AOP Series: High Luminance Packages

AOP series: High Luminance packages

PRODUCT INTRODUCTION

Size: approx. 8x8x4mm
Viewing Angle approx. θ±4°

This is larger than the standard line ups, but the Higher luminance is actualized by having narrower directivity.  As an example, λp850nm Reflective mirror type LED High Luminance package is 700mW/Sr (IF=50mA) and as 4-5times stronger radiant intensity than orthodox high power mold type LED.

Available Wave Length: 470nm, 525nm, 625nm, 660nm. 730nm, 760nm, 870nms

APPLICATIONS:

・Night Vision IR Camera
・Optical Space Transmission
・Light Source for Image Recognition Apparatus
・Illumination
・Optical Encoder
・Light Source for Plant Culture

SPECIFICATIONS

AOP3-4710T1 λp470nm Blue Color Reflective Mirror Type

Product Catalogue

Parameter Symbol Value Unit Condition
Forward Current If   30 mA  
Luminous Intensity IV Typ 35000 mcd Ta=25°
If=20mA
Forward Voltage VF Typ 3.4 V
Peak Wavelength λp Typ 470 nm
Viewing Half Angle θ1/2 Typ ±5 °

AOP3-5310T2 λp530nm Green Color Reflective Mirror Type

Product Catalogue

Parameter Symbol Value Unit Condition
Forward Current If   30 mA  
Luminous Intensity IV Typ 80000 mcd Ta=25°
If=20mA
Forward Voltage VF Typ 3.8 V
Peak Wavelength λp Typ 530 nm
Viewing Half Angle θ1/2 Typ ±5 °

AOP3-6310S2 λp630nm Red Color Reflective Mirror Type

Product Catalogue

Parameter Symbol Value Unit Condition
Forward Current If   30 mA  
Luminous Intensity IV Typ 19000 mcd Ta=25°
If=20mA
Forward Voltage VF Typ 2.2 V
Peak Wavelength λp Typ 630 nm
Viewing Half Angle θ1/2 Typ ±4 °

AOP3-6610D1 λp623nm Red-Orange Color Reflective Mirror Type

Product Catalogue

Parameter Symbol Value Unit Condition
Forward Current If   25 mA  
Luminous Intensity IV Typ 8000 mcd Ta=25°
If=20mA
Forward Voltage VF Typ 1.8 V
Peak Wavelength λp Typ 660 nm
Viewing Half Angle θ1/2 Typ ±4 °

AOP1-8810P2 λp870nm Infrared Reflective Mirror Type

Product Catalogue

Parameter Symbol Value Unit Condition
Forward Current If   100 mA  
Peak Radiant Intensity IE Typ 700 mW/Sr Ta=25°
If=50mA
Forward Voltage VF Typ 1.4 V
Peak Wavelength λp Typ 870 nm
Viewing Half Angle θ1/2 Typ ±4 °

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