An ultra-high sensitivity surface-micromachined capacitive differential pressure sensor and capacitance bridge readout circuit, with amplitude balancing for differential low-pressure gas measurement applications, was designed, fabricated, and characterized. The sensor membrane has a diameter of 800μm with a thickness of 1μm and the chip size is 1.5× 2×0.6mm3. The characterized sensor pressure range is 0-2000 Pa, with a full-scale capacitance difference span of 0.95 pF. Typical pressure error within the pressure range of 0-2000 Pa is ±0.5%, and the temperature coefficient is 0.044%/°C, both respectively from the pressure reading.</p
Ultra-low pressure measurement is necessary in many areas, such as high-vacuum environment monitorin...
Abstract In this paper, we presents a MEMS pressure sensor integrated with a readout ...
The fabrication of capacitive pressure sensors using silicon integrated circuit processing is descri...
An ultra-high sensitivity surface-micromachined capacitive differential pressure sensor and capacita...
In the early phase of MEMS development piezoresistive pressure transducers were dominating due to th...
A capacitive differential pressure sensor for the pressure range of 0–1 bar has been developed. The ...
In this paper a single chip pressure and temperature sensor system with on chip electronics is prese...
The monitoring and control of gas flow is of critical importance in a variety of industrial processe...
A capacitive differential pressure sensor has been developed. The process used for the fabrication o...
The theoretical model and experimental characteristics of ultra-high sensitivity MEMS pressure senso...
An implementation of a low pressure meter based on a capacitive micro sensor is exposed in this pape...
A capacitive micropressure sensor with readout circuits on a single chip is fabricated using commerc...
This paper presents a pressure sensor based on a variable capacitor formed by a movable polysilicon ...
AbstractAn implementation of a low pressure meter based on a capacitive micro sensor is exposed in t...
This paper describes the development and characterization of CMOS compatible surface micromachined c...
Ultra-low pressure measurement is necessary in many areas, such as high-vacuum environment monitorin...
Abstract In this paper, we presents a MEMS pressure sensor integrated with a readout ...
The fabrication of capacitive pressure sensors using silicon integrated circuit processing is descri...
An ultra-high sensitivity surface-micromachined capacitive differential pressure sensor and capacita...
In the early phase of MEMS development piezoresistive pressure transducers were dominating due to th...
A capacitive differential pressure sensor for the pressure range of 0–1 bar has been developed. The ...
In this paper a single chip pressure and temperature sensor system with on chip electronics is prese...
The monitoring and control of gas flow is of critical importance in a variety of industrial processe...
A capacitive differential pressure sensor has been developed. The process used for the fabrication o...
The theoretical model and experimental characteristics of ultra-high sensitivity MEMS pressure senso...
An implementation of a low pressure meter based on a capacitive micro sensor is exposed in this pape...
A capacitive micropressure sensor with readout circuits on a single chip is fabricated using commerc...
This paper presents a pressure sensor based on a variable capacitor formed by a movable polysilicon ...
AbstractAn implementation of a low pressure meter based on a capacitive micro sensor is exposed in t...
This paper describes the development and characterization of CMOS compatible surface micromachined c...
Ultra-low pressure measurement is necessary in many areas, such as high-vacuum environment monitorin...
Abstract In this paper, we presents a MEMS pressure sensor integrated with a readout ...
The fabrication of capacitive pressure sensors using silicon integrated circuit processing is descri...