Integrated multivalue voltage-to-voltage converter. - Ming Zhang 007; Nicolas Llaser; Francis Devos (ICECS, 1999)

An optimised design of an improved voltage tripler. - Ming Zhang 007; Nicolas Llaser; Francis Devos (ICECS, 2001)

Experimental results of an optimised voltage tripler. - Ming Zhang 007; Nicolas Llaser (ICECS, 2002)

Dynamic analysis of Dickson charge pump circuits with a resistive load. - Ming Zhang 007; Nicolas Llaser (ICECS, 2003)

Optimization design of the Dickson charge pump circuit with a resistive load. - Ming Zhang 007; Nicolas Llaser (ISCAS (5), 2004)

On-Chip High Voltage Generation With standard process for MEMS. - Ming Zhang 007; Nicolas Llaser (ICECS, 2007)

A Low Noise CMOS Preamplifier for Quartz-Based Gyro-Meter. - Ming Zhang 007; Nicolas Llaser (ICECS, 2007)

Improvement of the architecture for MEMS resonator quality factor measurement. - Ming Zhang 007; Nicolas Llaser; Hervé Mathias (ICECS, 2008)

A low noise CMOS preamplifier for femtoampere current detection. - Ming Zhang 007; Nicolas Llaser; Hervé Mathias (ISCAS, 2008)

Design and analysis of a switched-capacitor-based peak detector. - Ming Zhang 007; Nicolas Llaser; Hervé Mathias (ISCAS, 2011)

Design and optimization of two motion detection circuits for video monitoring system. - Ming Zhang 007; Nicolas Llaser; Hervé Mathias; Antoine Dupret (ISCAS, 2012)

High-Precision Time-Domain Measurement of Quality Factor. - Ming Zhang 007; Nicolas Llaser; Francis Rodes (IEEE Trans. Instrum. Meas., 2012)

New implementation of time domain measurement of quality factor. - Ming Zhang 007; Nicolas Llaser; Xusheng Wang; Francis Rodes; Romain Denieport (ISCAS, 2013)

Exploiting the transient response of a Pirani gauge sensor for beyond atmospheric pressure measurement. - Ming Zhang 007; Nicolas Llaser; You Wang; Mohamed Zeloufi; Xusheng Wang (NEWCAS, 2013)

Exploiting a micro Pirani gauge for multifonction. - Ming Zhang 007; Nicolas Llaser; X. Wang; D. Ibrahima (ISCAS, 2014)

Exploiting Time-Domain Approach for Extremely High Q-Factor Measurement. - Ming Zhang 007; Nicolas Llaser (IEEE Trans. Instrum. Meas., 2015)

On-Chip Measurement of Quality Factor Implemented in 0.35μm CMOS. - Xiaojiao Ren; Ming Zhang 007; Nicolas Llaser; Yiqi Zhuang (J. Circuits Syst. Comput., 2016)

CMOS 0.35μm implementation of time-domain measurement of resonator's quality factor. - Xiaojiao Ren; Ming Zhang 007; Nicolas Llaser (ASICON, 2017)

Educational project on the design of interface circuit for a Pirani pressure sensor. - Ming Zhang 007; Arnaud Bournel; Nicolas Llaser (ISCAS, 2018)

Exploiting a Micro Pirani Gauge for Beyond Atmospheric Pressure Measurement. - Ming Zhang 007; Nicolas Llaser (IEEE Trans. Circuits Syst. II Express Briefs, 2018)

High Intensity Focused Ultrasound for Noninvasive Medical Applications. - Ming Zhang 007; Nicolas Llaser (ASICON, 2019)

CMOS Implementation of Wide Frequency Bandwidth Resonator's Q-Factor Measurement Circuit. - Xiaojiao Ren; Ming Zhang 007; Nicolas Llaser; Y. Wang (ISCAS, 2019)

Design of analog and mixed circuits for resonator's Q-factor measurement. - Ming Zhang 007; Nicolas Llaser (ICECS, 2020)

Signal transmission for an isolated gate driver using capacitive coupling technique. - Imran Khan; Ming Zhang 007; Nicolas Llaser (NEWCAS, 2021)

Review of Resonator's Q-Factor Measurement With Focus on Design of Analog and Mixed Circuits for In-Situ Measurement. - Ming Zhang 007; Nicolas Llaser (IEEE Open J. Circuits Syst., 2021)

Educational project on the design of a demonstrator with automatic pressure measurement. - Ming Zhang 007; Arnaud Bournel; Jean-Luc Raimbault; Nicolas Llaser; Nicolas Louis; Josué Malatchoumy; Daniel Gruat (ISCAS, 2022)

A Fast Tracking and Wide Swing CMOS Peak Detector for On-Chip Q-Factor Measurement. - Ming Zhang 007; Nicolas Llaser (IEEE Trans. Instrum. Meas., 2022)

CMOS Design of High Q-Factor Measurement Circuit. - Xiaojiao Ren; Ming Zhang 007; Nicolas Llaser (NewCAS, 2025)

A Low-Power High-Immunity Capacitive-Isolation CMOS Information Transmission System. - Ming Zhang 007; Nicolas Llaser (IEEE Trans. Instrum. Meas., 2025)