Design of a Variable-Interference Filter (VIF) for Compact High Resolution Wavelength Detectors

Design of a Variable-Interference Filter (VIF) for Compact High Resolution Wavelength Detectors

A high-resolution and compact wavelength detector capable of resolving very small changes in the spectral information of the incident light is highly desirable for many applications such as Lab-on-Chip systems, biosensors, chip-sized detectors, on-chip fluorescence spectrometry, wavelength shift det...

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Hauptverfasser: da Silva, C. M., Sayão, A. C., da Silva, D. F., Silva, T. F., Onmori, R. K.
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creator da Silva, C. M.
Sayão, A. C.
da Silva, D. F.
Silva, T. F.
Onmori, R. K.
description A high-resolution and compact wavelength detector capable of resolving very small changes in the spectral information of the incident light is highly desirable for many applications such as Lab-on-Chip systems, biosensors, chip-sized detectors, on-chip fluorescence spectrometry, wavelength shift detectors, interrogations system, etc. In this work we present the simulation and design of a variable interference filter (VIF) constituted by a wedge-shaped Fabry-Perot cavity placed in between two stacks of thin films, forming dielectric reflectors. This device constitutes an optical filter that converts the spectral information in a position dependent signal that can be measured by a photo detector, a PDA or a CCD. We have investigated the performance of the designed VIF depending on its optical properties in order to optimize its geometrical configuration. With the results obtained we intend to fabricate a multi-channel spectral detector that can be used in environmental analysis.
doi_str_mv 10.1149/04901.0331ecst
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title Design of a Variable-Interference Filter (VIF) for Compact High Resolution Wavelength Detectors
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