High-Performance AD and DA Converters, IC Design in Scaled Technologies, and Time-Domain Signal Processing

Part I High-Performance AD and DA Converters

- Low-power, High-speed and High-effective Resolution Pipeline Analog-to-digital Converters in Deep Nanoscale CMOS

- Digitally assisted analog to digital converters

- Energy-efficient high-speed SAR ADCs in CMOS

- Automated design of high-speed CT modulators employing compensation and correction of non-idealities

- Recent advances and trends in high-performance embedded data converters

- High-performance DACs: unifying 16-bit dynamic range with GS/s data-rates

Part II IC Design in Scaled Technologies

- Continuous time analog filters design in nanometerscale CMOS technologies

- Silicon innovation exploiting Moore scaling and "More than Moore" technology

- The impact of CMOS scaling on the design of circuits for mm-Wave frequency synthesizers

- Digital enhanced transmitter concepts for nanometer-CMOS technologies

- Design of a DC/DC controller IP in 28nm

Part III: Time-Domain Signal Processing

- High speed time-domain imaging

- Fine-time resolution measurements for high energy physics experiments

- Time-domain techniques for mm-wave frequency generation

- A Deterministic Background Calibration Technique for Voltage Controlled Oscillator Based ADC

- Towards energy-efficient CMOS integrated sensor-to-digital interface circuits

- The ring amplifier: scalable amplification with ring oscillators