VISIBLE LIGHT PRODUCTS SPECIFICATION

Transcription

1 VISIBLE LIGHT PRODUCTS SPECIFICATION HPR20D-19K10xWx High Pwer 10W LED Drawn by Checked by Apprved by RHS Cnfrmity DATE:2010/10/8 REV:D

2 HUEY JANN High Pwer 10W LED is made f GaInN chips with precise package technique which makes excellent heat dissipatin t reach the advantages f high luminus efficiency, lw decay, and lng endurance. Nw we have these clrs available: red, green, blue, white, yellw. FEATERUS Instant light Lng perating life Superir ESD defense Lw vltage DC perated Mre energy efficient than incandescent and mst halgen lamps TYPICAL APPLICATIONS Architectural detail lighting Prtable flashlight Reading lights Medical applicatins Beacn lights Decratin lights 1

3 Explanatin f Part Number: H P R 20 D - 1 9K 10 xwx H: Huey Jann 2.P: High pwer LED Type 3.Shape distinguish: R: Rectangular type 4.Identificatin n: 5.Lead frame type 6.Appearance: 1:White Diffusin 7.Clr number: 3K: Green 4K: Yellw 5K: Red 8K: Blue 9K: White 8.Pwer type: 10: 10W 20: 20W 9.Clr kind: BWx: Cl White Wx: Pure White NWx: Nature White YWx: Warm White 2

4 DEVICES HPR20D-19K10BW Item Lens Clr Dice Surce Clr Temperature ( K) HPR20D-19K10BWG HPR20D-19K10BWGA 8000 Cl White HPR20D-19K10BWGB HPR20D-19K10W HPR20D-19K10WG HPR20D-19K10WGA 6000 Pure White HPR20D-19K10WGB HPR20D-19K10NW White Diffusin GaInN/GaN HPR20D-19K10NWG HPR20D-19K10NWGA 4000 Nature White HPR20D-19K10NWGB HPR20D-19K10YW HPR20D-19K10YWG HPR20D-19K10YWGA 3300 Warm white HPR20D-19K10YWGB 3

5 PACKAGE DIMENSIONS: Ande NOTE: 1.All dimensins are in millimeter. 2.Lead spacing in measured where the lead emerge frm the package. 3.prdruded resin under flange is 1.5mm max. 4.specificatins are subject t change withut ntice. 5.Tlerance is ± 0.3mm unless therwise nted. 6.Driving LED withut heat sinking device is frbidden. 7.It is strngly recmmended that the temperature f lead be nt higher than 55 C. 8.Prper current derating must be bserved t maintain junctin temperature belw the maximum. 9.LEDs are nt designed t be driven in reserve bias. 10. Warps the degree ± 0.5mm. 4

6 ABSOLUTE MAXIMUM RATINGS PARAMETER SYMBOL MAX. RATING UNIT Cntinuus Frward Current IF 700 ma Peak Frward Current *1 IFM 1000 ma Electrstatic Discharge (HBM) ESD 4000 V LED Junctin Temperature Tj 135 C Operating Temperature Tpr -40 ~ +110 C Strage Temperature Tstg -40 ~ +120 C Manual Sldering Temperature 260 C fr 5 secnds max. *2 TA=25 C *1.Duty Rati=0.1%,Pulse Width=10us. *2.Irn sldering high temperature will nt cause damage t the dice. But be aware f the high temperature will nt nly make the epxy sften but als cause the lead mving and the gld wire brken and even pen. S befre returning t the nrmal temperatures PLEASE AVOID any serius pressure n the tp f epxy and lead. *3. We suggest using PWM (Pulse Width Mdulatin) fr driving. *4. It is recmmended t use series as there are several 3pcs. If there are mre than 5pcs, please use prduct with higher pwer. 5

7 ELECTRIC-OPTICAL CHARACTERISTICS TA=25 C PARAMETER SYMBOL TEST CONDITION MIN TYP MAX UNIT View Angle f Half Pwer 2 1/2 120 deg Frward Vltage VF V Clr Rendering Index Fr 4000 K CRI 75 Clr Rendering Index Fr 3300 K CRI IF=700mA 70 Thermal Resistance Junctin T Case Temperature Cefficient Of Frward Vltage Rθ J-C 4 C/W V F / T -2 mv/ C 6

8 ELECTRIC-OPTICAL CHARACTERISTICS FOR LUMINOUS INTENSITY TA=25 C ITEM SYMBOL TEST CONDITION MIN TYP UNIT HPR20D-19K10BW 700 HPR20D-19K10BWG 820 HPR20D-19K10BWGA 870 HPR20D-19K10BWGB 920 HPR20D-19K10W 700 HPR20D-19K10WG 820 HPR20D-19K10WGA 870 HPR20D-19K10WGB 920 IV IF=700mA HPR20D-19K10NW 680 lm HPR20D-19K10NWG 796 HPR20D-19K10NWGA 840 HPR20D-19K10NWGB 880 HPR20D-19K10YW 630 HPR20D-19K10YWG 738 HPR20D-19K10YWGA 780 HPR20D-19K10YWGB 820 *Tlerance:± 15% HUEY-JANN measuring equipment : EXELTRON S370 made by U.D.T. 7

9 RELIABILITY TEST Endurance Test Test Item Reference Standard Test Cnditins Result Operatin Life MIL-STD-750:1026 MIL-STD-883:1005 Cnnect with a pwer if=700ma Ta=Under rm temperature 0/22 JIS-C-7021 :B-1 Test Time=1,000hrs High Ta=+85 ± 5 Temperature MIL-STD-202:103B RH=80% ~ 85% High Humidity JIS-C-7021 :B-11 Test Time=1,000hrs Strage 0/22 High MIL-STD-883:1008 High Ta=+120 ± 5 Temperature JIS-C-7021 :B-10 Test Time=1,000hrs Strage 0/22 Lw Lw Ta=-40 ± 5 Temperature JIS-C-7021 :B-12 Test Time=1,000hrs Strage 0/22 *Failure Criteria: 1. VF arise 10% 2. IV decline 30% 3. A failure is an LED that is pen r shrted 8

10 RELIABILITY TEST Envirnmental Test Test Item Reference Standard Test Cnditins Result MIL-STD-202:107D -40 ~ +25 ~ +85 ~ +25 Temperature MIL-STD-750: min 20min 60min 20min Cycling MIL-STD-883:1010 Test Time=200cycle JIS-C-7021 :A-4 0/22 MIL-STD-202:107D -40 ± 5 ~ +110 ± 5 Thermal MIL-STD-750: min 20min Shck MIL-STD-883:1010 Test Time=200cycle 0/22 *Failure Criteria: 1. VF arise 10% 2. IV decline 30% 3. A failure is an LED that is pen r shrted 9

11 TYPICAL ELECTRICAL OPTICAL CHARACTERISTICS CURVES FORWARD CURRENT (ma) FORWARD VOLTAGE (V) FORWARD CURRENT (ma) R R θ R θ R θ θ J-A J-A J-A J-A =60 C/W =50 C/W =40 C/W =30 C/W O AMBIENT TEMPERATURE( C) Relative luminusity Frward current (ma) Relative luminusity Ambient temperature( OC) 10

12 TYPICAL ELECTRICAL OPTICAL CHARACTERISTICS CURVES Chrmaticity Crdinate Cx Cy Frward Current Ta=25 O C Chrmaticity Crdinate Ambient Temperature( C) /2 POWER VIEW ANGLE Ta=25 O C

13 TYPICAL ELECTRICAL OPTICAL CHARACTERISTICS CURVES RELATIVE RADIANT INTENSITY K Ta=25 C WAVELENGTH (nm) RELATIVE RADIANT INTENSITY K Ta=25 C WAVELENGTH (nm) RELATIVE RADIANT INTENSITY K Ta=25 C WAVELENGTH (nm) RELATIVE RADIANT INTENSITY K Ta=25 C WAVELENGTH (nm) 12

14 Cl White Clr Bin Selectin CCT( K) TYP Chrmaticity Crdinates x y Tlerance x 0.02 y 0.02 Cl White CIE Light Clr Chart

15 Pure White Clr Bin Selectin CCT( K) TYP 6000 Chrmaticity Crdinates x y Tlerance x 0.02 y 0.02 Pure White CIE Light Clr Chart

16 Nature White Clr Bin Selectin CCT( K) TYP 4000 Chrmaticity Crdinates x y Tlerance x 0.02 y 0.02 Nature White CIE Light Clr Chart

17 Warm White Clr Bin Selectin CCT(K) TYP 3300 Chrmaticity Crdinates x y Tlerance x 0.02 y 0.02 Warm White CIE Light Clr Chart

18 POSITION EXPLANATION: Welding psitin Welding psitin Pwer Line Heat cnductin paste Line hle Fixed rifice Radiatin rganizatin Cnclusin Huey Jann prvide simple cmparisn table fr High Pwer LED, yu culd find yur request heat dissipatin area frm the fllwing table. Free Cnvectin Hrizntal Flat Heat Dissipatin-Set-up ( Area Require mm 2 ) Free Cnvectin Vertical Flat Heat Dissipatin-Set-up ( Area Require mm 2 ) Free Cnvectin Finned Heat Dissipatin-Set-up ( Area Require mm 2 ) 10W 13,500 10,000 46,500 *TAB in this table is accrding t highest perating temperature 65 C. *Different materials f secnd heat dissipatin device, the surface area f heat sink will be different.thus, this dcument is fr reference nly. 17

19 PRODUCT APPLICATION Radiatin rganizatin 18

20 10W Operating Instructins 1. It imprtant t keep away the prduct frm water, in rder t avid the prduct electrnic characteristics t be harmful. 2. When making use f prducts, it is necessary t use anti-esd devices t prevent destructive electrnic characteristics. High temperature Cnvectin effect Abve 150 C 3. It shuld be nticed whether there is cnvectin in design f device. Cnvectin has t exist. 4. There is 150 C directly frm the frnt f 10W emitting dide. It is untuchable t prevent burning. 19

21 10W Operating Instructins Keep Insulatin + - Pwer Supply 5. The material in the central tp f 10W LED is sft. Therefre, it is un-squeezable and untuchable. 6. In the bttm f heat sink cannt be tuched with neither psitive nr negative ple. (Heat sink has t be insulatin.) 7. The prduct shuld nt be light up directly withut heat dissipatin device. 20

22 TAB Temperature - Life Characteristics Curves High Pwer LED TAB(Bard Ambient Temperature) Tbard secnd heat dissipatin apparatus Life (hrs)-light Hld Out 70% Bard Ambient Temperature( C ) *Bard Ambient Temperature Tlerance ± 5 C. *TAB in this table is accrding t highest perating temperature 65 C. *The TAB is the stable testing value fr the prduct lighted 100% after ne hur. *Different materials f secnd heat dissipatin device, the surface area f heat sink will be different. Thus, this dcument is fr reference nly. 21