A single-chip smart flow sensor based on a thermal principle is presented. The device is fabricated through a commercial complementary metal-oxide- semiconductor (CMOS) process combined with a postprocessing procedure. A configurable electronic interface performing signal reading and nonideality compensation is integrated with the sensing structures on the same chip. The interface implements recently proposed approaches to offset and pressure effect compensation. Detailed experimental results are presented demonstrating correct operation of the proposed microsystem
Flow sensing in hostile environments is of increasing interest for applications in the automotive, a...
An SOI CMOS multi-sensor MEMS chip, which can simultaneously measure temperature, pressure and flow ...
Thermal gas flow meters based on two different architectures have been fabricated using two commerci...
A thermal flow sensor including sensing structures and a read-out interface in a single chip is prop...
A smart pressure transducer with a piezo resistive sensor microbridge, digitally controlled readout ...
The effectiveness of a new method for the offset compensation of integrated thermal flow sensors is ...
AbstractA thermal flow sensor with smart electronic interface is presented. The sensor is based on f...
A circuit for compensating the sensitivity to pressure of integrated thermal flow meters is presente...
AbstractAn integrated sensor capable of detecting multiple gas flows is presented. The sensor incorp...
This paper investigates design, fabrication and testing of a monolithic piezoresistive flow sensor w...
AbstractThis paper investigates design, fabrication and testing of a monolithic piezoresistive flow ...
Microelectromechanical systems (MEMS)-based thermal flow sensors are considerably more sensitive to ...
The monitoring and control of gas flow is of critical importance in a variety of industrial processe...
Microsystems and integrated smart sensors represent a flourishing business thanks to the manifold be...
A new offset compensation approach for integrated thermal flow meters is described. The method is b...
Flow sensing in hostile environments is of increasing interest for applications in the automotive, a...
An SOI CMOS multi-sensor MEMS chip, which can simultaneously measure temperature, pressure and flow ...
Thermal gas flow meters based on two different architectures have been fabricated using two commerci...
A thermal flow sensor including sensing structures and a read-out interface in a single chip is prop...
A smart pressure transducer with a piezo resistive sensor microbridge, digitally controlled readout ...
The effectiveness of a new method for the offset compensation of integrated thermal flow sensors is ...
AbstractA thermal flow sensor with smart electronic interface is presented. The sensor is based on f...
A circuit for compensating the sensitivity to pressure of integrated thermal flow meters is presente...
AbstractAn integrated sensor capable of detecting multiple gas flows is presented. The sensor incorp...
This paper investigates design, fabrication and testing of a monolithic piezoresistive flow sensor w...
AbstractThis paper investigates design, fabrication and testing of a monolithic piezoresistive flow ...
Microelectromechanical systems (MEMS)-based thermal flow sensors are considerably more sensitive to ...
The monitoring and control of gas flow is of critical importance in a variety of industrial processe...
Microsystems and integrated smart sensors represent a flourishing business thanks to the manifold be...
A new offset compensation approach for integrated thermal flow meters is described. The method is b...
Flow sensing in hostile environments is of increasing interest for applications in the automotive, a...
An SOI CMOS multi-sensor MEMS chip, which can simultaneously measure temperature, pressure and flow ...
Thermal gas flow meters based on two different architectures have been fabricated using two commerci...