Modelling and optimisation of high-efficiency differential-drive complementary metal–oxide–semiconductor rectifier for ultra-high-frequency radio-frequency energy harvesters

Liang Zhijian; Yuan Jie

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Modelling and optimisation of high-efficiency differential-drive complementary metal–oxide–semiconductor rectifier for ultra-high-frequency radio-frequency energy harvesters

机译：用于超高频射频能量收割机的高效差动互补金属氧化物半导体整流器的建模与优化

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Differential-drive cross-coupled (DDCC) rectifier is an important type of rectifier for radio-frequency energy harvesting. In this study, the analytical model of a DDCC rectifier is derived. With this model, optimisation procedures for most power-efficient rectifiers are derived. The model is verified extensively with Spectre simulations using the more complicated BSIM transistor model. Simulation results are further verified with measurements from reported rectifier designs. This study shows that DDCC rectifiers with the efficiency of 80.7% could ideally be achieved with -30 dBm sensitivity following the optimisation procedures introduced in this work.

机译：差分驱动交叉耦合（DDCC）整流器是用于射频能量收集的重要类型的整流器。在这项研究中，导出了DDCC整流器的分析模型。使用此模型，导出了大多数功率高效整流器的优化过程。使用更复杂的BSIM晶体管模型，使用更复杂的BSIM晶体管模拟广泛验证该模型。通过报告的整流器设计的测量，进一步验证了仿真结果。本研究表明，DDCC整流器的效率为80.7％，理想情况下可以通过-30 dBm敏感性来实现，在这项工作中介绍的优化程序之后。

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来源
《Power Electronics, IET》 |2019年第3期|588-597|共10页
作者
Liang Zhijian; Yuan Jie;
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作者单位

Hong Kong Univ Sci & Technol Dept Elect & Comp Engn Clear Water Bay Hong Kong Peoples R China;

Hong Kong Univ Sci & Technol Dept Elect & Comp Engn Clear Water Bay Hong Kong Peoples R China;

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正文语种 eng
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energy harvesting; rectifying circuits; CMOS integrated circuits; rectifiers; driver circuits; integrated circuit design; circuit optimisation; complicated BSIM transistor model; DDCC rectifier; ultra-high-frequency radio-frequency energy harvesters; cross-coupled rectifier; radio-frequency energy harvesting; power-efficient rectifiers; differential-drive complementary metal-oxide-semiconductor rectifier;

机译：能量收获;整流电路;CMOS集成电路;整流器;驱动电路;集成电路设计;电路优化;复杂的BSIM晶体管模型;DDCC整流器;超高频射频能量收割机;交叉耦合整流器;射频能量;射频收获;功率高效整流器;差动驱动互补金属氧化物 - 半导体整体整流器;

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1. Modelling and optimisation of high-efficiency differential-drive complementary metal–oxide–semiconductor rectifier for ultra-high-frequency radio-frequency energy harvesters [J] . Liang Zhijian, Yuan Jie Power Electronics, IET . 2019,第3期

机译：用于超高频射频能量收集器的高效差分驱动互补金属-氧化物-半导体整流器的建模和优化
2. Uniformly Distributed Wideband Metal-Oxide-Semiconductor Field-Effect Transistor Model for Complementary Metal-Oxide-Semiconductor Radio-Frequency Integrated Cirsuits Applications [J] . Hsiao-Bin Liang, Yi-Hsun Tsou, Yo-Sheng Lin, Japanese journal of applied physics . 2008,第2issue1期

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3. Compact models considering incomplete voltage swing in complementary metal oxide semiconductor circuits at ultralow voltages: A circuit perspective on limits of switching energy [J] . Sumeet Kumar Gupta, Arijit Raychowdhury, Kaushik Roy Journal of Applied Physics . 2009,第9期

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4. Low-Leakage Differential-Drive Rectifier as 13.56 MHz Inductive Energy Harvester for Deep Medical Implants with Field Exposure Compliance [C] . Mohamed Faragalla, Wolfgang Krautschneider, Matthias Kuhl IEEE International Symposium on Circuits and Systems . 2021

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机译：利用高能离子注入技术开发CmOs（互补金属氧化物半导体）工艺

Modelling and optimisation of high-efficiency differential-drive complementary metal–oxide–semiconductor rectifier for ultra-high-frequency radio-frequency energy harvesters

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