Alonso Morgado & Rocío del Río 
Nanometer CMOS Sigma-Delta Modulators for Software Defined Radio [PDF ebook] 

This book presents innovative solutions for the implementation of Sigma-Delta Modulation (SDM) based Analog-to-Digital Conversion (ADC), required for the next generation of wireless hand-held terminals. These devices will be based on the so-called multi-standard transceiver chipsets, integrated in nanometer CMOS technologies. One of the most challenging and critical parts in such transceivers is the analog-digital interface, because of the assorted signal bandwidths and dynamic ranges that can be required to handle the A/D conversion for several operation modes.

 

This book describes new adaptive and reconfigurable SDM ADC topologies, circuit strategies and synthesis methods, specially suited for multi-standard wireless telecom systems and future Software-defined-radios (SDRs) integrated in nanoscale CMOS. It is a practical book, going from basic concepts to the frontiers of SDM architectures and circuit implementations, which are explained in a didactical and systematic way. It gives a comprehensive overview of the state-of-the-art performance, challenges and practical solutions, providing the necessary insight to implement successful design, through an efficient design and synthesis methodology.  Readers will learn a number of practical skills – from system-level design to experimental measurements and testing.

Tabella dei contenuti

1. Introduction.- 2. Sigma-Delta DCs: Basic Concepts, Topologies and State of the Art.- 3. New Sigma-Delta Cascade Modulators for the Next Generation of Wireless Telecom.-  4. A 130-nm CMOS Reconfigurable 2-1-1 Cascade SC Sigma-Delta M for GSM/BT/UMTS.- 5. A 1.2-V 90-nm CMOS Reconfigurable 2-2 Cascade SC M for GSM/BT/GPS/UMTS/DVB-H/Wi MAX.- 6. A 1.2-V 90-nm CMOS Adaptive Concurrent Resonation-Based 2-2-2 Cascade Sigma-Delta Modulator for SDR.- 7. Performance of the Prototypes and Comparison with the State of the Art.- Appendix A. Study of Optimum Resonation.- Appendix B. Design of Electrical Blocks for the Practical Implementation of SMASH Sigma-Delta Ms.