S. Taschini

CMOS Monolithic Metal–Oxide Gas Sensor Microsystems

This paper presents two mixed-signal monolithic gas sensor microsystems fabricated in standard 0.8-

CMOS monolithic microelectrode array for stimulation and recording of natural neural networks

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A single-chip CMOS micro-hotplate array for hazardous-gas detection and material characterization

CMOS technology combined with post-CMOS micromachining to form the microhotplates. The on-chip microhotplates provide very high temperatures (between 200

Equivalent circuit model of resistive IC sensors derived with the box integration method

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A digital CMOS micro-hotplate array for analysis of environmentally relevant gases

C and 400

Simulation of a thermomechanically actuated gas sensor

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Digital systems architecture to accommodate wide range resistance changes of metal-oxide sensors

C), which are necessary for the normal operation of metal–oxide sensing layers. The first microsystem has a single-ended architecture comprising a microhotplate (diameter of 300

Digital MOS-transistor-based microhotplate array for simultaneous detection of environmentally relevant gases

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Hotplate-based conductometric monolithic CMOS gas sensor system

) and a digital proportional-integral-derivative (PID) microhotplate temperature controller. The second microsystem has a fully-differential architecture comprising an array of three microhotplates (diameter of 100

Monolithic metal-oxide microsensor system in industrial CMOS technology

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