Micromachined accelerometers have found large attention in recent years due to their low-cost and small size. There are extensive studies with different approaches to implement accelerometers with increased performance for a number of military and industrial applications, such as guidance control of missiles, active suspension control in automobiles, and various consumer electronics devices. This thesis reports the development of various capacitive micromachined accelerometers and various integrated CMOS readout circuits that can be hybrid-connected to accelerometers to implement low-cost accelerometer systems. Various micromachined accelerometer prototypes are designed and optimized with the finite element (FEM) simulation program, COVENTO...
High performance, micro-g resolution, small size, low cost, low power accelerometers are needed in m...
With the significant developments in capacitive MEMS inertial sensors, tons of studies in the litera...
Traditionally, microelectromechanical systems (MEMS) have been fabricated using standard surface mic...
This thesis proposes a methodology to optimize the design of capacitive accelerometers. This is achi...
This thesis reports the development of micromachined accelerometers and gyroscopes that can be used ...
This thesis presents a detailed SIMULINK model for a conventional capacitive Σ-Δ accelerometer syste...
This thesis presents a low power capacitive integrated CMOS readout circuitry for high performance M...
MEMS accelerometers are quickly approaching navigation grade performance and navigation market for M...
Micro-electro-mechanical system (MEMS) devices are widely used for inertia, pressure, and ultrasound...
Micromachining technologies enabled the use of miniaturized transducers in many high technology sens...
High-performance microaccelerometers are needed for position sensing, navigation/guidance, micrograv...
En ese trabajo se describe el diseñó de un microacelerómetro de bajo consumo de potencia con tecnolo...
This thesis presents the development of high resolution, wide dynamic range sigma-delta type readout...
Nowadays, numerous research studies have been done on MEMS based micro-accelerometer that focuses on...
This thesis is composed of 13 publications and an overview of the research topic, which also summari...
High performance, micro-g resolution, small size, low cost, low power accelerometers are needed in m...
With the significant developments in capacitive MEMS inertial sensors, tons of studies in the litera...
Traditionally, microelectromechanical systems (MEMS) have been fabricated using standard surface mic...
This thesis proposes a methodology to optimize the design of capacitive accelerometers. This is achi...
This thesis reports the development of micromachined accelerometers and gyroscopes that can be used ...
This thesis presents a detailed SIMULINK model for a conventional capacitive Σ-Δ accelerometer syste...
This thesis presents a low power capacitive integrated CMOS readout circuitry for high performance M...
MEMS accelerometers are quickly approaching navigation grade performance and navigation market for M...
Micro-electro-mechanical system (MEMS) devices are widely used for inertia, pressure, and ultrasound...
Micromachining technologies enabled the use of miniaturized transducers in many high technology sens...
High-performance microaccelerometers are needed for position sensing, navigation/guidance, micrograv...
En ese trabajo se describe el diseñó de un microacelerómetro de bajo consumo de potencia con tecnolo...
This thesis presents the development of high resolution, wide dynamic range sigma-delta type readout...
Nowadays, numerous research studies have been done on MEMS based micro-accelerometer that focuses on...
This thesis is composed of 13 publications and an overview of the research topic, which also summari...
High performance, micro-g resolution, small size, low cost, low power accelerometers are needed in m...
With the significant developments in capacitive MEMS inertial sensors, tons of studies in the litera...
Traditionally, microelectromechanical systems (MEMS) have been fabricated using standard surface mic...