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Red / Infrared Pass Filter

Key Features
Infrared sensor filter can pass the infrared LED and red laser while reflect the visible wavelength.

Applications
Infrared Application Systems.
Optical Systems.
Barcode Reader.
Barcode Scanner.

Specifications

RP600
Spectral Characteristics
Tave>90% @ 620-700nm
Tave<1% @ 400-520nm
Physical Characteristics
Thickness
Glass: 0.4, 0.55, 0.7, 1.1mm
Dimension
Square: 3*3 ~ 160*160mm
Round: 3 ~ 155mm
Resistant Temperature
150 Celsius

O580H
Spectral Characteristics
Tave>88% @ 600-700nm
Tave<1% @ 200-560nm
Physical Characteristics
Thickness
Glass: 1.5~3.5mm
Dimension
Square: 3*3 ~ 160*160mm
Round: 3 ~ 155mm
Resistant Temperature
150 Celsius

R570P
Spectral Characteristics
Tave>88% @ 600-700nm
Tave<1% @ 200-560nm
Physical Characteristics
Thickness
Glass: 2, 3mm
Dimension
Square: 20*20 ~ 800*800mm
Round: 20 ~ 800mm
Resistant Temperature
60 Celsius

BP6070
Spectral Characteristics
Tave<7% @ 420-650nm
Tave>80% @ 640-660nm
Tave<5% @ 750-1100nm
Physical Characteristics
Thickness
Glass: 0.7, 1.1mm
Dimension
Square: 3*3 ~ 160*160mm
Round: 3 ~ 150mm
Resistant Temperature
150 Celsius

BP8090
Spectral Characteristics
Tave<5% @ 420-650nm
Tave>85% @ 840-860nm
Tave<5% @ 1050-1100nm
Physical Characteristics
Thickness
Glass: 0.7, 1.1mm
D263T(*5): 0.3, 0.55mm
Dimension
Square: 3*3 ~ 160*160mm
Round: 3 ~ 150mm
Resistant Temperature
150 Celsius
D263T: 350 Celsius

BP8493
Spectral Characteristics
Tave<5% @ 420-780nm
Tave>85% @ 850-904nm
Tave<5% @ 1050-1100nm
Physical Characteristics
Thickness
Glass: 0.7, 1.1mm
D263T(*5): 0.3, 0.55mm
Dimension
Square: 3*3 ~ 160*160mm
Round: 3 ~ 150mm
Resistant Temperature
150 Celsius
D263T: 350 Celsius

BP8998
Spectral Characteristics
Tave<7% @ 420-830nm
Tave>75% @ 935-955nm
Tave<10% @ 1050-1100nm
Physical Characteristics
Thickness
Glass: 0.7, 1.1mm
D263T(*5): 0.3, 0.55mm
Dimension
Square: 3*3 ~ 160*160mm
Round: 3 ~ 150mm
Resistant Temperature
150 Celsius
D263T: 350 Celsius

Information and Notes

    1. Various RED pass filters with 28~56 thin film layers which vacuum-deposited on substrate.
    2. Coating by PVD-EBGE (Physical Vapor Deposition-Electron Beam Gun Evaporation).
    3. The transmittance curves are measurements at 45° of incidence angle.
    4. The transmittance curves are based on actual measurements and may be different with manufacturing lots.
    5. D263T is trademarks of SCHOTT AG.
    6. Browse below for more information and products.