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SHE155PGI-B

AUK corp
Part Number SHE155PGI-B
Manufacturer AUK corp
Description High Efficiency LED Lamp
Published Apr 8, 2005
Detailed Description Semiconductor SHE155PGI-(B) High Efficiency LED Lamp Features • • • • • • • • Green colored diffusion lens type Ellips...
Datasheet PDF File SHE155PGI-B PDF File

SHE155PGI-B
SHE155PGI-B

Overview
Semiconductor SHE155PGI-(B) High Efficiency LED Lamp Features • • • • • • • • Green colored diffusion lens type Ellipse type(X=5.
2mm, Y=3.
8mm) Ultra luminosity Flangeless package High power LEDs Oval shape Lens Color : Green(Diffusion Type) Half Angle(2 θ½) : 110˚ / 40˚ ) Application • Full color displays • Message boards • Variable message signs(VMS) Outline Dimensions 5.
2±0.
2 3.
8±0.
2 unit : mm 7.
0±0.
2 3.
8±0.
5 0.
5 22.
0 Min.
1.
0 Min.
2.
54 Nom PIN Connections 1.
Anode 2.
Cathode KLE-3022-000 1 SHE155PGI-(B) Absolute maximum ratings Characteristic Power Dissipation Forward Current * Peak Forward Current Reverse Voltage Operating Temperature Storage Temperature 2 1 Symbol PD IF IFP VR Topr Tstg Ratings 120 40 50 4 -30∼85 -30∼100 260℃ for 5 seconds Unit mW mA mA V ℃ ℃ * Soldering Temperature Tsol *1.
Duty ratio = 1/16, Pulse width = 0.
1ms ※ Recommend document -.
LED is very sensitive to ESD.
*2.
Keep the distance more than 2.
0mm from PCB to the bottom of LED package Electrical Characteristics Characteristic Forward Voltage * Luminous Intensity Peak Wavelength Spectrum Bandwidth Reverse Current *3Half Angle 4 Symbol VF IV Test Condition IF= 20mA IF= 20mA IF= 20mA IF= 20mA VR=4V Min.
Typ.
Max.
520 520 3.
2 1170 525 35 ±55 ±20 2640 530 10 - Unit V mcd nm nm uA deg λP Δλ IR θ1/2 X Y IF= 20mA *3.
θ1/2 is the off-axis angle where the luminous intensity is 1/2 the peak intensity *4.
Luminous Intensity Maximum tolerance for each Grade Classification limit is ±18% *4.
Luminous Intensity classification P 520~780 Q R S 780~1170 1170~1760 1760~2640 KLE-3022-000 2 SHE155PGI-(B) Characteristic Diagrams Fig.
1 IF - VF Forward Current IF [mA] Fig.
2 IV - IF Luminous Intensity Iv [mcd] Forward Voltage VF [V] Forward Current IF [mA] Fig.
3 IF – Ta Fig.
4 Spectrum Distribution Current IF [mA] Forward Ambient Temperature Ta [℃] Relative Intensity [%] Wavelength λ [nm] Fig.
5-1 Radiation Diagram(X) Fig.
5-2 Radiation Diagram(Y) Relative Luminous In...


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