Helio 3535 IR. Features. Applications. Plant Lighting CCTV Wireless communication. Doc.No:DS HELIO Optoelectronics Corp.

Transcription

1 Helio 3535 IR Helio 3535, a high compact and surface mounted solid-state lighting device, provides high radiometric power output with high optical efficiency. The reduced packing size remarkably promotes the flexibility on engineering design. With capability on standard lead free solder reflow process, Helixeon 3535 infrared emitter is applied for high energy efficiency for infrared applications. Features High compact size for more application flexibility Thermal resistance: 8 /W Reflow solderable JEDEC J-STD-020D RoHS certification Applications Plant Lighting CCTV Wireless communication The information contained herein is the exclusive property of HELIO and shall not be distributed reproduced, or disclosed in 1

2 Product Nomenclature XPE RED660 - L1 X1 X2 X3 X1 X2 X3 Series Color Sepcification Code Type Code Type Code Type XPE XP-E 660 RED 660nm L1 Lambertian 740 IR 740nm L2 V/A 60 IFR IR 850nm 940 IR 940nm 2

3 Mechanical Dimensions XPE XXXXXX - L1 3

4 XPE XXXXXX - L2 NOTE: 1. All dimensions are in millimeters. 2. Tolerance is ±0.25mm. 4

5 Absolute Maximum Ratings Parameters Symbol Rating Unit Power Dissipation PD 1-3 w Continuous Forward current IF 700 ma Peak Forward current(1/10 duty Ipeak 1000 ma Reverse voltage VR 5 V Operating temperature Topr -30 ~ 80 LED Storage temperature Tstgl -40 ~ 100 LED Junction temperature Tj 120 Note: 1. Proper current derating must be observed to maintain junction temperature below the maximum. 5

6 Characteristics of Helixeon 3535 Ir Series XPE 660-L1 Characteristics at If = 700mA (Ta=25 ): Value Unit Parameter Symbol Min Typical Max Radiometric power (1) (2) Φ v mw Peak Wavelength (3) Wd nm View angle 2Θ1/ degree Forward Voltage (4) VF V XPE 660-L2 Characteristics at If = 700mA (Ta=25 ): Value Unit Parameter Symbol Min Typical Max Radiometric power (1) (2) Φ v mw Peak Wavelength (3) Wd nm View angle 2Θ1/ degree Forward Voltage (4) VF V XPE 740-L1 Characteristics at If = 700mA (Ta=25 ): Value Unit Parameter Symbol Min Typical Max Radiometric power (1) (2) Φ v mw Peak Wavelength (3) Wd nm View angle 2Θ1/ degree Forward Voltage (4) VF V 6

7 XPE 740-L2 Characteristics at If = 700mA (Ta=25 ): Value Unit Parameter Symbol Min Typical Max Radiometric power (1) (2) Φ v mw Peak Wavelength (3) Wd nm View angle 2Θ1/ degree Forward Voltage (4) VF V XPE IFR-L1 Characteristics at If = 700mA (Ta=25 ): Value Unit Parameter Symbol Min Typical Max Radiometric power (1) (2) Φ v mw Peak Wavelength (3) Wd nm View angle 2Θ1/ degree Forward Voltage (4) VF V XPE IFR-L2 Characteristics at If = 700mA (Ta=25 ): Value Unit Parameter Symbol Min Typical Max Radiometric power (1) (2) Φ v mw Peak Wavelength (3) Wd nm View angle 2Θ1/ degree Forward Voltage (4) VF V 7

8 XPE 940-L1 Characteristics at If = 700mA (Ta=25 ): Parameter Symbol Radiometric power (1) Φ v (2) Value Unit Min Typical Max mw Peak Wavelength (3) Wd nm View angle 2Θ1/ degree Forward Voltage (4) VF V XPE 940-L2 Characteristics at If = 700mA (Ta=25 ): Parameter Symbol Radiometric power (1) Φ v (2) Value Unit Min Typical Max mw Peak Wavelength (3) Wd nm View angle 2Θ1/ degree Forward Voltage (4) VF V Note: 1. The typical radiometric power of Helixeon will be upgraded per season. 2. Minimum radiometric power performance guaranteed within published operating conditions. HELIO maintains a tolerance of ±10% on radiometric power measurements. 3. HELIO maintains a tolerance of ±1 nm for peak wavelength measurement. 4. HELIO maintains a tolerance of±0.1 V on forward voltage measurement. 8

9 Product Binning(Tj = 25 ) Helixeon emitters are labeled using 6-digit alphanumeric bin code. The formats are explained as follows: AB CD EF Where: AB designates peak wavelength bin CD designates Photometric Luminous Flux bin. EF designates forward voltage bin. Photometric Luminous Flux binning information (AB) Bin Code Min. Max. Unit DQ DS RED 660 SA SC SE SG JI JJ IFR 740 JM JO JQ nm JS IM IFR 850 IO IQ IS MN MO IFR 940 MQ MS QA Peak wavelength binning information (CD) Bin Code Min. Max. Unit AQ AR AS mw AT AU

10 Forward voltage binning information (EF) Bin Code Min. Max. Unit A Note: 1. The typical radiometric power of Helixeon will be upgraded per season. 2. HELIO maintains a tolerance of ±10% on radiometric power measurements. 3. HELIO maintains a tolerance of ±1 nm for peak wavelength measurement. 4. HELIO maintains a tolerance of±0.1 V on forward voltage measurement. V 10

11 5. Optical characteristics Emission spectrum 11

12 Radiation Pattern XPE XXXXXX-L1 XPE XXXXXX-L2 12

13 Electrical characteristics Typical Forward Current Characteristics

14 Typical Light Output Characteristics over Forward Current

15 Reflow soldering conditions 15

16 Package Specifications Tape Reel 16

17 Label Label for Tape-and-Reel Storage Do not open the moisture proof bag before the devices are ready to use. Before the package is opened, LEDs should be stored at temperatures less than 30 and humidity less than 50%. After the package is opened, LEDs should be stored at temperatures less than 30 and humidity less than 30%. LEDs should be used within 168 hours (7 days) after the package is opened. 17

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