Difference between revisions of "Multiphysics systems and microsystems"
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An integrated system for instrumentation is composed of two specific subsets: | An integrated system for instrumentation is composed of two specific subsets: | ||
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== Integrated magnetic sensors == | == Integrated magnetic sensors == | ||
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| + | Current activities concern the development of CMOS technology-compatible high-resolution magnetic sensors. | ||
== Fast imagers == | == Fast imagers == | ||
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| + | <!--Euphemism--> | ||
== Chemical sensors == | == Chemical sensors == | ||
Revision as of 12:39, 8 April 2016
An integrated system for instrumentation is composed of two specific subsets:
- a transducer that converts a physical quantity into an electrical signal,
- the instrumental chain that performs signal conditioning (amplification, processing, handling) of the transducer's electrical signal.
Most of the research topics in that area are strongly related to applications and are often based on industrial partnerships. Our main research activities focus on single-chip co-integration of transducers and their dedicated instrumental chains. In particular, ICube's SMH team has been developing advanced skills in the fields of mixed-signal, low-power, low-noise, ultra-fast systems design and complex signal processing.
Integrated magnetic sensors
Current activities concern the development of CMOS technology-compatible high-resolution magnetic sensors.