An innovative low cost packaging technique is used to confine a liquid flow to selected chip areas where integrated thermal flow meters have been fabricated by means of conventional simple post-processing steps. The packaging method is based on a plastic adapter, sealed to the chip using a thermal procedure. Direct contact between liquids and sensitive structures allowed to obtain an interesting combination of high resolution (0.2 ml/h in water) and low full scale pressure drop (5 mBar at 20 ml/h)
A design is presented for a micromachined differential viscometer, that is suitable for integration ...
We present an integration approach of a CMOS biosensor into a polymer based microfluidic environment...
Flow sensors are the key elements in most systems for monitoring and controlling fluid flows. With t...
AbstractAn innovative low cost packaging technique is used to confine a liquid flow to selected chip...
A novel method to electrically insulate integrated thermal flow sensors from liquids is proposed. Th...
A very compact integrated flow meter for liquids is presented. An original and low cost package meth...
A flow sensor based on a differential microcalorimeter integrated onto a silicon chip is presented. ...
A flow meter for liquids, based on a single chip equipped with a temperature control, thermally c...
A calorimetric miniaturized flow sensor was realized with a linear sensor response measured for DI w...
This paper presents the evaluation of a miniature liquid microflow sensor, directly integrated on a ...
An anemometric flow sensor for liquids based on a single temperature sensor is presented. The sensor...
A calorimetric miniaturized flow sensor was realized with a linear sensor response measured for wate...
Flow sensors for liquids are relatively expensive devices marked by high insertion losses and low re...
An original packaging method suitable for integrated thermal mass flow sensors is presented. The met...
Two different packaging solutions for integrated thermal gas flow sensors are proposed. The sensors ...
A design is presented for a micromachined differential viscometer, that is suitable for integration ...
We present an integration approach of a CMOS biosensor into a polymer based microfluidic environment...
Flow sensors are the key elements in most systems for monitoring and controlling fluid flows. With t...
AbstractAn innovative low cost packaging technique is used to confine a liquid flow to selected chip...
A novel method to electrically insulate integrated thermal flow sensors from liquids is proposed. Th...
A very compact integrated flow meter for liquids is presented. An original and low cost package meth...
A flow sensor based on a differential microcalorimeter integrated onto a silicon chip is presented. ...
A flow meter for liquids, based on a single chip equipped with a temperature control, thermally c...
A calorimetric miniaturized flow sensor was realized with a linear sensor response measured for DI w...
This paper presents the evaluation of a miniature liquid microflow sensor, directly integrated on a ...
An anemometric flow sensor for liquids based on a single temperature sensor is presented. The sensor...
A calorimetric miniaturized flow sensor was realized with a linear sensor response measured for wate...
Flow sensors for liquids are relatively expensive devices marked by high insertion losses and low re...
An original packaging method suitable for integrated thermal mass flow sensors is presented. The met...
Two different packaging solutions for integrated thermal gas flow sensors are proposed. The sensors ...
A design is presented for a micromachined differential viscometer, that is suitable for integration ...
We present an integration approach of a CMOS biosensor into a polymer based microfluidic environment...
Flow sensors are the key elements in most systems for monitoring and controlling fluid flows. With t...