Tony J. Rouphael - Low-Power Wireless Transmitter Architectures and Design download ebook MOBI, DOC, TXT
9781118887370 English 1118887379 This book addresses the various designs and architectures of wireless transmitters in the context of modern multi-mode and multi-standard devices. The aim is to present a unique, coherent and comprehensive treatment of transmitter architectures and design from analog front-ends to digital algorithms with equal emphasis on theory and practical design. Throughout the text, the design process is explained in great detail starting from analysis of requirements to the choice of architecture and finally to the design and algorithm development. The reader will learn the advantages and disadvantages of the various wireless architectures and the suitability of each to a given wireless standard. In choosing a certain architecture for his/her design, the reader will further learn which design methodology, frequency generation technique, transmitter topology, power amplifier (PA) architecture and linearization technique, and digital algorithms work best for the particular design at hand. Unlike other books that treat the analog baseband and RF, PA, frequency generation, and the digital signal processing independently, in this book all subjects are treated simultaneously with equal attention to detail in the single context of the chosen architecture and modulating waveform. The uniqueness of this book stems from providing the reader with a singular understanding and treatment of all facets of the wireless transmitter: the analog front end, the PA, the analog baseband, the frequency generation method, and the digital backend. For example, the reader will learn how certain design tradeoffs in the digital signal processing can positively or negatively impact the design in the analog front end and vice versa. Furthermore, the reader will learn how the choice of certain algorithms or designs for a given architecture or topology can reduce the cost and design cycle of the entire radio. Similarly, the reader will learn how the choice of certain parameters or blocks in the analog line-up, such as filters, mixers, amplifiers, etc.. can gravely ameliorate the performance of the digital signal processing algorithms an vice versa.
9781118887370 English 1118887379 This book addresses the various designs and architectures of wireless transmitters in the context of modern multi-mode and multi-standard devices. The aim is to present a unique, coherent and comprehensive treatment of transmitter architectures and design from analog front-ends to digital algorithms with equal emphasis on theory and practical design. Throughout the text, the design process is explained in great detail starting from analysis of requirements to the choice of architecture and finally to the design and algorithm development. The reader will learn the advantages and disadvantages of the various wireless architectures and the suitability of each to a given wireless standard. In choosing a certain architecture for his/her design, the reader will further learn which design methodology, frequency generation technique, transmitter topology, power amplifier (PA) architecture and linearization technique, and digital algorithms work best for the particular design at hand. Unlike other books that treat the analog baseband and RF, PA, frequency generation, and the digital signal processing independently, in this book all subjects are treated simultaneously with equal attention to detail in the single context of the chosen architecture and modulating waveform. The uniqueness of this book stems from providing the reader with a singular understanding and treatment of all facets of the wireless transmitter: the analog front end, the PA, the analog baseband, the frequency generation method, and the digital backend. For example, the reader will learn how certain design tradeoffs in the digital signal processing can positively or negatively impact the design in the analog front end and vice versa. Furthermore, the reader will learn how the choice of certain algorithms or designs for a given architecture or topology can reduce the cost and design cycle of the entire radio. Similarly, the reader will learn how the choice of certain parameters or blocks in the analog line-up, such as filters, mixers, amplifiers, etc.. can gravely ameliorate the performance of the digital signal processing algorithms an vice versa.