Description
This book contains a selection of tutorial and invited presentations that were given at the IEEE CICC 2017 in Austin, Texas. The selection of the talks was made to provide a comprehensive coverage of key topics, including Circuits Techniques for mm-wave front-ends, RF and mm-wave receivers and frequency synthesis, data and DC-DC converters, and techniques for IoT security.The book is organized into five parts, namely:I: Millimeter-wave Transmitter CircuitsII: Millimeter-wave and RF Receiver Circuits III: Data ConvertersIV: DC-DC Converters and Voltage RegulatorsV: IoT Security Circuits and Techniques The book is part of an educational initiative of the IEEE Solid-State Circuits Society to offer its members state of the art educational material.
Table of Contents
Introduction PART I: MILLIMETER-WAVE TRANSMITTER CIRCUITS 1. Millimeter-Wave Power Amplifiers & Transmitters 2. Millimeter-wave Full-Duplex Wireless: Circuits and Systems 3. On-Chip Transformer Design and Application to RF and mm-Wave Front-Ends PART II: MILLIMETER-WAVE AND RF RECEIVER CIRCUITS 4. Millimeter-wave LO Distribution Insights 5. Low Noise, High Performance RF Frequency Synthesizers 6. N-path Filters and Mixer-First Receivers: A Review 7. Doherty Architecture For mm-wave/RF Digital and Analog Power Amplifiers PART III: DATA CONVERTERS 8. A/D Converter Fundamentals and Trends 9. Measurement of High-Speed ADCs 10. Practical Dynamic Element Matching Techniques for 3-Level Unit Elements 11. Time-Interleaved ADCs: A Supposedly Clever Thing I’ll Never Do Again PART IV: DC-DC CONVERTERS AND VOLTAGE REGULATORS 12. DC-DC Power Converter Designs 13. Circuit Design Techniques for Fully Integrated Voltage Regulator Using Switched Capacitors PART V: IOT SECURITY CIRCUITS AND TECHNIQUES 601 14. Energy Efficient and Ultra Low Voltage Security Circuits for Nanoscale CMOS Technologies 15. System-on-Chip Security Assurance for IoT Devices: Co-operations and Conflicts About the Editors About the Authors
