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| Semiconductor SB1314E-V Chip LED Lamp Features * 1.6mm(L)x0.8mm small size surface mount type * Thin package of 0.4mm(H) thickness * Transparent clear lens optic * Low power consumption type chip LED * Emitting Light Blue(470nm) * E ; ESD Protected (2.0kv, 3 times @100pF, 1.5k) Applications * LCD backlighting * Keypad backlighting * Symbol backlighting * Front panel indicator lamp Outline Dimensions unit : mm KLB-2006-001 1 SB1314E-V Absolute maximum ratings Characteristic Power Dissipation Forward Current * Peak Forward Current Operating Temperature Storage Temperature 2 1 Symbol PD IF IFP Topr Tstg Ratings 75 20 50 -2580 -30100 Unit mW mA mA 240 for 5 seconds * Soldering Temperature Tsol *1.Duty ratio = 1/16, Pulse width = 0.1ms *2. Recommended soldering Temperature Profile 2-1) Preheating 100 to 150 within 2 minutes Soldering 240 within 5 seconds Gradual cooling (Avoid quenching) Electrical Characteristics Characteristic *3Forward Voltage *4Luminous Intensity *6Peak Wavelength Spectrum Bandwidth Symbol VF IV Test Condition IF= 5mA IF= 5mA IF= 5mA IF= 5mA Min 2.6 5 460 - Typ 3.1 22 470 35 65 70 Max 3.5 40 485 - Unit V mcd nm nm deg P 1/2 X Y *5Half Angle IF= 5mA KLB-2006-001 2 SB1314E-V *3. Forward Voltage Maximum tolerance for 0.1V *4. Luminous Intensity Maximum tolerance for each Grade Classification limit is 18% (The test result of IF=20mA is only for reference) *5. 1/2 is the off-axis angle where the luminous intensity is 1/2 the peak intensity *6. p Grade Classification (p Grade tolerance for 3nm) p / Iv / VF Grade Classification Test Condition Peak Wavelength Luminous Intensity A0 : 5~9 a : 460~473 A : 9~22 @IF=5mA Forward Voltage 0 : 2.6~2.7 1 : 2.7~2.8 2 : 2.8~2.9 3 : 2.9~3.0 4 : 3.0~3.1 5 : 3.1~3.2 b: 473~485 B : 22~40 6 : 3.2~3.3 7 : 3.3~3.4 8 : 3.4~3.5 ( Do not use to combine grade classification. It must be used separately grade classification) KLB-2006-001 3 SB1314E-V Characteristic Diagrams Fig. 1 IF - VF Fig. 2 IV - IF Forward Current IF [mA] Luminous Intensity Iv [mcd] Forward Voltage VF [V] Forward Current IF [mA] Fig. 3 IF - Ta Fig.4 Spectrum Distribution Forward Current IF [mA] Relative Intensity [%] Ambient Temperature Ta [] Wavelength [nm] Fig. 5-1 Radiation Diagram(X) Fig. 5-2 Radiation Diagram(Y) Relative Luminous Intensity Iv [%] Relative Luminous Intensity Iv [%] KLB-2006-001 4 |
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