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White LED devices with nearly uniform space-color distribution through nanoparticle usage

机译:通过使用纳米粒子,白色LED器件具有几乎均匀的空间颜色分布

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With the rapid development of GaN-based light-emitting diodes(LEDs), high power white light-emitting diodes (wLEDs) have exhibited great potential to become general lighting sources. But they are suffering problems of color disharmony and low light extraction efficiency. In the present work, nearly uniform space-color distribution, around 30K, is obtained through the usage of TiO2 NPs. This method is easy to be implemented. Normal dispenser machines can do. Further optimizing the concentration of TiO2 NPs and fabrication technique, the correlated color temperature(CCT) deviation is expected to decrease to zero. Finally, aging tests prove that the usage of TiO2 NPs will not bring in reliability problems. The packaging structure is as tight as commercial products.
机译:随着基于GaN的发光二极管(LED)的快速发展,高功率白光发光二极管(wLED)展现出了成为普通照明光源的巨大潜力。但是它们遭受颜色不协调和光提取效率低的问题。在目前的工作中,通过使用TiO 2 NPs可获得接近均匀的30K左右的空间颜色分布。此方法易于实现。普通的点胶机可以做到。进一步优化了TiO 2 NPs的浓度和制备工艺,相关色温(CCT)偏差有望减小至零。最后,老化测试证明,使用TiO 2 NP不会带来可靠性问题。包装结构与商品一样紧密。

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