AbstractIn recent years, the need for controlling the patients breathing over a long duration time has become more and more important.Among this application the measurements of high flow rates are asked in different fields. A new development of a micromachined thermal flow sensor is presented with its specific integration for spirometric applications. The sensor shows a high accuracy, a short response time (<1 ms.) and a low power consumption (10mW). Furthermore heating structures are added on the chip to prevent condensation. Hence it represents an attractive solution for portable equipment for preventive exploration of breathing in home care applications
A thermal mass flow sensor in bulk micromaching membrane technology is presented. This anemometric s...
Flow sensors have diverse applications in the field of biomedical engineering and also in industries...
Based on the results of computational fluid dynamics simulations, this study designed and fabricated...
AbstractIn recent years, the need for controlling the patients breathing over a long duration time h...
This paper presents a turbine-based microelectromechanical systems (MEMS) sensor for spirometry appl...
This paper presents a turbine-based microelectromechanical systems (MEMS) sensor for spirometry appl...
This paper presents a turbine-based microelectromechanical systems (MEMS) sensor for spirometry appl...
Design, realisation and testing results of an integrated air flow sensor based on micromachined tech...
This paper reports the design, realization and preliminary testing results of an integrated air flow...
This paper presents micromachined thermal flow sensors for measuring liquid flow down to 0.05 μl/min...
A review is given on sensors fabricated by silicon micromachining technology using the thermal domai...
A review is given on sensors fabricated by silicon micromachining technology using the thermal domai...
A thermal mass flow sensor in bulk micromaching membrane technology is presented. This anemometric s...
This paper presents micromachined thermal flow sensors for measuring liquid flow down to 0.05 μl/min...
This paper presents micromachined thermal flow sensors for measuring liquid flow down to 0.05 μl/min...
A thermal mass flow sensor in bulk micromaching membrane technology is presented. This anemometric s...
Flow sensors have diverse applications in the field of biomedical engineering and also in industries...
Based on the results of computational fluid dynamics simulations, this study designed and fabricated...
AbstractIn recent years, the need for controlling the patients breathing over a long duration time h...
This paper presents a turbine-based microelectromechanical systems (MEMS) sensor for spirometry appl...
This paper presents a turbine-based microelectromechanical systems (MEMS) sensor for spirometry appl...
This paper presents a turbine-based microelectromechanical systems (MEMS) sensor for spirometry appl...
Design, realisation and testing results of an integrated air flow sensor based on micromachined tech...
This paper reports the design, realization and preliminary testing results of an integrated air flow...
This paper presents micromachined thermal flow sensors for measuring liquid flow down to 0.05 μl/min...
A review is given on sensors fabricated by silicon micromachining technology using the thermal domai...
A review is given on sensors fabricated by silicon micromachining technology using the thermal domai...
A thermal mass flow sensor in bulk micromaching membrane technology is presented. This anemometric s...
This paper presents micromachined thermal flow sensors for measuring liquid flow down to 0.05 μl/min...
This paper presents micromachined thermal flow sensors for measuring liquid flow down to 0.05 μl/min...
A thermal mass flow sensor in bulk micromaching membrane technology is presented. This anemometric s...
Flow sensors have diverse applications in the field of biomedical engineering and also in industries...
Based on the results of computational fluid dynamics simulations, this study designed and fabricated...