← 返回 JSSC 论文列表JSSC 2006第6期Other0.35μm/0.25μm CMOS
Piezoelectric Micro-Power Generation Interface Circuits
研究压电微功率发电接口电路，提出新型同步整流器和倍压电路设计。
88%效率，输出功率2.5μW（100kΩ/10nF负载）
压电发电同步整流倍压电路功率效率CMOS工艺
▸创新点1：半波同步整流器与倍压电路的设计与实现，采用0.35μm CMOS工艺，实现了88%的高功率效率，输出功率超过2.5μW，显著提升了能量转换效率。
▸创新点2：全波同步整流器的设计与优化，采用0.25μm CMOS工艺，峰值效率达到86%，输出功率高达22μW，比被动全波整流器高出37%，显著提升了能量采集能力。
▸创新点3：被动全波整流器的设计与测试，采用0.25μm CMOS工艺，峰值效率为66%，输出功率为16μW，为低功耗应用提供了一种无需静态电流的解决方案。
Abstract
New power conversion circuits to interface to a
piezoelectric micro-power generator have been fabricated and
tested. Circuit designs and measurement results are presented for
a half-wave synchronous rectifier with voltage doubler, a full-wave
synchronous rectifier and a passive full-wave rectifier circuit con-
nected to the piezoelectric micro-power generator. The measured
power efficiency of the synchronous rectifier and voltage doubler
circuit fabricated in a 0.35-
m CMOS process is 88% and the
out