Oversampled A/D converters have become very popular in recent  years. Some of their advantages include relaxed requirements for  anti-alias filters, relaxed requirements for component matching, high  resolution and compatibility with digital VLSI technology. There is a  significant amount of literature discussing the principle, theory and  implementation of various oversampled converters. Such converters are  likely to continue to proliferate in the foreseeable future.  Additionally, more recently there has been great interest in low  voltage and low power circuit design. New design techniques have been  proposed for both the digital domain and the analog domain. Both  trends point to the importance of the low-power design of oversampled  A/D converters.   Unfortunately, there has been no systematic study of the optimal  design of modulators for oversampled converters. Design has generally  focused on new architectures with little attention being paid to  optimization.   The goal of Design of Modulators for Oversampled Converters is  to develop a methodology for the optimal design of modulators in  oversampled converters. The primary focus of the presentation is on  minimizing power consumption and understanding and limiting the  nonlinearities that result in such converters.   Design of Modulators for Oversampled Converters offers a  quantitative justification for the various design tradeoffs and serves  as a guide for designing low-power highly linear oversampled  converters. Design of Modulators for Oversampled  Converters will serve as a valuable guide for circuit design  practitioners, university researchers and graduate students who are  interested in this fast-moving area.

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