Aller au contenu principal
  • Vous êtes
  • Un Etudiant
  • Une Entreprise
  • Un journaliste
  • Actualités
  • Offres d'emploi
  • Presse
  • Je fais un don
Accueil Accueil
      • Histoire de l'Ecole
      • Stratégie 2023-2032
      • Gouvernance
      • Chiffres clés
      • Centre des Diversités et de l’Inclusion
      • Egalité Femmes-Hommes
      • Développement durable
      • Handicap
    • International
      • Université Paris-Saclay
      • Groupe des Ecoles Centrale
      • Entreprises & Mécènes
      • Partenaires académiques
    • La Fondation
    • CentraleSupélec Alumni
      • Bachelor in AI, Data & Management Sciences
      • Bachelor in Global Engineering
      • Bachelor HEPTA
      • Bachelor Innovation Engineering
      • Ingénieur généraliste
      • Ingénieur Spécialité Cybersécurité
      • Ingénieur Spécialité Electronique
      • Ingénieur Spécialité Energie
      • Ingénieur Spécialité Informatique
      • Ingénieur Spécialité Physique
      • Ingénieur Spécialité Systèmes Numériques
      • MSc in Industry Transformation Management
      • MSc in Artificial Intelligence
      • MSc in DataSciences and Business Analytics
      • MSc&T in Space Business Strategy
      • Masters
    • Doctorats
      • Shift Year
      • Digital Tech Year
      • Summer School
      • Summer Camp
    • Executive education
    • Le centre de recherche
    • Laboratoires
    • Grands équipements
    • Annuaire des chercheurs
    • Liste des publications
    • 21st by CentraleSupélec
    • Les programmes d'accompagnement
    • Nos campus & lieux de vie
    • Devenir partenaire
    • Nos entreprises partenaires mécènes
    • Nous soutenir
      • Campus de Metz
      • Campus de Paris Saclay
      • Campus de Rennes
    • Logements
    • La santé étudiante
    • Sports
    • Bibliothèque

Rechercher

Les sujets les plus recherchés

Formations
International
Actualités
Contact
Extranet
  • publication 17/10/2025
    A reduced-order model of squeeze-film damping for deformable micromechanical structures including large displacement effects
  • publication 09/12/2025
    Sensors & MEMS - version 1 - 2020/21
  • publication 17/10/2025
    Piecewise perturbation method (PPM) simulation of electrostatically actuated beam with uncertain stiffness
  • publication 17/10/2025
    Une nouvelle architecture pour les capteurs M/NEMS résonants
  • publication 09/12/2025
    Determination of the behaviour of self-sampled digital phase-locked loops
  • publication 17/10/2025
    Enhancing the frequency stability of a NEMS oscillator with electrostatic and mechanical nonlinearities
  • publication 17/10/2025
    Limits of a single active transistor-based amplifier designed for MEMS/CMOS co-integrated oscillator purposes
  • publication 17/10/2025
    Characterization of electrical and mechanical coupling in MEMS gyroscopes with electrical measurements
  • publication 17/10/2025
    Analysis of resonant pull-in of micro-electromechanical oscillators
  • publication 17/10/2025
    A Recursive System Identification Method Based on Binary Measurements
  • publication 17/10/2025
    Estimation quality of a weighted least-square parameter estimation method based on binay observations
  • publication 17/10/2025
    Consistency of weighted least-square estimators for parameter estimation problems based on binary measurements
  • publication 17/10/2025
    A Low-Cost, Built-In Self-Test Method for Resistive MEMS sensors
  • publication 17/10/2025
    CARAC-ATAC - Fast sweep simulation and characterization routine for a 1 DOF nonlinear resonator
  • publication 17/10/2025
    Noise evasion properties of electrostatic gap-closing MEMS resonators with pulsed excitation waveforms
  • publication 19/12/2019
    Electrostatic Near-Limits Kinetic Energy Harvesting from Arbitrary Input Vibrations
  • publication 17/10/2025
    A Weighted Least-Squares Approach to Parameter Estimation Problems Based on Binary Measurements
  • publication 17/10/2025
    Experimental investigation of parametric evasion properties of resonant sensors using electrostatic gap-closing actuation
  • publication 17/10/2025
    Digital implementation of a BIST method based on binary observations
  • publication 17/10/2025
    A further study of reduced-order modeling techniques for nonlinear MEMS beams
  • publication 01/04/2006
    RESOLUTION LIMITS FOR RESONANT MEMS SENSORS BASED ON DISCRETE RELAY FEEDBACK TECHNIQUES
  • publication 17/10/2025
    Impact of the closed-loop phase shift on the frequency stability of capacitive MEMS oscillators
  • publication 17/10/2025
    Influence of excitation waveform on the frequency stability of anelectrostatic MEMS oscillator
  • publication 17/10/2025
    Design of a co-integrated CMOS/NEMS oscillator with a simple electronic circuit
  • page 30/07/2024
    Chaire Intelligence artificielle pour la Simulation de procédés de mise en forme des matériaux
  • publication 17/10/2025
    Resonant pull-in of high-Q MEMS oscillators with arbitrary closed-loop phase shift
  • publication 17/10/2025
    Design of a Novel Electrostatic MEMS Resonator with Hybrid Nonlinear Behavior
  • publication 01/04/2006
    INFLUENCE OF THE FEEDBACK FILTER ON THE RESPONSE OF THE PULSED DIGITAL OSCILLATOR
  • publication 17/10/2025
    Characterization of MEMS resonators via feedthrough de-embedding of harmonic and subharmonic pulsed-mode response
  • publication 17/10/2025
    From MEMS to NEMS: closed-loop actuation of resonant beams beyond the critical Duffing amplitude
  • publication 17/10/2025
    A novel technique to reduce the metastability of Bang-Bang Phase Frequency Detectors
  • publication 17/10/2025
    Impact of excitation waveform on the frequency stability of electrostatically-actuated micro-electromechanical oscillators
  • publication 17/10/2025
    Theoretical study of a self-sustained CMOS-integrated nano-oscillator
  • publication 17/10/2025
    Lasalocid (X537A) as a selective carrier for Cd(II) in supported liquid membranes
  • publication 17/10/2025
    Linear analysis of the influence of FIR feedback filters on the response of the pulsed digital oscillator
  • publication 17/10/2025
    Reduced-order modelling of the Reynolds equation for flexible structures
  • publication 17/10/2025
    Large amplitude dynamics of micro/nanomechanical resonators actuated with electrostatic pulses
  • publication 09/12/2025
    A reduced-order piecewise-linear model of squeeze-film damping for deformable structures including large displacement effects
  • publication 17/10/2025
    Influence of excitation waveform and oscillator geometry on the resonant pull-in of capacitive MEMS oscillators
  • publication 17/10/2025
    High Resolution Micro-Pirani Pressure Sensor with Transient Response Processing and Time-Constant Evaluation
  • publication 17/10/2025
    Nondestructive gap dimension estimation of electrostatic MEMS resonators from electrical measurements
  • publication 17/10/2025
    Synchronized State in Networks of Digital Phase-Locked Loops
  • publication 17/10/2025
    A Design Approach for Networks of Self-Sampled All-Digital Phase-Locked Loops
  • publication 20/05/2011
    A Digitally Controlled Oscillator in a 65-nm CMOS process for SoC clock generation
  • publication 17/10/2025
    Design and VHDL Modeling of All-Digital PLLs
  • publication 17/10/2025
    Determination of the Behaviour of Self-Sampled Digital Phase-Locked Loops
  • publication 17/10/2025
    An Impact-Coupled MEMS Electrostatic Kinetic Energy Harvester and Its Predictive Model Taking Nonlinear Air Damping Effect Into Account
  • publication 17/10/2025
    A design methodology for fully integrated MEMS and NEMS Pierce oscillators
  • publication 17/10/2025
    A low-cost built-in self-test method for thermally actuated resistive MEMS sensors
  • publication 17/10/2025
    Modeling of Micromachined Beams Subject to Nonlinear Restoring or Damping Forces
  • Première page « Premier
  • Page précédente ‹‹
  • …
  • Page 112
  • Page 113
  • Page 114
  • Page 115
  • Page courante 116
  • Page 117
  • Page 118
  • Page 119
  • Page 120
  • …
  • Page suivante ››
  • Dernière page Dernier »

Logo CentraleSupElec

  • Suivez-nous
  • Page Facebook CentraleSupElec
  • Page BlueSky CentraleSupElec
  • Page Instagram CentraleSupElec
  • Chaine YouTube CentraleSupElec

Campus de Paris-Saclay

3 Rue Joliot Curie
91190 Gif-sur-Yvette

01 75 31 60 00

A propos

  • CentraleSupélec
  • Entreprises
  • International
  • Nos campus
  • Actualités
  • Agenda

Formations

  • Bachelors
  • Ingénieurs
  • Masters
  • Doctorats
  • Programmes courts
  • Executive education

Recherche

  • Centre de recherche
  • Laboratoires
  • Chaires et laboratoires communs
  • Science & société
  • Annuaire des chercheurs
  • Publications

Autres sites

  • 21st by CentraleSupélec
  • Paris Digital Lab
  • Fondation CentraleSupélec
  • CentraleSupélec Alumni

© 2025 CentraleSupelec

  • Contact
  • Mentions légales
  • Accessibilité
  • Presse
Image
Ministère de l'enseignement Supérieur et de la Recherche
Image
Ministère chargé des comptes publics
Image
CTI
Image
Conférence des grandes écoles
Image
CDEFI
Image
Bienvenue en France
Image
Développement Durable & Responsabilité sociétale
Image
EUR-ACE
Image
Centrale méditerranée
Image
Centrale Lyon
Image
CentraleLille
Image
CentraleNantes