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Fully Multi-Functional GaN-based Micro-LEDs for 2500 PPI Micro-displays, Temperature Sensing, Light Energy Harvesting, and Light Detection

机译:用于2500 PPI微型显示器,温度感应,光能收集和光检测的全多功能基于GaN的Micro-LED

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GaN-based Micro-LEDs were developed for more than a decade and are considered as the next generation of display technology. Micro-LEDs have more versatile functions than displays. We report fully multi-functional Micro-LEDs for micro-displays, temperature sensing, light energy harvesting, and light detection. The 2500 pixel per inch (PPI) Micro-LED devices displayed animations and pictures in display mode driven by a Si complementary metal-oxide-semiconductor (CMOS) backplane. In temperature sensing mode, it showed a sufficient linearity with a resolution of 795 K/V. It also had a fill factor of 65.9% and efficiency of 15.5% in light energy harvesting mode and a sensitivity of 1240 and external quantum efficiency (EQE) of 33% in light detection mode. Results real that the proposed devices can be used as a self-sustainable micro-system for low cost and eco-friendly applications.
机译:基于GaN的Micro-LED已开发了十多年,被认为是下一代显示技术。与显示器相比,微型LED具有更多的通用功能。我们报告了用于微型显示器,温度感应,光能收集和光检测的全功能微型LED。 2500像素/英寸(PPI)的Micro-LED器件以显示模式显示由Si互补金属氧化物半导体(CMOS)背板驱动的动画和图片。在温度感测模式下,它显示出足够的线性度,分辨率为795 K / V。在光能收集模式下,其填充因子为65.9%,效率为15.5%;在光检测模式下,其灵敏度为1240,外部量子效率(EQE)为33%。实际结果表明,所提出的设备可以用作可自我维持的微型系统,用于低成本和生态友好型应用。

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