a-SiGeC thin film photovoltaic enabled self-power monolithic 3D IC under indoor illumination

M. Kao, Chih-Chao Yang, Tsung-Ta Wu, Tung-Ying Hsieh, Wen-Hsien Huang, Hsing-Hsiang Wang, C. Shen, W. Yeh, Meng-Fan Chang, J. Shieh
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Abstract

Low temperature a-SiGeC thin film photovoltaic (TFPV) ambient light-energy harvesters monolithically integrated with high performance 3D sequentially stackable device were demonstrated in this article. The 3D stackable device with threshold voltage engineering and driving current boosting technologies enable excellent current controllability to achieve low Ioff and high Ion operation condition for integrated circuit design. The monolithically stacking of Si thin-film energy harvester, which provide output power (21.93uW/cm2) under 450 lux indoor illumination, envisions self-power and low cost 3D+IC for internet of things.
室内照明下a-SiGeC薄膜光伏自供电单片3D集成电路
介绍了低温a-SiGeC薄膜光伏(TFPV)环境光能收集器与高性能3D顺序可堆叠器件的单片集成。三维可堆叠器件具有阈值电压工程和驱动电流提升技术,具有优异的电流可控性,可实现集成电路设计的低断流和高离子工作条件。单片堆叠的Si薄膜能量收集器,在450 lux室内照明下提供21.93uW/cm2的输出功率,为物联网提供自供电和低成本的3D+IC。
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