Tunable LED modules based on CSP-COB

Chong-yu Shen, Jianqing Shi, Jiangen Zhao, Wei Tang, G. Sun, Jay GuoxuLiu
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Abstract

Research has indicated the correlation between color of light sources and human circadian cycle. Color tuning to environmental needs has become more and more important in high quality lighting applications. A perfect spectrum of light should exhibit qualities closest to sunlight with high CRI, but is ideally attuned to human sensitivity. A human centric light (HCL) needs to be engineered according to change environment such as multi-use facilities, classrooms, health care, and to create ambience and aesthetics. Tunable LED Modules were developed by combining chip scale packages (CSP) and chip on board (COB) technology. CSPsare integrated on a COB board to achieve high power density and color uniformity, while adding new function of color tunability. The resulting light source can be continuously tuned from bright, cooler colored lighting during the day to dimmer, warmer lighting in the evening, This paper details the design, process, and performance of the LED modules and its application in warm-dimming LED down light and pendant light.
基于 CSP-COB 的可调谐 LED 模块
研究表明,光源的颜色与人体昼夜周期之间存在相关性。在高质量照明应用中,根据环境需求进行色彩调整变得越来越重要。一个完美的光谱应该表现出与阳光最接近的品质,具有高显色指数,但理想地与人类的灵敏度相适应。以人为本的照明(HCL)需要根据变化的环境进行设计,如多用途设施、教室、医疗保健,并创造氛围和美学。可调谐LED模组是结合芯片规模封装(CSP)和板上芯片(COB)技术开发的。cspsave集成在COB板上,实现了高功率密度和色彩均匀性,同时增加了新的色彩可调功能。由此产生的光源可以从白天的明亮,冷的彩色照明连续调节到晚上的暗淡,温暖的照明。本文详细介绍了LED模块的设计,工艺和性能,以及它在暖调光LED筒灯和吊灯中的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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