In order to integrate MEM devices with CMOS circuits, compatibility of materials, micron scale mechanical structures, and the fabrication technology with CMOS is imperative. This paper describes the design of a micron scale pressure sensor array with multi-range and multi-function using ANSYS 5.7. The polysilicon sensor array rests atop multi-layer diaphragms. The specific configuration, the dynamic range, and the performance of individual sensors and the array as a whole are simulated. The resulting sensor array will be integrated with CMOS circuits
Since the discovery of piezoresistivity in silicon in the mid 1950s, silicon-based pressure sensors ...
This paper presents the simulation, fabrication and characterization of a microFET (field effect tra...
Of all micro sensors the silicon pressure sensors have the largest market potential. It will remain ...
In order to integrate MEM devices with CMOS circuits, compatibility of materials, micron scale mecha...
A piezoresistive pressure sensor with a chip area of 2 mm 4 mm has been fabricated by a standard CM...
A surface micromachined pressure sensor array has been designed and fabricated. The sensors are base...
A surface micromachined pressure sensor array has been designed and fabricated. The sensors are base...
This paper presents the design and simulation of MEMS based piezoresistive pressure sensor for micro...
A surface micromachined pressure sensor array is under development at the Integrated Micromechanics,...
To meet the radiosonde requirement of high sensitivity and linearity, this study designs and impleme...
A surface micromachined pressure sensor array has been designed and fabricated. The sensors are base...
Pressure sensing is one of the mostly performed measurement encompassing varieties of applications. ...
The present work reports about the design and simulation analysis of MEMS based piezoresistive press...
This paper presents micro-electromechanical simulation of a pressure sensor totally compatible with ...
pressure sensor Wheatstone bridge Micro Electro Mechanical System (MEMS) have received a great deal ...
Since the discovery of piezoresistivity in silicon in the mid 1950s, silicon-based pressure sensors ...
This paper presents the simulation, fabrication and characterization of a microFET (field effect tra...
Of all micro sensors the silicon pressure sensors have the largest market potential. It will remain ...
In order to integrate MEM devices with CMOS circuits, compatibility of materials, micron scale mecha...
A piezoresistive pressure sensor with a chip area of 2 mm 4 mm has been fabricated by a standard CM...
A surface micromachined pressure sensor array has been designed and fabricated. The sensors are base...
A surface micromachined pressure sensor array has been designed and fabricated. The sensors are base...
This paper presents the design and simulation of MEMS based piezoresistive pressure sensor for micro...
A surface micromachined pressure sensor array is under development at the Integrated Micromechanics,...
To meet the radiosonde requirement of high sensitivity and linearity, this study designs and impleme...
A surface micromachined pressure sensor array has been designed and fabricated. The sensors are base...
Pressure sensing is one of the mostly performed measurement encompassing varieties of applications. ...
The present work reports about the design and simulation analysis of MEMS based piezoresistive press...
This paper presents micro-electromechanical simulation of a pressure sensor totally compatible with ...
pressure sensor Wheatstone bridge Micro Electro Mechanical System (MEMS) have received a great deal ...
Since the discovery of piezoresistivity in silicon in the mid 1950s, silicon-based pressure sensors ...
This paper presents the simulation, fabrication and characterization of a microFET (field effect tra...
Of all micro sensors the silicon pressure sensors have the largest market potential. It will remain ...