I: Low-Noise Low-Power Low-Voltage Introduction. - Low-Noise HF Amplifiers. - Low-Noise Low-Voltage Low-Power IF Gain Controlled Amplifiers for Wireless Communication. - Autozeroing and Correlated Double Sampling Techniques. - Low-Noise Oscillators. - Design of High-Speed Low-Power Sample-and-Hold Amplifiers for Low-Voltage Applications. - Low Power Folding A/D Converters. - II: Mixed-Mode Design with CAD Tools Introduction. - Synthesis and Layout for Analog and Mixed-Signal ICs in the ACACIA System. - CAD Simulation for Mixed Signal Design. - Mixed Mode Simulation: Practical Problems and Solutions in UNICAD. - Mixed-Mode Design: Experiences with Multi-Level Macromodeling. - Behavioral Modeling and Simulation of Mixed-Signal Circuits. - Computer-Aided Testability Analysis for Analog Circuits. - III: Voltage Current and Time References Introduction. - Concepts for Bandgap References and Voltage Measurement Systems. - Monolithic Voltage and Current References: Theme and Variations. - Integrated Current and Time References. - Crystal Oscillators. - Low-Phase-Noise Gigahertz Voltage-Controlled Oscillators in CMOS. - A2 GHZ Low-Power Frequency Synthesizer. Language: English