From the reviews: "The topic of mixed-signal VLSI CMOS circuits design is one of the hottest topics nowadays. ... This book is thus a welcome entry to this fast-developing field. ... The quality of all the contributions is generally very high. ... The book is structured well, and chapter ordering is logical. ... The book is edited well. ... Its content represents the current state of the art ... . I highly recommend this book." (Mile Stojcev, Microelectronics Reliability, Vol. 44, 2004)

• 1: Nyquist-Rate Converters: An Overview.- 2: Sigma-Delta CMOS ADCs: An Overview of the State-of-the-Art.- 3: Current-Steering High-Speed D/A Converters For Communications.- 4: Cmos Comparators.- 5: Folding/Interpolating ADCs Analog Preprocessing Techniques For High-Speed 8-Bit ADC.- 6: High-Speed Flash ADCs — Design Issues Of A 6 Bit, 1 GHz CMOS Flash ADC.- 7: Logarithmic Analogue-To-Digital Converters.- 8: Single-Loop Multi-Bit Sigma-Delta Modulators.- 9: High-Order Cascade Multi-Bit ?? Modulators.- 10: Continuous-Time Sigma-Delta For IF.- 11: Bandpass Sigma-Delta A/D Converters: Fundamentals, Architectures And Circuits.- 12: Decimation Filter Design For Sigma-Delta Converters.- 13: Line Drivers: Efficiency, Linearity, Bandwidth.- 14: PGAs and Filters.- 15: Design Methodologies for Sigma-Delta Converters.- 16: Systematic Computer — Aided Design Methodology for CMOS Data Converters.

From the reviews: "The topic of mixed-signal VLSI CMOS circuits design is one of the hottest topics nowadays. ... This book is thus a welcome entry to this fast-developing field. ... The quality of all the contributions is generally very high. ... The book is structured well, and chapter ordering is logical. ... The book is edited well. ... Its content represents the current state of the art ... . I highly recommend this book." (Mile Stojcev, Microelectronics Reliability, Vol. 44, 2004)

• 1: Nyquist-Rate Converters: An Overview.- 2: Sigma-Delta CMOS ADCs: An Overview of the State-of-the-Art.- 3: Current-Steering High-Speed D/A Converters For Communications.- 4: Cmos Comparators.- 5: Folding/Interpolating ADCs Analog Preprocessing Techniques For High-Speed 8-Bit ADC.- 6: High-Speed Flash ADCs — Design Issues Of A 6 Bit, 1 GHz CMOS Flash ADC.- 7: Logarithmic Analogue-To-Digital Converters.- 8: Single-Loop Multi-Bit Sigma-Delta Modulators.- 9: High-Order Cascade Multi-Bit ?? Modulators.- 10: Continuous-Time Sigma-Delta For IF.- 11: Bandpass Sigma-Delta A/D Converters: Fundamentals, Architectures And Circuits.- 12: Decimation Filter Design For Sigma-Delta Converters.- 13: Line Drivers: Efficiency, Linearity, Bandwidth.- 14: PGAs and Filters.- 15: Design Methodologies for Sigma-Delta Converters.- 16: Systematic Computer — Aided Design Methodology for CMOS Data Converters.

From the reviews: "The topic of mixed-signal VLSI CMOS circuits design is one of the hottest topics nowadays. ... This book is thus a welcome entry to this fast-developing field. ... The quality of all the contributions is generally very high. ... The book is structured well, and chapter ordering is logical. ... The book is edited well. ... Its content represents the current state of the art ... . I highly recommend this book." (Mile Stojcev, Microelectronics Reliability, Vol. 44, 2004)

• 1: Nyquist-Rate Converters: An Overview.- 2: Sigma-Delta CMOS ADCs: An Overview of the State-of-the-Art.- 3: Current-Steering High-Speed D/A Converters For Communications.- 4: Cmos Comparators.- 5: Folding/Interpolating ADCs Analog Preprocessing Techniques For High-Speed 8-Bit ADC.- 6: High-Speed Flash ADCs — Design Issues Of A 6 Bit, 1 GHz CMOS Flash ADC.- 7: Logarithmic Analogue-To-Digital Converters.- 8: Single-Loop Multi-Bit Sigma-Delta Modulators.- 9: High-Order Cascade Multi-Bit ?? Modulators.- 10: Continuous-Time Sigma-Delta For IF.- 11: Bandpass Sigma-Delta A/D Converters: Fundamentals, Architectures And Circuits.- 12: Decimation Filter Design For Sigma-Delta Converters.- 13: Line Drivers: Efficiency, Linearity, Bandwidth.- 14: PGAs and Filters.- 15: Design Methodologies for Sigma-Delta Converters.- 16: Systematic Computer — Aided Design Methodology for CMOS Data Converters.