MgF2 Coated Achromatic Lenses
Description
Achromatic doublet lenses consist of two optical components cemented together to form an achromatic doublet which is computer optimized to correct for on-axis spherical and chromatic aberrations. Our achromatic doublets are available with a single layer MgF2 coating or a broadband multi-layer coating for the visible spectrum. NIR achromatic doublets and edge blackened achromatic doublets are also available. Achromatic doublet lenses are far superior to simple lenses for multi-color ("white light") imaging. The two elements composing an achromatic doublet lens (literally, "a lens with no color") are paired together for their ability to correct the color separation inherent in glass. Having eliminated the problematic chromatic aberrations, achromatic doublet lenses become the most cost-efficient means for good polychromatic illumination and imaging.
MgF2 Coated Achromatic Lenses
Specifications |
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Mounting: | Unmounted |
Optimal Wavelength Range: | 400-700nm |
Diameter: | 1.00 mm |
Focal Length: | 1.50 mm |
Achromat Type: | Doublet |
Features
Designed for 0° Angle of Incidence
Less Than 1.75% Reflectance Per Surface @ 400 - 700nm
VIS 0° and VIS-NIR Coated Achromats Also Available
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Frequently Asked Questions
Achromatic doublet lenses consist of two optical components cemented together to form an achromatic doublet which is computer optimized to correct for on-axis spherical and chromatic aberrations.
NIR achromatic doublets and edge blackened achromatic doublets are also available.
Our achromatic doublets are available with a single layer MgF2 coating or a broadband multi-layer coating for the visible spectrum. The single layer MgF2 coating is designed for 0° angle of incidence and less than 1.75% reflectance per surface at 400 - 700nm.
The focal length tolerance of the MgF2 coated achromatic lenses is ±2%.
The two elements composing an achromatic doublet lens are paired together for their ability to correct the color separation inherent in glass. Having eliminated the problematic chromatic aberrations, achromatic doublet lenses become the most cost-efficient means for good polychromatic illumination and imaging.