Add to ORKGA flow meter for liquids, based on a single chip equipped with a temperature control, thermally connected to the fluid by means of a proper feed-through is presented. A D-MOS power heater with a linear power-to-voltage relationship has been included to implement constant temperature anemometry. Low noise characteristics allow detection of liquid velocities of the order of 1 cm/s. Preliminary results in deionized water are presented
Accurate flow rate measurement is of prime importance in many areas such as combustion control, gas ...
A system using low-cost and off-the-shelf electronic components for measuring very low flow rates of...
An integrated micro-liquid dosing system consisting of a micro-pump and a micro-liquid flow sensor i...
Flow sensors for liquids are relatively expensive devices marked by high insertion losses and low re...
An anemometric flow sensor for liquids based on a single temperature sensor is presented. The sensor...
A flowmeter for liquids, based on a temperature control loop integrated on a single chip is presente...
A very compact integrated flow meter for liquids is presented. An original and low cost package meth...
An analytical model of a thermal anemometer sensor is developed. A thermal anemometer microsensor ut...
A flow sensor based on a differential microcalorimeter integrated onto a silicon chip is presented. ...
AbstractAn innovative low cost packaging technique is used to confine a liquid flow to selected chip...
A simple to realise micro-liquid flow sensor with high sensitivity is presented. The sensor is based...
International audienceMotivated by the need for a multi-parameter sensing chip for water networks mo...
In this work we present an integrated anemometer for liquids based on a single temperature sensor....
A measuring principle for the flow rate of liquid follows consists in the determination of the volum...
The fabrication and experimental characterization of a thermal flow meter, capable of detecting and ...
Accurate flow rate measurement is of prime importance in many areas such as combustion control, gas ...
A system using low-cost and off-the-shelf electronic components for measuring very low flow rates of...
An integrated micro-liquid dosing system consisting of a micro-pump and a micro-liquid flow sensor i...
Flow sensors for liquids are relatively expensive devices marked by high insertion losses and low re...
An anemometric flow sensor for liquids based on a single temperature sensor is presented. The sensor...
A flowmeter for liquids, based on a temperature control loop integrated on a single chip is presente...
A very compact integrated flow meter for liquids is presented. An original and low cost package meth...
An analytical model of a thermal anemometer sensor is developed. A thermal anemometer microsensor ut...
A flow sensor based on a differential microcalorimeter integrated onto a silicon chip is presented. ...
AbstractAn innovative low cost packaging technique is used to confine a liquid flow to selected chip...
A simple to realise micro-liquid flow sensor with high sensitivity is presented. The sensor is based...
International audienceMotivated by the need for a multi-parameter sensing chip for water networks mo...
In this work we present an integrated anemometer for liquids based on a single temperature sensor....
A measuring principle for the flow rate of liquid follows consists in the determination of the volum...
The fabrication and experimental characterization of a thermal flow meter, capable of detecting and ...
Accurate flow rate measurement is of prime importance in many areas such as combustion control, gas ...
A system using low-cost and off-the-shelf electronic components for measuring very low flow rates of...
An integrated micro-liquid dosing system consisting of a micro-pump and a micro-liquid flow sensor i...