← 返回 JSSC 论文列表JSSC 2020第12期Power Management0.18µm
A Monolithic Resonant Switched-Capacitor Voltage Regulator With Dual-Phase Merge
提出一种集成合并LC谐振器的谐振开关电容电压调节器，提高效率和功率密度。
0.18-µm CMOS, 85.5%效率, 0.47W, <40-mV瞬态波动
谐振开关电容电压调节器集成电感效率优化负载瞬态响应
▸创新点1：方法创新 - 提出并实现了一种新型的硅集成合并LC谐振器结构，将飞跨电容和电感集成到单一结构中，显著降低了交流电阻损耗，提高了整体效率（85.5%）和功率密度。
▸创新点2：电路创新 - 采用双相位合并技术，优化了谐振开关电容电压调节器的拓扑结构，减少了传统设计中因分立元件带来的寄生损耗，提升了能量转换效率。
▸创新点3：系统创新 - 引入OFF时间调制（OTM）技术，有效扩展了轻载条件下的效率，同时在2–50-mA/4-µs负载瞬变下实现了低于40-mV的欠压/过压波动，提升了系统的动态响应能力。
▸创新点4：工艺创新 - 在0.18-µm CMOS工艺中实现了全集成电压调节器，无需外接无源元件，展示了在高集成度工艺中实现高效电源管理的可行性。
Abstract
Fully integrated voltage regulation, while important
for a number of applications, is challenging due to the limitations
of on-chip passive components, particularly inductors. This work
demonstrates a new direction in passive-component integration
through the design and implementation of a silicon-integrated
merged-LC resonator, used in a resonant switched-capacitor
voltage regulator. The merged- LC resonator combines flying
capacitance and inductance into a single structure to reduce ac
resistiv