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Non-Scanning No Moving Parts Computed Tomographic Imaging Spectrometer

Project Mission | Project Status


Cybernet advanced the development of computed tomographic imaging spectrometry technology by developing a parametric performance model for development sensors. Based in MathCAD, the model allows easy evaluation of different sensor configurations and was used to optimize Cybernet's prototype device. The device features a single-phase grating, makes optimum use of existing photosites, and maximizes free spectral range to produce a central undistorted panchromatic image surrounded by multiple spectrally rich images. Operating speed is approximately 30 images over a range of 400-700 nm. Cybernet also developed an enhanced calibration method that facilitates high-throughput testing.


Completed for Phillips Lab/PKW.

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