Edixeon 3W High Power LED

Transcription

1 Edixeon 3W High Power LED DATE:2005/10/28 VERSION:3.0 Device No: EDISON OPTO CORPORATION Tel: Office:5F, No. 800, Chung-Cheng Rd, Fax: Chung-Ho, Taipei 235, Taiwan, R.O.C.

2 Features Long operating life (up to 100,000 hours) More Energy Efficient than incandescent and most halogen lamps Low forward voltage operated Instant light (less than 100 ns) No UV Typical Applications Reading lights Portable flashlight Uplighters and Downlighters Bollards / Security / Garden lighting Indoor and Outdoor Commercial lighting LCD Backlights / Light guides General lighting Version: 3.0 1

3 Lambertian Package Outlines Cathode(-) (4)Slug Anode(+) (3)Lens (1)Lead (2)Housing Unit: mm Version: 3.0 2

4 Absolute Maximum Ratings Parameter Symbol Rating DC Forward Current I F 700 ma Peak pulse current;(tp 100μs, Duty cycle=0.005) *1 I pulse 1000 ma Reverse Voltage V R 5 V LED junction Temperature ( at 700 ma) T j 125 Operating Temperature T opr -30 ~ +110 Storage Temperature T stg -40 ~ +120 Manual Soldering Time at 260 (Max.) T sol 5 seconds 1. Duty cycle: IF D= T tp T Version: 3.0 3

5 Luminous Flux Characteristics at I F =700mA(Ta=25 ): Lambertian Flux min. typ. Max. EDEW-3LA5 White lm EDEX-3LA5 Warm White lm EDER-3LA3 Red lm EDEO-3LA3 Red Orange lm EDEA-3LA3 Amber lm EDET-3LA1 True Green lm EDEB-3LA5 Blue lm Forward Voltage Characteristics at I F =700mA(Ta=25 ): V F min. typ. Max. EDSW-3LA5 White V EDSX-3LA5 Warm White V EDSR-3LA3 Red V Lambertian EDSO-3LA3 Red Orange V EDSA-3LA3 Amber V EDST-3LA1 True Green V EDSB-3LA5 Blue V Version: 3.0 4

6 Wavelength or Color Temperature Characteristics at I F =700mA(Ta=25 ): Lambertian λd/cct Min. Typ. Max. EDEW-3LA5 White K EDEX-3LA5 Warm White K EDER-3LA3 Red nm EDEO-3LA3 Red Orange nm EDEA-3LA3 Amber nm EDET-3LA1 True Green nm EDEB-3LA5 Blue nm Thermal Resistance Junction to Board Characteristics at I F =700mA(Ta=25 ): Rθ J-B Min. Typ. Max. EDEW-3LA5 White /W EDEX-3LA5 Warm White /W EDER-3LA3 Red /W Lambertian EDEO-3LA3 Red Orange /W EDEA-3LA3 Amber /W EDET-3LA1 True Green /W EDEB-3LA5 Blue /W Version: 3.0 5

7 Temperature Coefficient Of Forward Voltage Characteristics at I F =700mA(Ta=25 ): V F / T Min. Typ. Max. EDEW-3LA5 White mv/ EDEX-3LA5 Warm White mv/ EDER-3LA3 Red mv/ Lambertian EDEO-3LA3 Red Orange mv/ EDEA-3LA3 Amber mv/ EDET-3LA1 True Green mv/ EDEB-3LA5 Blue mv/ Reverse Current Characteristics at V R =5V(Ta=25 ): Lambertian I R (VR=5V) Min. Typ. Max. EDEW-3LA5 White µa EDEX-3LA5 Warm White µa EDER-3LA3 Red µa EDEO-3LA3 Red Orange µa EDEA-3LA3 Amber µa EDET-3LA1 True Green µa EDEB-3LA5 Blue µa Version: 3.0 6

8 Emission Angle Characteristics at I F =350mA(Ta=25 ): 2Θ½ Min. Typ. Max. EDEW-3LA5 White Degrees EDEX-3LA5 Warm White Degrees Lambertian EDER-3LA3 Red Degrees EDEO-3LA3 Red Orange Degrees EDEA-3LA3 Amber Degrees EDET-3LA1 True Green Degrees EDEB-3LA5 Blue Degrees Note 1. Flux is measured with an accuracy of ± 15%. 2. CCT selection acc. to CCT groups and an accuracy of ± 400K 3. Forward Voltage is measured with an accuracy of ± 0.2V. 4. Wavelength is measured with an accuracy of ± 3nm 5. Angle is measured with an accuracy of ± 10 degree Typical Radiation Pattern for Lambertian 100 Relitave Intensity(%) Angular Displacement(Degree) Version: 3.0 7

9 Current & Luminous Flux Operating Current & Ambient Temperature Relative Intensity.Normalized Forward Current(mA) Rth(J-A)=30 C/W Rth(J-A)=25 C/W Rth(J-A)=20 C/W Rth(J-A)=15 C/W Forward Current (ma) Ambient Temperature( C) Operating Current & Forward Voltage White & Blue & Warm White VF(V) True Green Red & Red Orange & Amber IF(mA) Version: 3.0 8

10 Electrical & Optical Curves Wavelength Spectrum of White White 60 Irel(%) λ-wavelength(nm) Warm White 60 Irel(%) λ-wavelength(nm) 100 Ture Green Amber Red Orange Blue Red Hue(nm) Version: 3.0 9

11 Version:

12 Version:

13 Revision History Version Page Subjects (major changes since last revision) Date Modified Part No.:EDET-3LA2 EDET-3LA1 2005/05/ Modified EDET-3LA1 V F (Min.):3.4V 2.8V (Max):4.9V 4.9V Add I F /V F & Flux/ I F curve diagram. 2005/06/ ,10,11 Add package specifications and modify electrode 2005/10/28 Version: