Jun 11 2010
LedEngin will exhibit a complete range of lenses, light-emitting diodes (LEDs) and lighting equipment at the Guangzhou International Lighting Exhibition in China. The event will be held from 9 to 12 June 2010. The company offers both single and multi-color LED and lens products.
The company has introduced new, advanced LED emitters that are available in 12-die package. The package includes RGBA, RGB, RGB White multi-color LED emitters and a complete range of white LED emitters. The white LEDs have color temperatures ranging from 2700 to 6500 K. The LED emitters are bright, compact and reliable and are available in both 15 W and 40 W formats.
The LED emitters incorporate quality and sophisticated patented packaging technologies that provide improved color point stability, reduced lumen maintenance and optimum light output. The LED emitters meet JEDEC Level 1 Moisture Sensitivity Levels and have improved thermal resistance of 1.8° and 0.7°C/W, respectively. The LEDs can withstand extreme humidity and ambient temperatures.
The 12-die and 4-die multi-color LED emitters can configure multiple RGB die and create superior color mixing because of reduced mixing heights. The RGBW LED emitters offer white and pastel colors, while the RGBA LED emitters have an additional amber color that enhances color rendering and color quality. The LED emitters are suitable for entertainment, decorative and architectural lighting applications.
The white LEDs are suitable for street lighting, architectural, down lighting and general lighting applications. The LEDs have 2000+ lumens in Cool (5500 K), 1500 lumens in Warm (3100 K) and 12-die Neutral (4100 K) temperatures.
LedEngin lens series are specifically developed for 12-die and 4-die LED packages. The lenses deliver high quality and quantity of light and are offered in 35°, 24° and 15° beams. The lenses, when used with the 40 W or 10 W multi-color LED emitters, generate superior color uniformity without compromising the light intensity. The lenses also eliminate rings, shadows and hot spots that are common in other lighting systems.