Current-Mode VLSI Analog Filters - Mohan, P. V. Ananda

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Résumé :
Current-mode design is of great interest to high-tech analog designers today, who are principally concerned with designing whole systems on a chip. This work focuses on the theory and methods of many important current-mode circuit design techniques making it a comprehensive technical overview that fills a gap in the current literature. The purpose of the book is to compile all available information in the area of OTA-C filters, current conveyor and CFOA based filters, switched-current filters, and log-domain filters into one complete reference volume. Practical applications of current-mode design techniques for realizing practical VLSI systems such as disk drive read channel ICs and video filters are covered in detail. The background required for this book is an exposure to a first course in active RC filters, digital signal processing and optionally, some knowledge of switched capacitor filters.

Sommaire:
1 Introduction.- 1.1 Active RC and Active R filters.- 1.2 SC filters.- 1.3 OTA-C filters.- 1.4 CC-based filters.- 1.5 CT filters.- 1.6 SI filters.- 1.7 Log-domain filters.- 1.8 Basic circuit elements.- 1.9 Organization of the book.- 2 Operational Transconductance Amplifier-C filters.- 2.1 First-order OTA-C filters.- 2.2 Second-order OTA-C filters.- 2.3 OTA-C filters derived from LC filters.- 2.4 Multiple feedback type OTA-C filters.- 2.5 Analysis of the effect of non-idealities of the OTA.- 2.6 Power dissipation, noise, and dynamic range of OTA-C filters.- 2.7 OTA-C oscillators.- 2.8 Network transposition and current-mode filters.- 3 Current-mode Filter Design Using Current Conveyors.- 3.1 First-order CC-based networks.- 3.2 Second-order current-mode CC-based filters.- 3.3 Grounded and floating impedance simulation using CCs.- 3.4 Current-mode biquads using CCs and needing no resistors.- 3.5 CC-based oscillators.- 3.6 Applications of CFOAs.- 3.7 Current-mode filters using FTFN.- 4 Switched-current Filters.- 4.1 Switched-current memory cells and integrators.- 4.2 SI ladder filters.- 4.3 Effect of mismatch of the current copier transistors.- 4.4 Clock feed-through cancellation techniques.- 4.5 Distortion in current memory cells.- 4.6 Non-linearity compensation of current-mode circuits.- 4.7 Noise in current copiers.- 4.8 Figure of merit for evaluating current memory cells.- 4.9 CTCM filters.- 4.10 CTCM differentiators.- 5 Log-domain and Square-root Domain Filters.- 5.1 Basic companding current-mode integrators.- 5.2 Second-order log-domain filter structures.- 5.3 Log-domain ladder filters.- 5.4 Noise and dynamic range evaluation of log-domain filters.- 5.5 High-frequency log-domain filters.- 5.6 Square-root x domain filters.- 5.7 Analysis of log-domain filters.- 6 Practical Design and Applications of Current-mode Systems.- 6.1 Introduction.- 6.2 Transconductance realization blocks.- 6.3 Bipolar OTA realizations.- 6.4 BiCMOS transconductors.- 6.5 CC implementations.- 6.6 Tuning of CT filters.- 6.7 Applications of current-mode filters.- 6.8 SI filter implementations.- 6.9 Log-domain filter performance.

The present book provides an excellent and exhaustive text on current-mode working devices.... The text is clear, the graphics [are] excellent...the book will receive a large audience in the area of professionals working in current-mode (CM) devices, design, and implementation. Of high interest is the chapter which presents and explains numerous applications of CM devices. -Zentrallblat MATH