International audienceSince 2005, an experimental course of design, fabrication, and testing of MEMS resonators is given to undergraduate and graduate students of the University of Tokyo. Through the experiences, an optimal-for-course resonator design (= the design with which all students have working device) was identified. Several “golden rules” were described for deeper students' understanding. Further extension of the course is presented in the paper: Integration with VLSI read-out circuit. A capacitance readout ASIC that can monolithically be integrated with MEMS resonator was fabricated with 0.6 μm CMOS technology on an SOI wafer and its functionality was verified
Prior research focused on CMOS-MEMS integrated oscillator has been done using various foundry compat...
Mechanical resonators are widely applied in time-keeping and frequency reference applications. Mecha...
AbstractThis paper describes the design and characterization of a MEMS resonator oscillator fabricat...
We present the design of an integrated electronic oscillator aimed at the detection of the response ...
This paper reports on the design and implementation of a low power MEMS oscillator based on capaciti...
This paper focuses on the design and development of a CMOS-MEMS resonator integrated with an on-chip...
This paper presents the electrical design and characterization of a wafer-level, or 0-level, package...
In this paper a design of 458 kHz oscillator is simulated and prepared for implementation by properl...
We present the design and analysis result of a low power, low noise, 20 MHz CMOS-MEMS oscillators. T...
Design and analysis of a 10MHz oscillator is presented. To perform oscillator circuit simulations, t...
International audienceThis work proposes a generic methodology to evaluate the feasibility of design...
The very significant growth of the wireless communication industry has spawned tremendous interest i...
Ces travaux de thèse décrivent l’étude et la réalisation de résonateurs MEMS (Micro-ElectroMechanica...
The massive integration of micromechanical structures on ICs to allow microsystems to sense and cont...
In this work we describe a MEMS instrument that resonates at audible frequencies, and with which mus...
Prior research focused on CMOS-MEMS integrated oscillator has been done using various foundry compat...
Mechanical resonators are widely applied in time-keeping and frequency reference applications. Mecha...
AbstractThis paper describes the design and characterization of a MEMS resonator oscillator fabricat...
We present the design of an integrated electronic oscillator aimed at the detection of the response ...
This paper reports on the design and implementation of a low power MEMS oscillator based on capaciti...
This paper focuses on the design and development of a CMOS-MEMS resonator integrated with an on-chip...
This paper presents the electrical design and characterization of a wafer-level, or 0-level, package...
In this paper a design of 458 kHz oscillator is simulated and prepared for implementation by properl...
We present the design and analysis result of a low power, low noise, 20 MHz CMOS-MEMS oscillators. T...
Design and analysis of a 10MHz oscillator is presented. To perform oscillator circuit simulations, t...
International audienceThis work proposes a generic methodology to evaluate the feasibility of design...
The very significant growth of the wireless communication industry has spawned tremendous interest i...
Ces travaux de thèse décrivent l’étude et la réalisation de résonateurs MEMS (Micro-ElectroMechanica...
The massive integration of micromechanical structures on ICs to allow microsystems to sense and cont...
In this work we describe a MEMS instrument that resonates at audible frequencies, and with which mus...
Prior research focused on CMOS-MEMS integrated oscillator has been done using various foundry compat...
Mechanical resonators are widely applied in time-keeping and frequency reference applications. Mecha...
AbstractThis paper describes the design and characterization of a MEMS resonator oscillator fabricat...