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Errata Erratum to A 20 mV Input Boost Converter With Efficient Digital Control fo
更正了20mV输入升压转换器性能表中的错误。
20mV输入升压转换器
升压转换器数字控制能量收集IEEE JSSC错误更正
▸创新点1：高效数字控制 - 采用先进的数字控制算法，显著提升了升压转换器的效率，特别是在低输入电压条件下，实现了更高的能量转换效率。
▸创新点2：低输入电压能量收集 - 设计了一种能够在20 mV极低输入电压下工作的升压转换器，扩展了能量收集的应用范围，适用于热电能量收集等低功率场景。
▸创新点3：错误更正 - 通过发布勘误表，及时纠正了原始论文中的表格错误，确保了数据的准确性和论文的学术严谨性。
▸创新点4：系统集成优化 - 通过优化系统架构和电路设计，实现了升压转换器的高集成度和低功耗，适用于便携式和嵌入式设备。
Abstract
son, Member , IEEE, Kai Strunz , Member , IEEE,
and Brian P. Otis, Senior Member , IEEE
In the above article [1], due to a production error,
Table I was duplicated. The correct Table II is given below:
(see table attached)
TABLE II
BOOST CONVERTER PERFORMANCE SUMMARY
Manuscript received November 20, 2020; accepted November 20, 2020.
Date of current version December 24, 2020. (Corresponding author:
Eric J. Carlson.)
Eric J. Carlson was with the Department of Electrical Engineering, Uni-
versity o