This book describes the design and implementation of the frequency synthesizer, with new design techniques for such a subsystem including usage modes of the wireless device, and its support for several leading-edge wireless standards.

This book describes the design and implementation of an electronic subsystem called the frequency synthesizer, which is a very important building block for any wireless transceiver. The discussion includes several new techniques for the design of such a subsystem which include the usage modes of the wireless device, including its support for several leading-edge wireless standards. This new perspective for designing such a demanding subsystem is based on the fact that optimizing the performance of a complete system is not always achieved by optimizing the performance of its building blocks separately. This book provides hands-on examples of this sort of co-design of optimized subsystems, which can make the vision of an always-best-connected scenario a reality.

Provides up-to-date design information regarding one of the most complex subsystems used in state-of-the-art wireless devices Describes a wireless front-end solution designed to provide an always-best-connected solution, based on a wireless detector called Sniffer, that searches for an alternative connection while the main connection is running Includes realistic implementations of subsystem co-design

Autorentext

Jad G. Atallah, an educator, researcher, author, and consultant in the field of integrated circuits, has more than 15 years of experience in education including curriculum design for integrated electronic circuits and their applications such as signal processing and communications. He is an associate professor at the Notre Dame University - Louaize, and the founder of the ndu ecas lab. Dr. Atallah has been involved with industry, startups and multinationals, in the fields of integrated circuits design and EDA tools. He specialized in electronic and computer systems, particularly RF, analog, and mixed-signal system-on-chip implementations, at the Royal Institute of Technology (KTH). Having published in a multitude of venues, he also co-authored a book on frequency synthesizers for convergent wireless solutions as well as EDA educational material used in numerous universities and research centers worldwide. Mohammed Ismail, a prolific author and entrepreneur in the fields of system-on-chip design and test and nanotechnology, spent over 30 years in academia and industry in the US and Europe. He is professor and Chair of the Electrical and Computer Engineering Department at Wayne State University and the Founding Director of the WINCAS Center of Excellence. He is one of the world pioneers in the field of CMOS design of analog, mixed signal and RF integrated circuits and has graduated over 55 PhD students and more than 100 MS students. Prior to joining Wayne State in December 2016, he was a Professor at the Ohio State University in Columbus, Ohio for 20 years and held several appointments in Sweden with KTH, Finland with Aalto University and Nokia Research Center, Norway with NTH and University of Oslo, The Netherlands with Twente University, Japan with Tokyo Institute of Technology and the UAE with Khalifa University. He has co-founded several startup companies in semiconductor technology and IC design. He received the US Presidential Young Investigator Award from the White House, the Ohio State Lumley Research Award four times, and the US Semiconductor Research Corporation's (SRC) Inventor Recognition Award twice as well as several best paper awards. More recently, he received the 2018 UNESCO Medal for contributions to nanoscience, Paris, France and the SRC Board of Director Special Recognition for Leadership of Semiconductor Research in the UAE. He is a Fellow of IEEE and of the Asia-pacific Artificial Intelligence Association.

Inhalt

Introduction.- Wireless Transceivers and Frequency Synthesis.- Multi-standard Wireless Front-ends.- Case Study: Handover with WLAN, WiMAX and 3G.- Frequency Synthesizers.- Case Studies of PPL Enhancements.- Choice of Sigma-Delta Modulation.- Case Study: A WiMax/WLAN/LTE Synthesizer.- Implementation: A WiMax/WLAN/LTE Synthesizer.- Calibration Enabling First-Pass Success.- Conclusions.