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Investigation of Light Extraction from Light Emitting Module Chip-on-Board

机译:发光模块板上芯片的光提取研究

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A research has been carried out on the optimization of the shape of encapsulating cover to minimize optical losses in light-emitting modules fabricated with the "chip-on-board'' (COB) technology. Optical properties of the components of a typical COB were taken into account including those of the substrate, light-emitting chips, encapsulating material and phosphor particles. Light losses were analyzed for various types of encapsulant surface structuring in an attempt to design an optical element with maximum light extraction efficiency. Calculations were complemented with experimental measurements. The results of the research showed that structuring the surface of the encapsulant can enhance light extraction by 10 to 15% for the material without phosphor particles and by 10 to 14% for the material with phosphor particles.
机译:已对优化封装盖的形状进行了研究,以最大程度地减少采用“板上芯片”(COB)技术制造的发光模块的光学损耗,典型COB组件的光学特性为考虑到包括基板,发光芯片,封装材料和磷光体颗粒在内的光损耗,分析了各种类型的密封剂表面结构的光损耗,以设计出具有最大光提取效率的光学元件,并在实验中进行了补充研究结果表明,对不带荧光粉颗粒的材料,对密封剂表面进行结构化处理可以使光提取提高10%至15%,对于带荧光粉颗粒的材料,可以提高10%至14%。

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