Add to ORKGInternational audienceThis paper deals with time drift problems of polysilicon resistors used as heater in gas sensors. Actually, this polysilicon heater is applied by a constant voltage, so its time drift about 20% of nominal value implies an equivalent variation of operating temperature. Then, this study presents a new design of power-control unit dedicated to force the same power on the heater resistor independently of its value and its time drift. Elaborated with two current mirrors, a multiplier and a proportional regulation system, this non optimized prototype allows good temperature stabilization with an error which doesn't exceed 3°C in the worst case
There is considerable interest in the development of low-cost, low-power resistive sensors for possi...
International audienceThe main goal of this work is to realize a metal oxide gas sensor with stable ...
Direct current proportional temperature controller constructed by taking advantage of predictable va...
International audienceThis paper deals with time drift problems of polysilicon resistors used as hea...
International audienceThe main goal of this work is to improve significantly performances of microho...
International audienceThis article presents an industrializable silicon-based microhotplate for meta...
This paper reports a novel circuit to supply constant heating power to the micro-hotplate for integr...
A new trend in the development of integrated sensor is to include the signal conditioning circuit an...
In this paper an auto calibrated system of thick film resistive heater have been designed which can ...
In this paper an automated control system of thick film resistive heater for gas sensor applications...
A single resistor can be used for quasi-simultaneously heating and temperature sensing. For instance...
This paper presents design solutions of control circuit and temperature stability in a closed enviro...
I Microhotplates are critical devices in various MEMS sensors that could provide appropriate operati...
The research question that is addressed in this paper relates to the performance limitations of ther...
Abstract: This paper presents a Temperature Control Circuit for a microhotplate based gas sensor fab...
There is considerable interest in the development of low-cost, low-power resistive sensors for possi...
International audienceThe main goal of this work is to realize a metal oxide gas sensor with stable ...
Direct current proportional temperature controller constructed by taking advantage of predictable va...
International audienceThis paper deals with time drift problems of polysilicon resistors used as hea...
International audienceThe main goal of this work is to improve significantly performances of microho...
International audienceThis article presents an industrializable silicon-based microhotplate for meta...
This paper reports a novel circuit to supply constant heating power to the micro-hotplate for integr...
A new trend in the development of integrated sensor is to include the signal conditioning circuit an...
In this paper an auto calibrated system of thick film resistive heater have been designed which can ...
In this paper an automated control system of thick film resistive heater for gas sensor applications...
A single resistor can be used for quasi-simultaneously heating and temperature sensing. For instance...
This paper presents design solutions of control circuit and temperature stability in a closed enviro...
I Microhotplates are critical devices in various MEMS sensors that could provide appropriate operati...
The research question that is addressed in this paper relates to the performance limitations of ther...
Abstract: This paper presents a Temperature Control Circuit for a microhotplate based gas sensor fab...
There is considerable interest in the development of low-cost, low-power resistive sensors for possi...
International audienceThe main goal of this work is to realize a metal oxide gas sensor with stable ...
Direct current proportional temperature controller constructed by taking advantage of predictable va...