59‐2: Distinguished Paper: Development of a 3D HUD using a Tunable Bandpass Filter for Wavelength Multiplexing

A 3D Stereoscopic Head‐Up Display (HUD) using a tunable bandpass filter to perform left and right image spectral separation is presented. Using a single filter reduces the size and the cost of the HUD optical engine, and enables each spectral band to be accurately tuned. Experiments performed on the...

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Veröffentlicht in:SID International Symposium Digest of technical papers 2017-05, Vol.48 (1), p.876-879
Hauptverfasser: Coni, Philippe, Bardon, Jean-Luc, Gueguen, Aude, Grossetête, Matthieu
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Gueguen, Aude
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description A 3D Stereoscopic Head‐Up Display (HUD) using a tunable bandpass filter to perform left and right image spectral separation is presented. Using a single filter reduces the size and the cost of the HUD optical engine, and enables each spectral band to be accurately tuned. Experiments performed on the first prototype demonstrates the ability to continuously tune the bandpass frequency on 30 nm range while keeping a 20 nm bandwidth. Such a system avoids the use of a bulky and costly rotating wheel and enables the use of Holographic Optical Elements known to be wavelength selective.
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subjects Bandpass filters
Bandwidths
Electronics industry
Holographic optical elements
Multiplexing
Optical components
Separation
Spectra
Stereoscopy
Wavelength division multiplexing
title 59‐2: Distinguished Paper: Development of a 3D HUD using a Tunable Bandpass Filter for Wavelength Multiplexing
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