Delta-Sigma Data Converters: Theory, Design, and Simulation
October 1996, Wiley-IEEE Press
An Overview of Basic Concepts (J. Candy).
Quantization Noise in DeltaSigma A/D Converters (R. Gray).
Quantization Errors and Dithering in DeltaSigma Modulators (S. Norsworthy).
Stability Theory for DeltaSigma Modulators (R. Adams & R. Schreier).
The Design of High-Order Single-Bit DeltaSigma ADCs (R. Adams).
The Design of Cascaded DeltaSigma ADCs (M. Rebeschini).
High-Speed Cascaded DeltaSigma ADCs (B. Brandt).
Delta-Sigma ADCs with Multibit Internal Converters (R. Carley, et al.).
The Design of Bandpass DeltaSigma ADCs (S. Jantzi, et al.).
Architectures for DeltaSigma DACs (G. Temes, et al.).
Analog Circuit Design for DeltaSigma ADCs (B. Brandt, et al.).
Analog Circuit Design for DeltaSigma DACs (M. Rebeschini & P. Ferguson).
Decimation and Interpolation for DeltaSigma Conversion (S. Norsworthy & R. Crochiere).
CAD for the Analysis and Design of DeltaSigma Converters (C. Wolff, et al.).
About the Editors.
Richard Schreier is Associate Professor of Electrical Engineering at Oregon State University. From 1986 to 1988 he worked as a Member of the Scientific Staff in the CMOS cell library group of Bell-Northern Research in Ottawa, Canada.
Gabor C. Temes is Professor of Electrical Engineering at Oregon State University. He has written approximately 250 publications and is author of several books. A Fellow of the IEEE, DR. Temes has received numerous IEEE awards, including the Centennial Medal, the Technical Achievement Award, and the IEEE Circuits and Systems Society Education Award.