Infrared electro optical integration

Reference number
Coordinator RISE Acreo AB - RISE Acreo, Göteborg
Funding from Vinnova SEK 200 000
Project duration November 2016 - February 2017
Status Completed
Venture The strategic innovation programme Electronic Components and Systems:
Call Electronic Components and Systems. Pre-studies 2016.

Purpose and goal

The main objective is to conduct a feasibility study within a strategic area for RISE Acreo and SenseAir: innovative concepts for future development of heterogenous micro-mechanical integration of sensors. Critical aspects for integration of electro-optical components in SenseAir nondispersive infrared gas sensor were successfully identified allowing for accurate and reliable packaging technique. This may allow for drastic improvement of sensor´s resolution providing more competitive solution compared to the existing scientific instruments based on laser spectroscopy.

Expected results and effects

Researchers with key skills from Acreo and SenseAir worked together to tackle the challenges associated with the integration of MEMS and optics in the same package. The results from this feasibility study showed that it is possible to i) use industrial viable packaging solutions for accurate alignment of electro-optical components, ii) replace the reflective optics, that collimates light in the sensor, with fully integrated refractive optics and gain improved sensor resolution.

Planned approach and implementation

The specific objectives of this feasibility project that were investigated, identified and chosen for prototype manufacturing and testing are: i) Generic and gas-tight integration and packaging platform of the MEMS IR emitter / detector and the optical lens regarding materials (packaging, attachment and electrical contacts), design and tolerances; ii) Refractive lens materials, design; iii) Manufacturing costs for prototyping and production.

The project description has been provided by the project members themselves and the text has not been looked at by our editors.

Last updated 25 November 2019

Reference number 2016-03957

Page statistics