Mirror-assisted interdigitated back-contact CMOS photovoltaic devices for powering subcutaneous implantable devices

机译：镜像辅助叉指背接触式CMOS光伏器件，用于为皮下可植入设备供电

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Enhanced photocurrent generation in CMOS back-contact photovoltaic devices is experimentally demonstrated in this work by utilizing multilevel metals in standard bulk CMOS to simultaneously achieve uniform series resistance of devices and high optical reflection from back metal mirrors, thus boosting the device efficiency to 18.05 and 20.33% for fingerand leaf-type junction designs, respectively, under 980-nm illumination.

机译：在这项工作中，通过在标准体CMOS中利用多级金属同时实现器件的均匀串联电阻和来自后金属镜的高光反射，从而在CMOS背接触式光伏器件中通过实验证明了增强的光电流产生，从而将器件效率提高到18.05和20.33。在980 nm的光照下，分别用于手指和叶子型连接设计的％。

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《International Symposium on Next-Generation Electronics》|2015年|1-4|共4页
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Jia-Fa Chen; Chung-Lin Chun; Yung-Jr Hung;
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complementary metal oxide semiconductor (CMOS); interdigitated back-contact photovoltaic device; subcutaneous implantable device;

机译：互补金属氧化物半导体（CMOS）;叉指背接触式光伏器件;皮下可植入器件;

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专利

1. Improved Performance in Mirror-Assisted Back-Contact CMOS Photovoltaic Devices [J] . Hung Yung-Jr, Chen Jia-Fa, Chun Chung-Lin Electron Device Letters, IEEE . 2015,第5期

机译：镜面辅助背接触式CMOS光伏器件中的改进性能
2. Subcutaneous Photovoltaic Infrared Energy Harvesting for Bio-implantable Devices [J] . Eunseong Moon, David Blaauw, Jamie D. Phillips Electron Devices, IEEE Transactions on . 2017,第5期

机译：用于生物植入设备的皮下光伏红外能量收集
3. Ultralow power voltage reference circuit for implantable devices in standard CMOS technology [J] . Pereira-Rial Oscar, Lopez Paula, Carrillo Juan M., International journal of circuit theory and applications . 2019,第7期

机译：适用于标准CMOS技术的可植入设备的超低功耗电压基准电路
4. Mirror-assisted interdigitated back-contact CMOS photovoltaic devices for powering subcutaneous implantable devices [C] . Jia-Fa Chen, Chung-Lin Chun, Yung-Jr Hung International Symposium on Next-Generation Electronics . 2015

机译：镜面辅助交叉的反触头CMOS光伏器件，用于供电皮下植入装置
5. CMOS Low-Power Dynamic Impedance Matching System for Wireless Power Transfer and Pressure Sensor Design for Implantable Devices [D] . Huang, Yu-Wen. 2018

机译：用于无线电力传输和压力传感器设计的CMOS低功耗动态阻抗匹配系统
6. Subcutaneous Photovoltaic Infrared Energy Harvesting for Bio-Implantable Devices [O] . Eunseong Moon, David Blaauw, Jamie D. Phillips -1

机译：生物可植入设备的皮下光伏红外能量收集
7. Ultralow power voltage reference circuit for implantable devices in standard CMOS technology [O] . Óscar Pereira‐Rial, Paula López, Juan M. Carrillo, 2019

机译：标准CMOS技术中可植入设备的超高功率电压参考电路
8. Implantable Subcutaneous Blood Access with Percutaneous Puncturable Septum; Evaluation of Implantable Subcutaneous Carbon Blood Access Device with Percutaneous Spigot Valve [R] . Shapiro, F. L. , Cosentino, L. , Keshaviah, P. , 1980

机译：可植入皮下血管通路经皮穿刺隔膜;经皮穴位瓣膜植入式皮下置入血液置入装置的评价

Mirror-assisted interdigitated back-contact CMOS photovoltaic devices for powering subcutaneous implantable devices

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