DescriptionThe LT011PS is designed as for applications of measument instruments and analysis instruments.LT011PS has three features. (1)Compact (dismeter 5.6mm). (2)Wavelength 840nm. (3)Single transverse mode. Those are all the main features.Some absolute maximum ratings of LT011PS have been concl...
LT011PS: DescriptionThe LT011PS is designed as for applications of measument instruments and analysis instruments.LT011PS has three features. (1)Compact (dismeter 5.6mm). (2)Wavelength 840nm. (3)Single trans...
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The LT011PS is designed as for applications of measument instruments and analysis instruments.
LT011PS has three features. (1)Compact (dismeter 5.6mm). (2)Wavelength 840nm. (3)Single transverse mode. Those are all the main features.
Some absolute maximum ratings of LT011PS have been concluded into several points as follow. (1)Its optical power output would be 5V. (2)Its reverse voltage laser would be 2V. (3)Its reverse voltage PIN would be 30V. (4)Its operating temperature range would be from -10°C to 60°C. (5)Its storage temperature range would be from -40°C to +85°C. (6)Its soldering temperature would be 260°C less than 5 seconds. It should be noted that stresses above those listed in absolute maximum ratings may cause permanent damage to device.
Also some electrical characteristics of LT011PS are concluded as follow. (1)Its threshold current would be typ 50mA and max 70mA. (2)Its operating current would be typ 60mA and max 85mA. (3)Its operating voltage would be typ 1.75V and max 2.0V with test conditions of output power 3mW. (4)Its wavelength would be min 825nm and typ 840nm and max 850nm. (5)Its monitor current would be min 0.08mA and typ 0.2mA and max 0.42mA with test conditions of output power 3mW and Vr=15V. (6)Its radiation characteristics angle parallel to junction would be min 8.5° and typ 12° and max 16° and angle perpendicular to junction would be min 25° and typ 40° and max 48° and ripple would be max +/-20%. (7)Its emission point accuracy angle parallel to junction would be max +/-2° and angle perendicular to junction would be max +/-3° and position would be max +/-80um. (8)Its differential efficiency would be min 0.12mW/mA and typ 0.25mW/mA and max 0.6mW/mA. (9)Its sensitivity would be typ 0.07mA/mW. (10)Its dark current would be max 150nA. (11)Its terminal capacitance would be typ 9pF with test conditions of Vr=15V. And so on. If you have any question or suggestion or want to know more information please contact us for details. Thank you!