Mixed-Signal Systems: A Guide to CMOS Circuit Design

A practical guide to the successful integration of digital and analog circuits Mixed-signal processing-the integration of digital and analog circuitry within computer systems-enables systems to take signals from the analog world and process them within a digital system. In fact, recent advances in VLSI technology performance now allow for the integration of digital and analog circuits on a single chip, a process that requires the use of analog pre- and post-processing systems such as converters, filters, sensors, drivers, buffers, and actuators. However, the lack of universal CAD tools for the synthesis, simulation, and layout of the analog part of the chip represents a design bottleneck of today's VLSI circuits.
Mixed-Signal Systems: A Guide to CMOS Circuit Design presents a comprehensive general overview of the latest CMOS technology and covers the various computer systems that may be used for designing integrated circuits. Taking an original approach to one- and two-dimensional filter design, the author explores the many digital-oriented design systems, or silicon compilers, currently being used, and presents the basic methods, procedures, and tools used by each. In a thorough and systematic manner, the text:
* Presents common features of digital-oriented design systems
* Describes methods and tools that are not yet being applied in any compiler
* Illustrates image processing systems that can be implemented on a single chip
* Demonstrates the path from synthesis methods to the actual silicon assembly Essential reading for integrated circuit designers and developers of related computer programs, as well as advanced students of system design, this book represents an invaluable resource for anyone involved in the development of mixed-signal systems.

A practical guide to the successful integration of digital and analog circuits
Mixed-signal processing-the integration of digital and analog circuitry within computer systems-enables systems to take signals from the analog world and process them within a digital system. In fact, recent advances in VLSI technology performance now allow for the integration of digital and analog circuits on a single chip, a process that requires the use of analog pre- and post-processing systems such as converters, filters, sensors, drivers, buffers, and actuators. However, the lack of universal CAD tools for the synthesis, simulation, and layout of the analog part of the chip represents a design bottleneck of today's VLSI circuits.
Mixed-Signal Systems: A Guide to CMOS Circuit Design presents a comprehensive general overview of the latest CMOS technology and covers the various computer systems that may be used for designing integrated circuits. Taking an original approach to one- and two-dimensional filter design, the author explores the many digital-oriented design systems, or silicon compilers, currently being used, and presents the basic methods, procedures, and tools used by each. In a thorough and systematic manner, the text:
* Presents common features of digital-oriented design systems
* Describes methods and tools that are not yet being applied in any compiler
* Illustrates image processing systems that can be implemented on a single chip
* Demonstrates the path from synthesis methods to the actual silicon assembly
Essential reading for integrated circuit designers and developers of related computer programs, as well as advanced students of system design,this book represents an invaluable resource for anyone involved in the development of mixed-signal systems.

Booknews

This graduate textbook describes analog and discrete signals, the process of CMOS circuit fabrication, and the basic cells that can be obtained by digital, OTA-C, switched-capacitor, and switched-current techniques. The second part explores the design of one-dimensional filters, the architecture of a system on a chip applicable for image processing, and the use of silicon compilers. Annotation c. Book News, Inc., Portland, OR

ANDRZEJ HANDKIEWICZ is a professor at the Faculty of Computing and Management, Poznan University of Technology, Poznan, Poland. After a brief research leave at the Swiss Federal Institute of Technology in Zurich in the early 1990s, Mr. Handkiewicz returned to Poznan University to become vice dean of the Faculty of Electrical Engineering, a title he held from 1993 to 1999. He has published over 100 technical articles in the areas of mixed-signal circuits; switched-capacitor (SC), switched-current (SI), and digital filters; and image compression and processing.