This paper describes a mixed signal approach to micro-hotplate temperature control technique using digital On-off control logic. The novel micro-hotplate used for this purpose is based on standard 600nm CMOS technology and contains a metal micro-heater, a (parasitic) bipolar transistor temperature sensor and an interdigitated electrode in a dielectric membrane. The micro-hotplate and the mixed-signal controller circuit are integrated on a single chip. Typically such micro-hotplate are used in MEMS gas sensing application where we believe on-chip integration will enable accurate temperature monitoring and control with the added benefit of producing low power, low cost gas sensors
We present a novel approach to produce a micromachined low cost hotplate gas sensor with reduced num...
A new trend in the development of integrated sensor is to include the signal conditioning circuit an...
This work demonstrates a handheld, micro-heater integrated metal oxide (MOX) based gas sensor interf...
This paper describes a mixed signal approach to micro-hotplate temperature control technique using d...
Abstract: This paper presents a Temperature Control Circuit for a microhotplate based gas sensor fab...
This paper describes a new generation of integrated solid-state gas-sensors embedded in SOI micro-ho...
This paper presents a monolithic chemical gas sensor system fabricated in industrial CMOS-technology...
This paper reports a novel circuit to supply constant heating power to the micro-hotplate for integr...
The paper reports a novel approach to fabricate micro-hotplate for thin film gas sensor. The approac...
Micro-hotplate (MHP) provides a platform for thin-film gas sensor operating at elevated temperature....
There has been an increasing demand of hand held battery operated gas monitors because of their wide...
This paper describes the design and characterisation of a new generation of fully CMOS compatible no...
In this paper we describe the design of a smart calorimetric solid-state gas sensor based on SOI tec...
We present a low power gas sensor system on CMOS platform consisting of micromachined polysilicon ...
This paper describes a new generation of integrated solid-state gas-sensors embedded in SOI micro-ho...
We present a novel approach to produce a micromachined low cost hotplate gas sensor with reduced num...
A new trend in the development of integrated sensor is to include the signal conditioning circuit an...
This work demonstrates a handheld, micro-heater integrated metal oxide (MOX) based gas sensor interf...
This paper describes a mixed signal approach to micro-hotplate temperature control technique using d...
Abstract: This paper presents a Temperature Control Circuit for a microhotplate based gas sensor fab...
This paper describes a new generation of integrated solid-state gas-sensors embedded in SOI micro-ho...
This paper presents a monolithic chemical gas sensor system fabricated in industrial CMOS-technology...
This paper reports a novel circuit to supply constant heating power to the micro-hotplate for integr...
The paper reports a novel approach to fabricate micro-hotplate for thin film gas sensor. The approac...
Micro-hotplate (MHP) provides a platform for thin-film gas sensor operating at elevated temperature....
There has been an increasing demand of hand held battery operated gas monitors because of their wide...
This paper describes the design and characterisation of a new generation of fully CMOS compatible no...
In this paper we describe the design of a smart calorimetric solid-state gas sensor based on SOI tec...
We present a low power gas sensor system on CMOS platform consisting of micromachined polysilicon ...
This paper describes a new generation of integrated solid-state gas-sensors embedded in SOI micro-ho...
We present a novel approach to produce a micromachined low cost hotplate gas sensor with reduced num...
A new trend in the development of integrated sensor is to include the signal conditioning circuit an...
This work demonstrates a handheld, micro-heater integrated metal oxide (MOX) based gas sensor interf...