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Effects of Mesa Size on Current Spreading and Light Extraction of GaN-Based LEDs

机译:台面尺寸对GaN基LED电流分布和光提取的影响

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摘要

The mesa size effect on light extraction efficiency (LEE) of light-emitting diodes (LEDs) was studied in this work. The mesa area size of three kinds of LEDs that were evaluated include: (small-size embedded electrodes: GaN LED, S-LED), (medium-size embedded electrodes: GaN LED, M-LED), (large-size embedded electrodes : GaN LED, L-LED). This paper not only discusses LEE, but current density and heat dissipation performance as well. The output power and light extraction efficiency at for S-LED, M-LED, and L-LED are 555, 485, and 432 mW and 38.1%, 33.4%, and 29.7%, respectively. The best output power and LEE of S-LED is due to the electron-hole recombination rate increasing. This phenomenon is caused by the greatest current spread and heat dissipation potential.
机译:在这项工作中研究了台面尺寸对发光二极管(LED)的光提取效率(LEE)的影响。评估的三种LED的台面面积大小包括:(小型嵌入式电极:GaN LED,S-LED),(中型嵌入式电极:GaN LED,M-LED),(大型嵌入式电极:GaN LED,L-LED)。本文不仅讨论了LEE,而且还讨论了电流密度和散热性能。 S-LED,M-LED和L-LED的输出功率和光提取效率分别为555、485和432 mW,分别为38.1%,33.4%和29.7%。 S-LED的最佳输出功率和LEEE是由于电子-空穴复合速率增加而引起的。此现象是由最大的电流散布和最大的散热潜力引起的。

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