Remote Phosphor Light Source

Results: 6
Series
ChromaLit™ CandleChromaLit™ EllipseChromaLit™ LinearChromaLit™ RoundChromaLit™ Square
Lens Style
Rectangle with Flat TopRound with Domed TopRound with Flat TopSquare with Flat Top
Lens Size
9.5mm23.5mm45mm75mm95mm305mm x 12.5mm
CRI (Color Rendering Index)
7080
CCT (K)
2700300040005000
Conversion Efficacy (lm/Wrad)(typ)
180185190210220
Viewing Angle
115°-
Stocking Options
Environmental Options
Media
Marketplace Product
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Mfr Part #
Quantity Available
Price
Series
Package
Product Status
Lens Style
Lens Size
CRI (Color Rendering Index)
CCT (K)
Conversion Efficacy (lm/Wrad)(typ)
Viewing Angle
ChromaLit-Candle
CL-750-CAN15-PC
INTEMATIX CHROMALIT CANDLE
Intematix Corporation
7,453
In Stock
1 : ¥8.50000
Bulk
Bulk
Active
Round with Domed Top
9.5mm
70
5000
220
-
CL-840-R45-XT
CL-827-R45-XT
CHROMALIT XT LIGHT SOURCE RND
Intematix Corporation
320
In Stock
1 : ¥36.64000
Bulk
Bulk
Active
Round with Flat Top
45mm
80
2700
190
115°
Linear-Chromalit
CL-840-L125-PC
CHROMALIT 80CRI 305X12.5MM
Intematix Corporation
850
In Stock
1 : ¥41.82000
Bulk
Bulk
Active
Rectangle with Flat Top
305mm x 12.5mm
80
4000
210
115°
ChromaLit-Round
CL-827-R75-PC
CHROMALIT ROUND 80CRI 75MM DIA
Intematix Corporation
45
In Stock
1 : ¥55.93000
Bulk
Bulk
Active
Round with Flat Top
75mm
80
2700
180
115°
ChromaLit-Square
CL-840-S95-PC
CHROMALIT SQUARE 80CRI 95X95MM
Intematix Corporation
0
In Stock
Active
Bulk
Active
Square with Flat Top
95mm
80
4000
210
115°
ChromaLit-Eclipse
CL-830-ELP60-PC
INTEMATIX CHROMALIT ELLIPSE
Intematix Corporation
0
In Stock
Active
Bulk
Active
Round with Domed Top
23.5mm
80
3000
185
-
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Remote Phosphor Light Source


Products in the remote phosphor light source category are used to optically convert a portion of the energy from a narrow band light source in the blue spectral region to other wavelengths in the visible spectrum, for the purpose of creating a light source that is perceived as white. A similar process is used for the production of LEDs that are perceived to emit white light directly, but by placing the phosphor materials at a distance from the light source the degradation of the phosphor material due to heat can be reduced, allowing greater optical stability over the life of a product.