In the paper, VHDL-AMS model of micromechanical part of MEMS angular velocity sensor was developed. The developed model allows to simulate variations of Coriolis acceleration, displacement, capacity and current depending on the applied angular velocity, and also to make the functioning analysis of the device on the schematic level of computer-aided design
A circuit-level methodology for simulating micromachined inertial sensors based on a hierarchical re...
This paper presents the design, analysis and fabrication of a micro fluidic angular rate sensor, the...
A measurement system includes all components in a chain of hardware and software that leads from a m...
The sense finger dynamics in the capacitive MEMS accelerometer affect the performance of electromech...
Behavioral modeling languages can be used in different steps of top-down design and bottom-up verifi...
The sense finger dynamics in the capacitive MEMS accelerometer affect the performance of electromech...
Fluidic angular rate sensor is based on the principle that moving air will change its velocity distr...
This paper deals with the computer-aided generation of reduced-order macromodels (ROMs) for system l...
Analytical modeling for electromechanics sometimes requires features like the representation of bend...
Abstract: The paper deals with finite element modeling of the rotational motion sensor that uses Cor...
Copyright © 2004 SAE International Applications of micro-electromechanical systems (MEMS) in automob...
Abstract: The angular accelerometer is a versatile inertial instrument, with applications ranging fr...
This paper reports on the design, analysis and fabrication of a novel micromachined angular rate sen...
Specification, simulation and optimization of sensors and actuators can be done through behavioral m...
Abstract: Micro Electro Mechanical Systems (MEMS) is an emerging technology that may fundamentally a...
A circuit-level methodology for simulating micromachined inertial sensors based on a hierarchical re...
This paper presents the design, analysis and fabrication of a micro fluidic angular rate sensor, the...
A measurement system includes all components in a chain of hardware and software that leads from a m...
The sense finger dynamics in the capacitive MEMS accelerometer affect the performance of electromech...
Behavioral modeling languages can be used in different steps of top-down design and bottom-up verifi...
The sense finger dynamics in the capacitive MEMS accelerometer affect the performance of electromech...
Fluidic angular rate sensor is based on the principle that moving air will change its velocity distr...
This paper deals with the computer-aided generation of reduced-order macromodels (ROMs) for system l...
Analytical modeling for electromechanics sometimes requires features like the representation of bend...
Abstract: The paper deals with finite element modeling of the rotational motion sensor that uses Cor...
Copyright © 2004 SAE International Applications of micro-electromechanical systems (MEMS) in automob...
Abstract: The angular accelerometer is a versatile inertial instrument, with applications ranging fr...
This paper reports on the design, analysis and fabrication of a novel micromachined angular rate sen...
Specification, simulation and optimization of sensors and actuators can be done through behavioral m...
Abstract: Micro Electro Mechanical Systems (MEMS) is an emerging technology that may fundamentally a...
A circuit-level methodology for simulating micromachined inertial sensors based on a hierarchical re...
This paper presents the design, analysis and fabrication of a micro fluidic angular rate sensor, the...
A measurement system includes all components in a chain of hardware and software that leads from a m...