Systematic Design of Sigma-Delta Analog-to-Digital Converters - Tapa blanda

Sinopsis

1: Introduction. 1.1. Analog-to-Digital Conversion. 1.2. Motivation. 1.3. Book Organization. 2: Architecture-Level Analysis of Sigma-Delta ADCs. 2.1. Principle and Operation. 2.2. Sigma-Delta ADCs with Discrete-Time Loop Filters. 2.3. Sigma-Delta ADCs with Continuous-Time Loop Filters. 3: Discrete-Time Circuit Design. 3.1. Switched-Capacitor Integrators. 3.2. Switched-Capacitor Amplifiers. 3.3. Quantizer. 3.4. Multibit, SC Digital-to-Analog Converters. 4: Continuous-Time Circuit Design. 4.1. Active RC Integrator. 4.2. Quantizer. 4.3. Digital-to-Analog Converters. 5: Computer Aided Design of Sigma-Delta ADCs. 5.1. Filter-Level Design. 5.2. Architecture-Level Design. 5.3. design Examples. 6: Sigma-Delta ADC for Audio Applications. 6.1. The Electret Microphone. 6.2. System Design. 6.3. Sigma-Delta ADC Design. 6.4. Linearity Analysis. 6.5. Experimental Results. 7: Broadband, High Dynamic Range Sigma-Delta ADC. 7.1. Project Specifications. 7.2. CAD-Assisted Design Optimization. 7.3. Design of the 16-bit CT Integrator. 7.4. Design of the 14-bit CT Integrator. 7.5. Higher Order Integrators. 7.6. Feed-Forwards Adder and 31-levels Quantizer. 7.7. Calibration of Current-Mode CT DAC. 7.8. Transistor-Level Simulation Results.

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