Segmented photonic crystals with multilayer cells create continuous bandgaps from 50 nm to 100 mm, avoiding complex metallic extraordinary transmission.
Direct attachment of the optical assembly to the angled fiber array eliminates free space and aberration, reducing insertion loss.
Segmented unit filters with metal reflectors and cavities resolve scattered light interference from moisture or glass surfaces.
Replacing organic pigments with quantum dots and a dianhydride-diamine modified surface layer improves heat resistance while maintaining high color saturation.
A mosaic scan filter array captures full-color information in each pixel without interpolation.
A color filter substrate integrates a light anti-reflection layer to boost light transmission rates across RGB units.
A light-absorbing composition disperses phosphonic acid and copper ions in a curable resin to form an optical filter laminate.
Segmenting the optical path into six elements with specific refractive powers corrects aberrations while maintaining a large aperture for compact cameras.
A light-emitting device package uses an intermediate layer with specific refractive indexes to manage emitted light direction and improve extraction efficiency.
A Low Temperature Oxide layer prevents delamination and particle attachment in image sensors, maintaining lens integrity and yield.
A wave plate converts linearly polarized light into circular polarization for flexible design.
A blue photoresist composition incorporates surface-modified infrared light-emitting materials to create functional color filters.