Analog Circuit Design: High-Speed A-D Converters, Automotive Electronics and Ultra-Low Power Wireless (Hardcover, 2006)

HIGH-SPEED AD CONVERTERS.- 22GS/s ADCs - IMPLEMENTATION CHOICES AND PERFORMACE TRADE-OFFS.- ARCHITECTURES AND ISSUES FOR GIGASAMPLE/SECOND ADCs.- CONCEPTS AND IMPROVEMENTS IN PIPELINE AND SAR ADCS.- FAST AND POWER-EFFICIENT CMOS SUBRANGING ADCs.- ADVANCES IN HIGH-SPEED ADC ARCHITECTURES USING OFFSET CALIBRATION.- SUB-HARMONIC LIMIT-CYCLE SIGMA-DELTA MODULATION, APPLIED TO AD CONVERSION.- Automotive Electronics: EMC issues.- MODELING AND VERIFICATION TECHNIQUES TO ENSURE SYSTEM-WIDE ELECTROMAGNETIC RELIABILITY.- SUBSTRATE CURRENT FORMATION, EFFECTS, AND PROTECTION STRATEGIES.- ON THE SUSCEPTIBILITY OF ANALOG CIRCUIT TO EMI.- IMPROVED ELECTROMAGNETIC IMMUNITY CIRCUIT DESIGN.- METHODOLOGY AND CASE STUDY FOR HIGH IMMUNITY AUTOMOTIVE DESIGN.- IC MODELLING FOR EMC New Developments.- Ultra Low Power Wireless.- ULTRA-WIDEBAND RADIO: UNCONVENTIONAL CIRCUIT SOLUTIONS FOR UNCONVENTIONAL COMMUNICATION.- CIRCUITS AND TECHNOLOGIES FOR WIRELESS SENSING.- DESIGN OF AN ENERGY-EFFICIENT PULSED UWB RECEIVER.- DESIGN CONCEPTS FOR WIRELESS COMMUNICATION IN IMPLANTABLE MEDICAL APPLICATIONS.- WiseNET, an Ultra Low-Power RF Transceiver SoC and Communication Protocol Solution for Wireless Sensor Networks.- ULTRA-LOW POWER FREQUENCY-HOPPING SPREAD SPECTRUM TRANSMITTERS AND RECEIVERS.