LX_M&S_FE005 High efficiency digital light source 3000K Warm white (actual size) Technical Specifications power XED 3000K WARM WHITE High CRI Part number: LX-01PXX-30W-00-00 *) *) Note: Description of part number refer to page 14. Rev.01 (03/08) LX-01PXX-30W-00-rev01.doc Page 1/16 High efficiency digital light source UNIQUE FEATURES . CCT: 3000K - Proprietary Chip-in-Silicon [CiS] technology - Silicon (Si-wafer) generic package - Miniature form factor: 2.5mm x 2.5mm x 0.6mm - Single chromatic range with tight tolerance: Mac Adams 6 - Best-in-class Thermal Resistance: 5K/W . Typical Average Lifetime*): > 50,000 hours (T70) - Suitable for assembly on standard FR4 PCB . ESD-withstand voltage: 2kV . Luminous Flux: 36 Lumen . CRI > 85 (Ra8) . Standard SMT assembly DESIGNED & SPECIFIED FOR - Automotive interior lighting - Medical & dental lighting - Transportation equipment interior lighting (aircraft, train, vessels) - Emergency luminaries - Backlight light source for LCD displays - Substitution of halogen lamps - Decorative and architectural lighting - Accent lighting - High quality torch & recreational lamps - Industrial equipment lighting *)Note: Conditions at Ta=25 °C, RthJA=35K/W, IF=350mA LX-01PXX-30W-00-rev01.doc Page 2/16 High efficiency digital light source Absolute Maximum Ratings Ta=25°C Parameter Symbol Value Unit Power Dissipation PD 1.6 W DC Forward Current IF 400 mA Pulsed Forward Current IFP 1000 mA Reverse Voltage VR 5 V Operating Temperature Top -40 ~ +100 °C Storage Temperature Tstg Junction Temperature Tj -40 ~ +100 145 °C °C (10ms pulse width of duty 10%) Allowable Forward Current vs. Ambient Temperature IF [mA] RthJA=35K/W Ta [°C] LX-01PXX-30W-00-rev01.doc Page 3/16 High efficiency digital light source Electro-Optical Characteristics Ta=25°C Parameter Symbol Condition typ max Unit Forward Voltage VF IF=350 mA 3.6 3.9 V DC Forward Current IF 350 400 mA - deg Viewing Angle 2Θ ½ IF=350 mA 120 Colour Temperature CT warm white 3000 CRI (Ra8) IF=350 mA 88 X IF=350 mA Y IF=350 mA 0.440 0.403 φV IF=350 mA 32 Colour Rendering Index Chromaticity Coordinate Luminous Flux Ranking Ranking Rank A B LX-01PXX-30W-00-rev01.doc lm IF=350 mA, Ta=25°C Luminous Flux φ V [lm] Rank A B K Min. 28 32 Max. 32 36 IF=350 mA, Ta=25°C Luminous Intensity I V *) [cd] Min. Max. 10.6 12.1 12.1 13.6 Page 4/16 *) Note: XEDs have a 100% final testing procedure in the production. The measurement includes the luminous intensity (cd) and chromaticity coordinates. Tolerance ranges: IV - ± 10% CIE - ± 0,01 These measured values are basis for the release of the delivery. High efficiency digital light source Chromaticity Coordinates Diagram CIE Coordinates: Tolerance area MacAdams 6*) Warm white 3000 K Target Coordinates: x=0,440 y=0,403 at IF=350 mA, Ta=25°C *) Note: The CIE-area inside the MacAdams Ellipse 6 (acc. to IEC 60081) appears as an equal color so that the chromaticity differences between the center of the ellipse and any point on the ellipse can hardly be perceived . Measurement equipment: Integrating sphere (inner diameter: 500mm) Measurement tolerance: ± 0,01 LX-01PXX-30W-00-rev01.doc Page 5/16 High efficiency digital light source Reference Curves (typical values) Luminous Intensity IV= f (IF); TA= 25 °C IV [cd] IF [mA] Forward Current IF= f (VF); TA= 25 °C IF [mA] VF [V] Forward Voltage VF=f (Ta); IF=350 mA VF [V] φV [lm] Luminous Flux φV= f (IF); TA= 25 °C Ta [°C] IF [mA] Luminous Flux φVrel= f (TS); IF=350mA Y Relative φV CIE-Shift XY=f (IF), Ta=25°C TS [°C] X LX-01PXX-30W-00-rev01.doc Page 6/16 High efficiency digital light source Relative Luminous Intensity [%] Relative Spectral Emission Iv-rel = f (λ);IF=350mA, Ta=25°C λ [nm] Radiation Characteristic Ta=25°C 0° 10° 20° 30° 40° 50° 60° 70° 80° 90° Relative Intensity [%] LX-01PXX-30W-00-rev01.doc Page 7/16 High efficiency digital light source Soldering Guidelines Soldering paste and optical layer must not come into contact. This could affect the performance of the component. Do not exert external pressure on any part of the resin when soldering. The component should be cooled to room temperature before further processing. This product is not suitable for wave soldering. Use re-flow solder or use a hot plate when soldering. Soldering under N2-atmosphere is recommended to maintain reliability. Soldering rework is not recommended. Do not implement multiple re-flow methods. After soldering, do not bend the circuit board. Solder Pad / Footprint (Unit:mm) Recommended dimensions Note: The solder pad should be close to the electrode area, as recommended. The larger the metal area with solder resist, the better the heat transfer. Reflow Soldering Conditions / Profile Preheat to be at maximum 200°C for maximum 2 minutes. Soldering temperature should not exceed 260°C for maximum 10 seconds. Recommended soldering conditions (surface of circuit board) –lead-free solder Maximum soldering profile 260 °C for max. 10 s 1 ~ 3°C/sec. Recommended soldering profile 250 °C for max. 15 s Minimum soldering profile 240 °C for max. 20 s Preheating 180 ~ 200°C 60sec. max. above 220°C 1 ~ 3°C/sec. 120sec. max. LX-01PXX-30W-00-rev01.doc Page 8/16 High efficiency digital light source Please check the mounting reliability based on the application. Excessive coating of solder paste on the board may result in the formation of a “Solder Ball” on the board and/ or on the side surface of the XED after reflow. Customer should take note that the “Solder Ball” may cause a short circuit. A too large solder pad area can cause the XED to move out of place. Therefore it is our recommendation that only our recommended footprint with an adapted solder paste quantity should be used. Thermal Management Thermal design of the end product is critical to the performance of the XED. The heat generation of the XED must be considered when making the system design. Operate XEDs within the maximum ratings given in this specification. Please choose only an operating current according to XED’s ambient temperature given in this specification and connect the XED to a suitable cooling system. The equation below indicates correlation between TJ and TA. TJ=TA + Rth JA∗P Definitions and Abbreviations: TJ TA RJA P = = = = Junction Temperature: [°C] Ambient Temperature: [°C] Thermal resistance from XED Junction to Ambient: [K/W] Power Input (IF ∗ VF) : [W] Typical Thermal Resistance Junction-Solder Point: Rth JS typ. = 5 K/W Schematic diagram of thermal package LX-01PXX-30W-00-rev01.doc Page 9/16 High efficiency digital light source General Guidelines The XEDs described in this brochure are intended for ordinary electronic equipment such as office equipment, communications equipment, measurement instruments and household appliances. Consult LEXEDIS sales staff in advance for information on the applications in which exceptional quality and reliability are required, particularly when the failure or malfunction of the XEDs may directly harm life or health (such as for airplanes, aerospace, submersible repeaters, nuclear reactor control systems, automobiles, traffic control equipment, life support systems and safety devices). User shall not reverse engineer by disassembling or analysis of the XEDs without having prior written consent from LEXEDIS. In the rare occurrence that XEDs are found faulty, the user shall inform LEXEDIS directly before disassembling or analysis. The formal specifications must be agreed and signed by both parties prior to large volume purchase begins. The appearance and specifications of the product may be modified for improvement without prior notice. LX-01PXX-30W-00-rev01.doc Page 10/16 High efficiency digital light source Outline Dimensions Item Package Encapsulating Material Silicon (Si) Silicone and Phosphor Packing Quantity is 2000 pcs/reel. The reel is packed in an antistatic plastic pack. The XEDs are packaged in cardboard boxes for transportation. The packages should be handled carefully to avoid damage of the components. The boxes are not waterproof and therefore must be protected from water and moisture. When the XEDs are transported, we recommend using the same packing method as LEXEDIS. LX-01PXX-30W-00-rev01.doc Page 11/16 High efficiency digital light source Reel Packing Structure (Reel φ 180mm) LX-01PXX-30W-00-rev01.doc Page 12/16 High efficiency digital light source Labeling The label on the packing units shows the material number, lot number, date code and quantity. Label positions Label Reel (φ180) Label Plastic Pack Reel LX-01PXX-30W-00-rev01.doc Page 13/16 High efficiency digital light source Description Part Number and Label LX-01PXX-30W-00-rev01.doc Page 14/16 High efficiency digital light source Precautions in Handling Safety Precautions The XED light output is intense enough to cause injury to human eyes if viewed directly. Precautions must be taken to avoid looking directly at the XEDs with unprotected eyes [according IEC 60825-1 (EN 60825-1)]. Protection against electrostatic discharge – ESD XEDs are electronic components and sensitive to electrostatic discharge. Appropriate ESD protection measures must be taken when working with XED products. For example, earthed shoes or ESD wristbands have to be applied. Non-compliance with ESD protection measures may lead to damage or destruction of the product. Precaution in driving Products are designed exclusively for forward current driving. Please avoid driving system with reverse voltage, which may cause migration which damages the product. Baking If the moisture absorbent material (silica gel) is no longer effective or the products have exceeded the storage time, baking treatment should be performed under the following condition: Baking treatment : more than 12 hours at 60±5°C. Cleaning Chemical solvents or cleaning agents must not be used to clean the XED component. Mechanical stress on the XED component must be avoided. It is best to use a soft brush, damp cloth or low-pressure compressed air. Storage XEDs should ideally be stored in as-delivered condition and in the original packaging. The products should be stored away from direct light in dry location. After opening the package: The XEDs should be kept at 30°C or less and 70%RH or less. The XEDs should be soldered within 12 hours after opening the package. If unused XEDs remain, they should be stored in the moisture proof packages, such as sealed containers with packages of moisture absorbent material (silica gel). It is also recommended to return the XEDs to the original moisture proof bag and to reseal the moisture proof bag again. Please avoid rapid transitions in ambient temperature, especially in high humidity environments where condensation could occur. LX-01PXX-30W-00-rev01.doc Page 15/16 High efficiency digital light source ©2007 LEXEDIS Lighting GmbH. All rights reserved. Company information: LEXEDIS Lighting GmbH, a joint venture company between TridonicAtco of Austria and Toyoda Gosei of Japan, invents and produces innovative and high-performance digital light sources marketed worldwide under the XED brand. Founded in 2005, LEXEDIS is a fastgrowing and customer-oriented company providing advanced opto-semiconductor products for the advancement of energy-efficient lighting solutions in automotive, general lighting, industrial and display applications. As the creator of XED technology, LEXEDIS is the leading company in the development of intelligent light sources. For technical assistance or the location of your nearest customer-service office contact the following: LEXEDIS Lighting GmbH Technologiepark 10 A-8380 Jennersdorf Austria Tel No:0043-(0)5-9010-650-00 www.lexedis.com [email protected] Product specifications are subject to change without notice. XED is a registered trademark of Lexedis lighting GmbH in Europe and other countries. LX-01PXX-30W-00-rev01.doc Page 16/16