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Tunable multiple-LEDs combination spectrum for plants based on McCree PAR spectrum

机译:基于McCree PAR光谱的可调谐多LED组合光谱

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In this paper a tunable Light Emitting Diodes' (LEDs) spectrum is proposed to match the plant's spectrum based on the relative quantum efficiency (RQE), proposed by McCree as a reference curve. Various LED spectra with different peak wavelengths are combined into a single one, in order to match the reference target spectrum. Based on optical and electrical experiments, nearly monochromatic LED spectra are measured. A multi-Gaussian function is adopted in order to model the best fitting of the different LED's spectrum. Three different kinds of LED combinations are proposed in order to achieve the optimal spectrum for plants. MATLAB simulation is used to show the matching of LEDs using the proposed LED combinations.
机译:在本文中,提出了一种可调谐发光二极管'(LED)频谱,以基于McCree提出的相对量子效率(RQE)匹配工厂的光谱作为参考曲线。具有不同峰值波长的各种LED光谱被组合成单个,以匹配参考目标光谱。基于光学和电气实验,测量几乎单色LED光谱。采用多高斯功能以模拟不同LED频谱的最佳拟合。提出了三种不同类型的LED组合,以实现植物的最佳光谱。 MATLAB仿真用于使用所提出的LED组合来显示LED的匹配。

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