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Enhancement of angular CCT by hybrid phosphor structure in white light-emitting diodes

机译:白色发光二极管中的混合磷光体结构增强角CCT

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摘要

The hybrid phosphor structure for white light-emitting diodes application was reported. It was demonstrated that the improvement of the luminous efficiency as well as the good uniform angular correlated color temperature (CCT) in hybrid phosphor structure compared with the conventional dispense method. The experimental results showed the CCT deviation was improved from 453K to 280K in the range of −70 to 70 degrees, which could be attributed to the large divergent angle of blue light. Moreover, the high lumen output was also achieved, as compared with dispense and conformai phosphor structures. Therefore, the experimental results indicated that the hybrid phosphor structure was feasible to use in the solid state lighting.
机译:报道了用于白色发光二极管的混合磷光体结构。结果表明,与传统的点胶方法相比,混合荧光粉结构的发光效率得到了改善,并获得了良好的均匀角相关色温(CCT)。实验结果表明,CCT偏差在-70至70度范围内从453K改善到280K,这可能归因于蓝光的大发散角。而且,与分配和保形磷光体结构相比,还实现了高流明输出。因此,实验结果表明混合荧光粉结构在固态照明中是可行的。

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