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Luc Hébrard
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2020 – today
- 2022
- [c27]Hugo Nicolas, Joris Pascal, Luc Hébrard, Jean-Baptiste Kammerer, Ricardo C. Sousa, Ariam Mora-Hernández, Ioan Lucian Prejbeanu:
A Magnetic Sensor Based on a Nanometric Spin Transfer Torque Magnetic Tunnel Junction Suitable for Monolithic Integration. IEEE SENSORS 2022: 1-4 - [c26]Thomas Quirin
, Céline Vergne
A magnetic camera to assess the risk of magnetic interaction between portable electronics and cardiac implantable electronic devices. MeMeA 2022: 1-6 - 2021
- [j7]Thomas Quirin
Towards Tracking of Deep Brain Stimulation Electrodes Using an Integrated Magnetometer. Sensors 21(8): 2670 (2021) - 2020
- [c25]Laurent Malané, Jean-Baptiste Kammerer, Luc Hébrard, Vinciane Chereau:
Compact Model of Ring-Core Sensing Element of 2D Fluxgate Magnetometer. IEEE SENSORS 2020: 1-4
2010 – 2019
- 2019
- [j6]Morgan Madec
Multiphysics Simulation of Biosensors Involving 3D Biological Reaction-Diffusion Phenomena in a Standard Circuit EDA Environment. IEEE Trans. Circuits Syst. I Regul. Pap. 66-I(6): 2188-2197 (2019) - 2018
- [j5]Elise Rosati, Morgan Madec, Jean-Baptiste Kammerer, Luc Hébrard, Christophe Lallement
Efficient Modeling and Simulation of Space-Dependent Biological Systems. J. Comput. Biol. 25(8): 917-933 (2018) - [c24]Duc Vinh Nguyen, L. Werling, Chrystelle Po
Modeling the effect of strong magnetic field on n-type MOSFET in strong inversion. ICECS 2018: 637-640 - [c23]Olivier Bonnaud, Laurent Fesquet, Luc Hébrard:
Strategy for higher education in electronic circuits and systems in the perspective of the up-coming digital society. LASCAS 2018: 1-4 - [c22]Morgan Madec, Alexi Bonament, Elise Rosati, Luc Hébrard, Christophe Lallement
Virtual prototyping of biosensors involving reaction- diffusion phenomena. NEWCAS 2018: 40-43 - 2017
- [c21]Luc Hébrard, Mohamad Sawan:
Welcome. NEWCAS 2017: 1-2 - 2016
- [c20]Luc Hébrard, Duc Vinh Nguyen, Dorian Vogel, Jean-Baptiste Schell, Chrystelle Po, Norbert Dumas, Wilfried Uhring
On the influence of strong magnetic field on MOS transistors. ICECS 2016: 564-567 - [c19]Octavian Maciu, Wilfried Uhring
Sub-nanosecond gated photon counting for high spatial resolution CMOS imagers. NEWCAS 2016: 1-4 - 2015
- [j4]Maroua Garci, Jean-Baptiste Kammerer, Luc Hébrard:
Towards electro-thermo-mechanical simulation of integrated circuits in standard CAD environment. Microelectron. J. 46(12): 1121-1128 (2015) - [c18]Simon Paulus, Jean-Baptiste Kammerer, Joris Pascal, Calogero Bona, Luc Hébrard:
On-chip analog PI controller for calibration of Rogowski coils. ICM 2015: 103-106 - [c17]Laurent Osberger, Vincent Frick, Morgan Madec
High resolution, low offset Vertical Hall device in low-voltage CMOS technology. NEWCAS 2015: 1-4 - [c16]Simon Paulus, Jean-Baptiste Kammerer, Joris Pascal, Luc Hébrard:
Continuous calibration of Rogowski coil current transducer. NEWCAS 2015: 1-4 - 2014
- [j3]Jean-Christophe Krencker, Jean-Baptiste Kammerer, Yannick Hervé, Luc Hébrard:
Electro-thermal high-level modeling of integrated circuits. Microelectron. J. 45(5): 491-499 (2014) - [c15]Simon Paulus, Jean-Baptiste Kammerer, Joris Pascal, Luc Hébrard:
Integrated front-end for on line continuous calibration of Rogowski coil current transducer. ICECS 2014: 391-394 - [c14]Norbert Dumas, Vincent Frick, Jerome Heitz, Christophe Lallement
Small area charge pump using low voltage capacitors. ICECS 2014: 786-789 - [c13]Maroua Garci, Jean-Baptiste Kammerer, Luc Hébrard:
Towards multiphysics simulations of integrated circuits. ICECS 2014: 830-833 - [c12]Maroua Garci, Jean-Baptiste Kammerer, Luc Hébrard:
Compact modeling and electro-thermal simulation of hot carriers effect in analog circuits. NEWCAS 2014: 125-128 - [c11]Morgan Madec
Compact modeling of offset sources in vertical hall-effect devices. NEWCAS 2014: 253-256 - 2013
- [c10]Jean-Baptiste Schell, Jean-Baptiste Kammerer, Luc Hébrard, Elodie Breton
Towards a Hall effect magnetic tracking device for MRI. EMBC 2013: 2964-2967 - [c9]Morgan Madec
An improved compact model of the electrical behaviour of the 5-contact vertical hall-effect device. NEWCAS 2013: 1-4 - 2012
- [c8]Morgan Madec
Compact modeling of vertical hall-effect devices: Electrical behavior. NEWCAS 2012: 213-216 - [c7]Jean-Baptiste Schell, Jean-Baptiste Kammerer, Luc Hébrard, Elodie Breton
CMOS 3D Hall probe for magnetic field measurement in MRI scanner. NEWCAS 2012: 517-520 - 2010
- [c6]Vincent Frick, Huy Binh Nguyen, Luc Hébrard:
A novel chopping-spinning MAGFET device. ICECS 2010: 815-818
2000 – 2009
- 2009
- [j2]Benoit Dubois, Jean-Baptiste Kammerer, Luc Hébrard, Francis Braun:
Modelling of hot-carrier degradation and its application for analog design for reliability. Microelectron. J. 40(9): 1274-1280 (2009) - 2007
- [c5]Benoit Dubois, Jean-Baptiste Kammerer, Luc Hébrard, Francis Braun:
Analytical Modeling of Hot-Carrier Induced Degradation of MOS Transistor for Analog Design for Reliability. ISQED 2007: 53-58 - 2006
- [c4]Vincent Frick, Joris Pascal, Luc Hébrard, Jean-Philippe Blonde:
Integrated instrumental chain for magnetic pulse measurement in strong static field environment. ICECS 2006: 310-313 - 2005
- [j1]Luc Hébrard, Jean-Baptiste Kammerer, Francis Braun:
A Chopper Stabilized Biasing Circuit Suitable for Cascaded Wheatstone-Bridge-Like Sensors. IEEE Trans. Circuits Syst. I Regul. Pap. 52-I(8): 1653-1665 (2005) - 2002
- [c3]Vincent Frick, Philippe Poure, Luc Hébrard, Freddy Anstotz, Francis Braun:
Design and prototyping of a CMOS standard contactless current measurement macrocell for integrated microsystems in power control applications. ICECS 2002: 645-648 - [c2]Jean-Baptiste Kammerer, Luc Hébrard, Vincent Frick, Philippe Poure, Francis Braun:
Design and modelling of a voltage controlled N-well resistor using the MOS tunneling diode structure. ICECS 2002: 1123-1126 - 2001
- [c1]Vincent Frick, Luc Hébrard, Philippe Poure, Francis Braun:
CMOS microsystem front-end for microtesla resolution magnetic field measurement. ICECS 2001: 129-132
Coauthor Index
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