Oversampling Delta-SIGMA Data Converters

Theory, Design, and Simulation
Herausgeber: Candy, James C; Temes, Gabor C

• Broschiertes Buch

Produktbeschreibung

Only recently have oversampling methods used for high resolution A/D and D/A conversion become popular. This is the first book to address all aspects of the subject and to compare and evaluate various design approaches. It presents a theoretical analysis of converter performance, actual design methods for converters and their simulation and circuit implementation. It also covers applications together with the design of decimation filters for A/D converters, and the design of interpolators for D/A converters. Of particular interest to electrical engineers involved with designing and/or using circuits for signal processing in communications, audio applications, sonar, and instrumentation.

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Produktdetails

• Verlag: Wiley
• Seitenzahl: 512
• Erscheinungstermin: 2. September 1991
• Englisch
• Abmessung: 280mm x 210mm x 27mm
• Gewicht: 1239g
• ISBN-13: 9780879422851
• ISBN-10: 0879422858
• Artikelnr.: 21946141

Autorenporträt

James C. Candy and Gabor C. Temes are the authors of Oversampling Delta-Sigma Data Converters : Theory, Design, and Simulation, published by Wiley.

Inhaltsangabe

Preface. Introduction. Oversampling Methods for A/D and D/A Conversion (J. Candy & G. Temes). BASIC THEORY AND ANALYSIS. An Analysis of Nonlinear Behavior in Delta-Sigma Modulators (S. Ardalan & J. Paulos). A Use of Limit Cycle Oscillations to Obtain Robust Analog-to-Digital Converters (J. Candy). The Structure of Quantization Noise from Sigma-Delta Modulation (J. Candy & O. Benjamin). Multistage Sigma-Delta Modulation (W. Chou, et al.). Oversampled Sigma-Delta Modulation (R. Gray). Quantization Noise Spectra (R. Gray). Double-Loop Sigma-Delta Modulation with dc Input (N. He, et al.). A Unity Bit Coding Method by Negative Feedback (H. Inose & Y. Yasuda). Design of Stable High Order 1-Bit Sigma-Delta Modulators (T. Ritoniemi, et al.). Reduction of Quantizing Noise by Use of Feedback (H. Spang III & P. Schultheiss). >1 (S. Tewksbury & R. Hallock). DESIGN, SIMULATION TECHNIQUES, AND ARCHITECTURES FOR OVERSAMPLING CONVERTERS. Design Methodology for
M (B. Agrawal & K. Shenoi). Table-Based Simulation of Delta-Sigma Modulators (R. Bishop, et al.). Simulating and Testing Oversampled Analog-to-Digital Converters (B. Boser, et al.). A Use if Double Integration in Sigma Delta Modulation (J. Candy). An Oversampling Analog-to-Digital Converter Topology for High-Resolution Signal Acquisition Systems (L. Carley). Digitally Corrected Multi-Bit
Data Converters (T. Cataltepe, et al.). A Higher Order Topology for Interpolative Modulators for Oversampling A/D Converters (K. Chao, et al.). One Bit Higher Order Sigma-Delta A/D Converters (P. Ferguson, et al.). Optimization of a Sigma-Delta Modulator by the Use of a Slow ADC (A. Gosslau & A. Gottwald). Circuit and Technology Considerations for MOS Delta-Sigma A/D Converters (M. Hauser & R. Brodersen). Technology Scaling and Performance Limitations in Delta-Sigma Analog-Digital Converters (M. Hauser). Delta-Sigma A/Ds with Reduced Sensitivity to Op Amp Noise and Gain (P. Hurst & R. Levinson). Multibit Oversampled
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A/D Converter with Digital Error Correction (L. Larson, et al.). An Improved Sigma-Delta Modulator Architecture (T. Leslie & B. Singh). A 13 Bit ISDN-Band Oversampled ADC Using Two-Stage Third Order Noise Shaping (L. Longo & M. Copeland). A 16-Bit Oversampling A-to-D Conversion Technology Using Triple-Integration Noise Shaping (Y. Matsuya, et al.). Improved Signal-to-Noise Ratio Using Tri-Level Delta-Sigma Modulation (J. Paulos, et al.). A Second-Order High-Resolution Incremental A/D Converter with Offset and Charge Injection Compensation (J. Robert & P. Deval). Improved Double Integation Delta-Sigma Modulations for A to D and D to A Conversion (Y. Shoji & T. Suzuki). Oversampling A-to-D and D-to-A Converters with Multistage Noise Shaping Modulators (K. Uchimura, et al.). Architectures for High-Order Multibit
Modulators (R. Walden, et al.). Constraints Analysis for Oversampling A-to-D Converter Structures on VLSI Implementation (A. Yukawa). IMPLEMENTATIONS AND APPLICATIONS OF OVERSAMPLING A/D CONVERTERS. Design and Implementation of an Audio 18-bit Analog-to-Digital Converter Using Oversampling Techniques (R. Adams). The Design of Sigma-Delta Modulation Analog-to-Digital Converters (B. Boser & B. Wooley). A Noise-Shaping Coder Topology for 15+ Bit Converters (L. Carley). A Dual-Channel Voice-Band PCM Codec Using
Modulation Technique (V. Friedman, et al.). MOS ADC-Filter Combination That Does Not Require Precision Analog Components (M. Hauser, et al.). A Multistage Delta-Sigma Modulator without Double Integration Loop (T. Hayashi, et al.). An Oversampled Sigma-Delta A/D Converter Circuit Using Two-Stage Fourth Order Modulator (T. Karema, et al.). A 12-Bit Sigma-Delta Analog-to-Digital Converter with 15-MHz Clock Rate (R. Koch, et al.). Area-Efficient Multichannel Oversampled PCM Voice-Band Coder (B. Leung, et al.). An 18b Oversampling A/D Converter for Digital Audio (K. Matsumoto, et al. ). A 14-Bit 80-kHz Sigma-Delta A/D Converter: Modeling, Design, and Performance Evaluation (S. Norsworthy, et al.). Fully Differential CMOS Sigma-Delta Modulator for High Performance Analog-to-Digital Conversion with 5 V Operating Voltage (T. Ritoniemi, et al.). A High-Resolution CMOS Sigma-Delta A/D Converter with 320 kHz Output Rate (M. Rebeschini, et al.). A CMOS Slope Adaptive Delta Modulator (J. Scott, et al.). Stereo 16-Bit Delta-Sigma A/D Converter for Digital Audio (D. Welland, et al.). DIGITAL FILTERS FOR OVERSAMPLING A/D CONVERTERS. Using Triangularly Weighted Interpolation to Get 13-Bit PCM from a Sigma-Delta Modulator (J. Candy, et al.). A Voiceband Codec with Digital Filtering (J. Candy, et al.). Decimation for Sigma Delta Modulation (J. Candy). Multirate Filter Designs Using Comb Filters (S. Chu & C. Burrus). Interpolation and Decimation of Digital Signals-A Tutorial Review (R. Crochiere & L. Rabiner). Wave Digital Decimation Filters in Oversample A/D Converters (E. Dijkstra, et al.). A Design Methodology for Decimation Filters in Sigma Delta A/D Converters (E. Dijkstra, et al.). On the Use of Modulo Arithmetic Comb Filters in Sigma Delta Modulators (E. Dijkstra, et al.). Nine Digital Filters for Decimation and Interpolation (D. Goodman & M. Carey). A Novel Architecture Design for VLSI Implementation of an FIR Decimation Filter (H. Meleis & P. Fur). Efficient VLSI-realizable Decimators for Sigma-Delta Analog-to-Digital Converters (T. Saramäki & H. Tenhunen). THEORY AND IMPLEMENTATIONS OF OVERSAMPLING D/A CONVERTERS. Double Interpolation for Digital-to-Analog Conversion (J. Candy & A.-N. Huynh). A 16-Bit 4th Order Noise-Shaping D/A Converter (L. Carley & J. Kenney). A CMOS Stereo 16-Bit D/A Converter for Digital Audio (P. Naus, et al.). Author Index. Subject Index. Editor's Biographies.