Synopsis
Power consumption has become a critical concern in RF/mm-wave integrated circuit (IC) design thanks to new applications from 5G, mobile computing, artificial intelligence, and the Internet of Things. However, big challenges lie ahead for chip designers when they choose to develop ICs using silicon technology for low-power and high-data-rate applications. This is because silicon technology suffers from undesirable energy dissipation due to its lossy substrate and high resistive wiring loss at GHz frequencies. Nonetheless, silicon remains the most suitable material satisfying the demands of a rapidly growing semiconductor market through low fabrication cost and ease of achieving system-on-chip or system-in-package integration. While long being neglected, low-power RF/mm-wave design has vaulted to the forefront of attention in recent years due to the demand for ultra-low-power transceivers to achieve sustainability. Designing genuinely ubiquitous transceivers for these new applications requires innovations in both system architecture and circuit implementation.
This book closes the gap between a typical textbook with theories that are difficult to understand and a design-oriented book that offers little insight into actual theories. It evaluates and discusses different circuit topologies, receiver and transmitter architectures, phase-locked loop performance metrics, phase noise analysis, and sub-system-level designs that have yet to be reported in other books.
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About the Author
Bharatha Kumar Thangarasu, Nagarajan Mahalingam, Kaixue Ma, Kiat Seng Yeo
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CMOS RF and mm-Wave Transceivers and Synthesizers
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ISBN 10: 9815129805
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CMOS RF and mm-Wave Transceivers and Synthesizers (Hardcover)
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Hardcover. Condition: new. Hardcover. Power consumption has become a critical concern in RF/mm-wave integrated circuit (IC) design thanks to new applications from 5G, mobile computing, artificial intelligence, and the Internet of Things. However, big challenges lie ahead for chip designers when they choose to develop ICs using silicon technology for low-power and high-data-rate applications. This is because silicon technology suffers from undesirable energy dissipation due to its lossy substrate and high resistive wiring loss at GHz frequencies. Nonetheless, silicon remains the most suitable material satisfying the demands of a rapidly growing semiconductor market through low fabrication cost and ease of achieving system-on-chip or system-in-package integration. While long being neglected, low-power RF/mm-wave design has vaulted to the forefront of attention in recent years due to the demand for ultra-low-power transceivers to achieve sustainability. Designing genuinely ubiquitous transceivers for these new applications requires innovations in both system architecture and circuit implementation.This book closes the gap between a typical textbook with theories that are difficult to understand and a design-oriented book that offers little insight into actual theories. It evaluates and discusses different circuit topologies, receiver and transmitter architectures, phase-locked loop performance metrics, phase noise analysis, and sub-system-level designs that have yet to be reported in other books. During the past decade, the research on solid acid catalysis has progressed in some fields. This new edition presents some important developments in these fields in a new chapter. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability. Seller Inventory # 9789815129809
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CMOS RF and mm-Wave Transceivers and Synthesizers
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Jenny Stanford Publishing, 2025
ISBN 10: 9815129805
ISBN 13: 9789815129809
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ISBN 10: 9815129805
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Hardcover. Condition: new. Hardcover. Power consumption has become a critical concern in RF/mm-wave integrated circuit (IC) design thanks to new applications from 5G, mobile computing, artificial intelligence, and the Internet of Things. However, big challenges lie ahead for chip designers when they choose to develop ICs using silicon technology for low-power and high-data-rate applications. This is because silicon technology suffers from undesirable energy dissipation due to its lossy substrate and high resistive wiring loss at GHz frequencies. Nonetheless, silicon remains the most suitable material satisfying the demands of a rapidly growing semiconductor market through low fabrication cost and ease of achieving system-on-chip or system-in-package integration. While long being neglected, low-power RF/mm-wave design has vaulted to the forefront of attention in recent years due to the demand for ultra-low-power transceivers to achieve sustainability. Designing genuinely ubiquitous transceivers for these new applications requires innovations in both system architecture and circuit implementation.This book closes the gap between a typical textbook with theories that are difficult to understand and a design-oriented book that offers little insight into actual theories. It evaluates and discusses different circuit topologies, receiver and transmitter architectures, phase-locked loop performance metrics, phase noise analysis, and sub-system-level designs that have yet to be reported in other books. During the past decade, the research on solid acid catalysis has progressed in some fields. This new edition presents some important developments in these fields in a new chapter. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. Seller Inventory # 9789815129809
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CMOS RF and mm-Wave Transceivers and Synthesizers
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CMOS RF and mm-Wave Transceivers and Synthesizers
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ISBN 10: 9815129805
ISBN 13: 9789815129809
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HRD. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000. Seller Inventory # L1-9789815129809