Trinary mappings: a tool for the determination of potential spectral paths for optical monitoring of optical interference filters.
Trinary mappings: a tool for the determination of potential spectral paths for optical monitoring of optical interference filters.
M. Vignaux,F. Lemarchand,2 Authors,J. Lumeau
TLDR
An alternative new technique for the determination of efficient optical monitoring strategies of optical interference filters is presented, which relies on the analysis of optical monitoring signals for different optical monitoring wavelengths and the comparison of these signals with some pre-defined criteria.
Abstract
An alternative new technique for the determination of efficient optical monitoring strategies of optical interference filters is presented. This technique relies on the analysis of optical monitoring signals for different optical monitoring wavelengths and the comparison of these signals with some pre-defined criteria in order to generate potential spectral paths compatible with a dedicated trigger point monitoring technique. Trinary mappings are then generated in order to determine possible optical monitoring strategies. This technique is finally implemented on various filter designs and experimentally validated.