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Cut Off Filter

Infrared cut filter is the use of precision optical coating technology on optical substrate plating alternately high and low refractive index of optical film, achieve high visible light area (400-630 nm), near infrared (700-1100 nm) as optical filter, mainly used in mobile phone cameras, computer are photographed a built-in camera, car camera digital imaging field, is used to eliminate the influence on CCD/CMOS imaging infrared light.By imaging system with IR cutoff filter, block the part of the interference imaging quality of infrared light, can make the image more in line with the human eye made by the best feeling.

Uses Cut Off Filter
Cut Off Filter
Cut Off Filter
Cut Off Filter
Cut Off Filter
Descriptions Specifications

Descriptions

Descriptions of Cut Off Filter

Descriptions of Cut Off Filter


Infrared cut filter is the use of precision optical coating technology on optical substrate plating alternately high and low refractive index of optical film, achieve high visible light area (400-630 nm), near infrared (700-1100 nm) as optical filter glass, mainly used in mobile phone cameras, computer are photographed a built-in camera, car camera digital imaging field, is used to eliminate the influence on CCD/CMOS imaging infrared light.By imaging system with infrared end filter, block the part of the interference imaging quality of infrared light, can make the image more in line with the human eye made by the best feeling.


Specifications

Specifications of Cut Off Filter

Material: Optical Glass

Dimension:80mmx80mmx.03mm or customized size

Cut-off WavelengthSpecification
630nmTavg>90%@400-580nm,T=50%@630±10nm,Tavg<3%@680-1050nm
635nmTavg>90%@420-590nm,T=50%@635±10nm,Tavg<3%@680-1050nm
645nmTavg>90%@420-600nm,T=50%@645±10nm,Tavg<3%@700-1050nm
650nmTavg>90%@420-600nm,T=50%@650±10nm,Tavg<3%@700-1050nm
680nmTavg>90%@420-630nm,T=50%@680±10nm,Tavg<3%@730-1100nm
690nmTavg>90%@420-640nm,T=50%@690±10nm,Tavg<3%@740-1100nm
700nmTavg>90%@420-650nm,T=50%@700±10nm,Tavg<3%@750-1100nm
705nmTavg>90%@420-650nm,T=50%@705±10nm,Tavg<3%@750-1100nm


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