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Домой > Новости > Industry News > Photonic ICs could decimate th.....

Photonic ICs could decimate the cost of sensors

  • Автор:Ella Cai
  • Отпустите на:2018-09-20
French research lab Leti has launched a consortium to develop mid-infra-red photonic ICs for portable optical sensors that analyse gases and liquids, initially for the petrochemical and dairy industries.

The ICs, integrated on millimetre-size CMOS silicon chips, will “create extremely robust miniature systems, in which discrete components are replaced by on-chip equivalents”, said Leti. “This makes them easier to use and reduces their cost dramatically, expected at least by a factor of 10.”

CMOS technology, provides low-cost mass manufacturing, as well as access to high-refractive index materials for nanophotonics.

Many chemical and biological materials have identifiable absorption fingerprints at wavelengths between 2 and 20μm – allowing detection and measurement of concentration.

“Despite the mid-infrared wavelength region’s importance for a wide range of applications, current state-of-the-art sensing systems in the mid-infra-red tend to be large and delicate,” said Leti instrumentation engineer Jean-Guillaume Coutard. “This significantly limits their spreading in real-world applications. By harnessing photonic integrated circuits, using hybrid and monolithic integration of III-V diode and inter-band cascade and quantum cascade materials with silicon, the consortium will create high-performance, cost-effective sensors for a number of industries.”

Leti is coordinating the consortium, called Redfinch, and its other members are:

  • Cork Institute of Technology (Ireland) – Photonic IC design & fabrication, hybrid integration
  • Université de Montpellier (France) – Laser growth on Si, photodetector growth
  • Technische Universität Wien (Austria) – Liquid spectroscopy, assembly/test of sensors
  • mirSense (France) – MIR sensor products, laser module integration
  • Argotech (Czech Republic) Assembly/packaging of photonic ICs
  • Fraunhofer IPM (Germany) – Gas spectroscopy, instrument design/assembly
  • Endress+Hauser (Germany) Process gas analysis and expertise, testing validation

Potential applications are:

  • Process gas analysis in refineries
  • Gas leak detection in petrochemical plants and pipelines
  • Protein analysis in liquids for the dairy industry

The EU is providing funding.