| Image | Part Number | Manufacturer | Description | Series | Viewing Angle | CRI (Color Rendering Index) | CCT (K) | Lens Style | Lens Size | Conversion Efficacy (lm/Wrad)(typ) |
|---|---|---|---|---|---|---|---|---|---|---|
| CL-930-L225-XT | Intematix | PHOSPHOR LIGHT SOURCE 305X22.5MM | ChromaLit™ XT | - | 90 | 3000 | Rectangle with Flat Top | 305mm x 22.5mm | 165 | |
| CL-750-R62-XT | Intematix | CHROMALIT XT LIGHT SOURCE RND | ChromaLit™ Round | 115° | 70 | 5000 | Round with Flat Top | 61.5mm | 232 | |
| CL-830-DOM100-PC | Intematix | CHROMALIT DOME LIGHT SOURCE BULB | ChromaLit™ Dome | - | 80 | 3000 | Round with Domed Top | 50mm | 185 | |
| CL-827-CAN15-PC | Intematix | INTEMATIX CHROMALIT CANDLE | ChromaLit™ Candle | - | 80 | 2700 | Round with Domed Top | 9.5mm | 165 | |
| CL-930-S55-PC | Intematix | LENS 90CRI 3000K 2.2"SQ DOWNLGHT | ChromaLit™ Square | 115° | 90 | 3000 | Square with Flat Top | 55mm | 165 | |
| CL-927-R34-XT | Intematix | CHROMALIT XT LIGHT SOURCE RND | ChromaLit™ Round | 115° | 90 | 2700 | Round with Flat Top | 34mm | 160 | |
| CL-840-R152-XT | Intematix | LENS 80CRI 4000K 152MM ROUND | ChromaLit™ | 115° | 80 | 4000 | - | - | 218 | |
| CL-827-CAN40-PC | Intematix | INTEMATIX CHROMALIT CANDLE | ChromaLit™ Candle | - | 80 | 2700 | Round with Domed Top | 24mm | 165 | |
| CL-827-L152-XT | Intematix | CHROMALIT LT SOURCE LINEAR | ChromaLit™ Linear | 115° | 80 | 2700 | Rectangle with Flat Top | 152.5mm x 22.5mm | 190 | |
| CL-927-S120-PC | Intematix | CHROMALIT SQUARE 90CRI 120X120MM | ChromaLit™ Square | 115° | 90 | 2700 | Square with Flat Top | 120mm | 160 |
Optics for remote phosphor light sources are specialized components used in LED lighting systems to enhance light output efficiency, color uniformity, and spectral performance. Remote phosphor technology involves placing a phosphor layer away from the LED chip, allowing the phosphor to absorb blue light emitted by the LED and re-emit it as broad-spectrum white light. Optics for remote phosphor light sources include light diffusers, lenses, and reflectors designed to efficiently distribute and control the emitted light, improve color consistency, and minimize glare. These optics are essential for achieving optimal lighting quality and energy efficiency in various indoor and outdoor lighting applications, including architectural lighting, commercial fixtures, and residential luminaires.