Golden DRAGON Plus
High power LED with silicone dome, excellent thermal management, max. current of 1 A, long lifetime
Related Product Groups
LCW W5AMGolden DRAGON Plus with silicone dome, warm white, ThinGaN, chip level conversion, reflow solderable |
LW W5AMGolden DRAGON Plus with silicone dome, white, ThinGaN, chip level conversion, reflow solderable |
LUW W5AMGolden DRAGON Plus with silicone dome, ultra white, ThinGaN, chip level conversion, reflow solderable |
LA W5AMGolden DRAGON Plus, Enhanced Thin Film LED, amber (A), white SMD package, colorless clear silicone resin, clear silicone lens |
LR W5AMGolden DRAGON Plus, Enhanced Thin Film LED, red (R), white SMD package, colorless clear silicone resin, clear silicone lens |
LY W5AMGolden DRAGON Plus, Enhanced Thin Film LED, yellow (Y), white SMD package, colorless clear silicone resin, clear silicone lens |
LD W5AMGolden DRAGON Plus, deep blue (D), white SMD package, colorless clear silicone resin, clear silicone lens |
LB W5AMGolden DRAGON Plus, blue (B), white SMD package, colorless clear silicone resin, clear silicone lens |
LT W5AMGolden DRAGON Plus, true green (T), white SMD package, colorless clear silicone resin, clear silicone lens |
LV W5AMGolden DRAGON Plus, verde green (V), white SMD package, colorless clear silicone resin, clear silicone lens |
LH W5AMGolden DRAGON Plus, enhanced thin film LED, hyper red (H), white SMD package, clear silicone lens |
LCW W5AM.PCGolden DRAGON Plus, neutral white (0.37, 0.37), high efficient lightsource at low space |
Additional Documentation and Information
| Document Type | Title | Date | File Type | File Size |
|---|---|---|---|---|
| Application Note |
Reliability of the DRAGON Product Family This application note provides an overview of the performance of the DRAGON product family (in this case, LEDs without plastic lenses) as... |
2011-05-01 | 1739 KB | |
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| Application Note |
Zuverlässigkeit der DRAGON Produktfamilie (german) Die Applikationsschrift gibt einen Überblick über die Performance der DRAGON Produktfamilie (hier speziell LEDs ohne...
Zuverlässigkeit der DRAGON Produktfamilie (german)
Die Applikationsschrift gibt einen Überblick über die Performance der DRAGON Produktfamilie (hier speziell LEDs ohne Kunststofflinse), sowie eine Zusammenfassung der wichtigsten applikationsrelevanten LED-Daten mit Hinblick auf ihre Auswirkungen auf die Lebensdauer. |
2011-05-01 | 1776 KB | |
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| Application Note |
General Information on the Assembly and Solder Pad Design of the DRAGON Family This application note gives general informaᄑtion on the assembly and design of the solder pad of the DRAGON product... |
2010-07-01 | 591 KB | |
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| Application Note |
Golden DRAGON Plus This application note provides an insight into the Golden DRAGON Plus, a high power LED from the DRAGON product family of OSRAM Opto...
Golden DRAGON Plus
This application note provides an insight into the Golden DRAGON Plus, a high power LED from the DRAGON product family of OSRAM Opto Semiconductors. A fundamental overview of the construction, handling and processing of the new Golden DRAGON Plus is presented. In addition, general information concerning thermal characteristics, influence of junction temperature, reliability and lifetime is provided. |
2008-10-01 | 337 KB | |
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| Application Note |
Driving the Golden DRAGON The Golden DRAGON LED is OSRAM Opto Semiconductors’ high performance LED requiring special considerations in thermal management and...
Driving the Golden DRAGON
The Golden DRAGON LED is OSRAM Opto Semiconductors’ high performance LED requiring special considerations in thermal management and electrical implementation. This application note is intended to help the design engineer with the special electrical considerations of the Golden DRAGON LED. With a higher current there is higher power, and therefore more heat to dissipate. The Golden DRAGON LED package is optimized for removing this heat efficiently. With an integrated heat slug (also known as a heat spreader) the thermal performance is far superior to standard LEDs. |
2007-02-01 | 523 KB | |
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