Analog Circuit Design

<p>Part I: Low-voltage Low-power Data Converters.- Power minimization in ADC Design.- Low-power Pipelined A/D Conversion.- Low-power Successive Approximation ADCS for Wireless Applications.- Oversampling Converters Beyond Continuous-time Sigma-Delta for Nanometer CMOS Technologies.-<br>Considerations for Cost-efficient Calibration of Scales ADCS.- A 12b 2.9GS/s DAC WITH IM3 &lt; -60dBc Beyond1GHZ in 65NM CMOS.- Part II: Short-range Wireless Front-ends.- Short Range Radio Communication – Novel Applications and Their Physical Layer Requirements.- Ultra Low-power Wireless Body-area Sensor Networks.- Low Power RF Harvesting Enabling More Active Tag.- Low Power RF Frontend for Wireless Sensor Networks.- Ultra High Data Rate CMOS Front Ends.- Extremely Wideband CMOS Circuits for Future THz Applications.- Part III: Power Management and DC-DC.- State-of-the-Art of Integrated Switching Power Converters.- Data Conversion Pulse-width Modulators for Switch-mode Power Converter Digital Control.- Advanced Power Management for Low Power Medical Applications.- Feedforward Control of Switching Regulators.- Device Optimization to Assess Losses and Ringing Issues in Integrated Synchronous Buck Converters.- Control of Fully Integrated DC-DC Converters in CMOS.</p><p>