LT9562U LT9562L LT9562C - Datasheet Archive

LED Large Lamps ~ 10mm Cylinder Type LED Lamp LT9562U s Model No. LT9562U Red (Super-luminosity) GaAIAs/GaAIAs s Features 1. +

LT9562U LT9562U LED Large Lamps ~ 10mm Cylinder Type LED Lamp LT9562U LT9562U s Model No. LT9562U LT9562U Red (Super-luminosity) GaAIAs/GaAIAs s Features 1. + 10mm all resin mold 2. Super-luminosity red LED lamp 3. Colored diffusion lens type (Unit: mm) s OIJtline Dimensions _ -. .- . . .-. .- .-. .- , 4100'"_'_ 17 I Colored diffusion - , -., e /' ,n `. 5 \ ~~2 \ \ / ,' : +, =. i +3 \. -, / ' Pin connections ~ Unspecified tolerance : * O 2mm SHAI?P I ,. +. . . . . . . . .6 . .+., ~,+,. h, A.,.-,+, +,. .~wf< SHARP ~2ke< "o ~e5Don~lbllltv for ~nv def~ts that OCCUr in squtpment using any of SHARPS devices, ~ 243 LED Large Lamps LT9562U LT9562U LT9562U LT9562U s Absolute Maximum Ratings (Ta=25"C) Parameter ~ Power dissipation P 75 mW Continuous forward current IF 30 mA IFYI 50 mA ~ 1 Peak forward current DC Derating factor - I Pulse 040 I I I 0.67 mA~C 4 v Reverse voltage VR Operating temperature TOpr 25 to +85 "c Storage temperature T'stg 25 t o +100 "c X2 Soldering temperature T,.] Xl Duty ratio = 1/10 , Pulse width = O.lms X2 At the position of 1.6mm from the bottom face of resin package 244 SHARP 260(within 5 seconds) "c LT9562U LT9562U LED Large Lamps LT9562U LT9562U (Red) H Electro-optical Characteristics Parameter Symbol Model No LT9562U LT9562U VI Forward voltage Conditions Ir=20mA (Ta=25°C) MIN. TYP. X'I.Ax. Unit - 1.85 2.5 ~ LT9562U LT9562U IF=20mA 700 1400 LT9562L LT9562L I~=20mA 660 LT9562U LT9562U 11:=20m.A 20 LT9562C LT9562C LJR=3V - - 100 LT9562U LT9562U \'=()~ f=l MHz 25 LT9562U LT9562U 8 I\ ~~Luminous intensity Peak emission wavelength Spectrum radiation bandwidth A, AA Reverse current IR Terminal capacitance c1 Response frequency f. mcd nm nm PA pF MHz X3 T o l e r a n c e : +30% 9 Characteristics Diagrams Luminous Intensity vs. Forward Current I'[)r\vard \IJltagc \ I (Y) Relative Luminous Intensity vs. Ambient Temperature III - :I)n] 11 .~mbicnt temperature Ta ("C) Forward Current Derating Curve {I:+ =25"CI I'orwtrd t urrf, nl II (m II Spectrum Distribution (1, -2.5"L I Wa\clength J (nm I