. Interaction between Device Transfer Characteristics and Class AB Non-linearity. Tailoring of Device Characteristics for Optimum Class AB Linearity and Efficiency; the RF bipolar as a potential solution. RF PA design using Bipolar Transistors.
Doherty and Chireix: Themes and Variations-Basic Doherty PA Analysis. Implementation Schemes for Basic Doherty PA. The Assymetric Doherty PA for High Crest Factor Signals. The Multiway Doherty Combiner. Linearity Issues. CAD Simulation Results. Chireix Outphasing PA-a LINC Technique. Chireix-Envelope Reconstruction Possibility. Analysis, CAD Simulation and Issues for Practical Implementation. Variations.
Topics in PA Nonlinearity-The Impact of High Density Bandlimited Communications Signals on PA Design and Specification. Peak to Average Ratio: PEP Design Issues. Behavioral Modelling of PaAs,AM-AM and AM-PM Distortion. Volterra Series Model, IM Nulling Effects in Higher Order Models. Extraction of Volterra Series Model from Measured Data. Dynamic Effects in PA Nonlinearities: Extension to Conventional Envelope Simulation Formulations. Assymetrical IM Sidebands: Causes, Models and Cures.
Envelope Feedback-The AM Envelope Feedback Method. Analysis and Simulation. Limitations of RF and Video Delays. Vector Envelope Feedback. Low Latency PA Design.
Predistortion-Introduction to Predistortion. Predistortion Theory: Synthesis of Ideal Predistorter using Inversion of PA Polynomial. Analog Predistorters; Gain Expanders; IM and ACP Analysis for Multicarrier Signals. CAD Analysis of Predistorters Having Synthesized Characteristics. Predistorter Realization: Compou
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