Digitally-boosted approaches to break the analog noise limit

Analog Circuit and System Design for Powerline Signal Integrity

Doctoral project Amir Babaiefishani

Doctoral project Bart De Vuyst

Doctoral project Brendan Saux

Doctoral project Dries Vercaemer

Efficient VCO ADCs with up to 100 MHz bandwidth

Methodologies for Analog-to-Digital Conversion with High Bandwidth and High Accuracy Based on Voltage-Controlled Oscillators

Techniques for Low-Noise High-Bandwidth Hall Sensor Readout: Inherent Anti-Aliasing and Randomized Spinning

Very compact VCO readout for magnetic sensors

Doctoral project Caro Meysmans

Analysis and design for robustness of sampled feedback continuous time systems and its applications to Delta-Sigma modulation and frequency synthesis

Analysis, modelling and design of multi-rate discrete-time sigma-delta circuits

Digital-only analog integrated circuits

Efficient VCO ADCs with up to 100 MHz bandwidth

Efficient VCO ADCs with up to 100 MHz bandwidth

Fundamental exploration of time encoding for analog to digital conversion

High-bandwidth VCO-based Analog-to-Digital Convertors with Higher-Order Noise Shaping

Improved performance of LV grid behaviour due to HF emission compensation

STARS: Self-test architectures for reliable sensors

Study and Optimization of mechanical-electronical interaction in micromachined inertial sensors

Superior model-assisted readout techniques for hall sensors

Ultra-high-performance digital-only analog-to-digital converters through time/frequency/phase domain optimization

VCO-based Analog-to-Digital Conversion techniques for high Bandwidth and high Accuracy

Multi-User Beamforming Remote Radio Units Using Bit-Interleaved Sigma-Delta Modulated Radio-over-Fiber

“Optical test measurement system for laser noise characterization”

Real-time oscilloscope