The paper reports an improved low cost directional flow sensor, fully compatible with IC-CMOS SOI (silicon-on-insulator) processes, with fair sensitivity and short response time on a large airflow rate range (from 0 to 8 m/s) at a very low consumption (15 mW). Many different sensing principles can be found in the literature and impose a difficult choice between low power consumption, high airflow rate range, sufficient flow rate sensitivity and compatibility with IC processes. Our sensor challenges most recent realizations by providing attractive trade-offs between these parameters for a large range of applications
A single-chip smart flow sensor based on a thermal principle is presented. The device is fabricated ...
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 ...
The paper reports an improved low cost directional flow sensor, fully compatible with IC-CMOS SOI (s...
This paper demonstrates the monolithic integration of an airflow sensor based on out-of-plane movabl...
In this paper we present a novel SOI CMOS multidirectional thermoelectric flow sensor. For the first...
Three-dimensional (3D) self-assembled microstructures are employed in various applications ranging f...
Silicon-on-Insulator technology, with unique properties such as harsh environment resistance and low...
Silicon-on-Insulator technology, with unique properties such as harsh environment resistance and low...
In this paper, we report for the first time an SOI CMOS multi-sensors MEMS chip, capable of sensing ...
The silicon flow sensor presented in this paper operates in thermal time-of-flight (TTOF) mode. The ...
A simple silicon two-dimensional (2D) flow sensor for the measurement of both flow direction and spe...
Flow sensing in hostile environments is of increasing interest for applications in the automotive, a...
This paper addresses the latest developments in biomimetic hair-flow sensors towards sensitive high-...
This paper investigates the differences between thermo-resistive and thermo-electronic flow sensors ...
A single-chip smart flow sensor based on a thermal principle is presented. The device is fabricated ...
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 ...
The paper reports an improved low cost directional flow sensor, fully compatible with IC-CMOS SOI (s...
This paper demonstrates the monolithic integration of an airflow sensor based on out-of-plane movabl...
In this paper we present a novel SOI CMOS multidirectional thermoelectric flow sensor. For the first...
Three-dimensional (3D) self-assembled microstructures are employed in various applications ranging f...
Silicon-on-Insulator technology, with unique properties such as harsh environment resistance and low...
Silicon-on-Insulator technology, with unique properties such as harsh environment resistance and low...
In this paper, we report for the first time an SOI CMOS multi-sensors MEMS chip, capable of sensing ...
The silicon flow sensor presented in this paper operates in thermal time-of-flight (TTOF) mode. The ...
A simple silicon two-dimensional (2D) flow sensor for the measurement of both flow direction and spe...
Flow sensing in hostile environments is of increasing interest for applications in the automotive, a...
This paper addresses the latest developments in biomimetic hair-flow sensors towards sensitive high-...
This paper investigates the differences between thermo-resistive and thermo-electronic flow sensors ...
A single-chip smart flow sensor based on a thermal principle is presented. The device is fabricated ...
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 ...