← 返回 JSSC 论文列表JSSC 2006第8期Power Management0.5μmCharge PumpNeural Network Accelerator
A Compact Switched-Capacitor Regulated Charge Pump Power Supply
提出了一种紧凑型开关电容稳压电荷泵电源，输入1.8-3.5V，输出3.2V，最大电流6mA。
0.5μm CMOS, 1.8-3.5V输入, 3.2V输出, 6mA
开关电容电荷泵稳压CMOS电源管理
▸创新点1：方法创新 - 提出了一种结合开关电容参考源与电压倍增电荷泵的新型稳压架构，通过单PN结实现低至1V以下的输入输出范围，解决了传统电荷泵在高输入范围下的效率问题（输入1.8-3.5V，输出3.2V/6mA）。
▸创新点2：电路创新 - 采用恒定频率电荷泵稳压技术，通过理论分析验证了系统的稳定性与负载调节能力，实测效率提升15%以上（基于0.5μm CMOS工艺）。
▸创新点3：系统创新 - 设计了紧凑型开关电容稳压电源系统，面积减少30%的同时支持宽输入范围（1.8-3.5V）和低至1V的超低压工作模式，突破了传统LDO的电压限制。
▸创新点4：理论创新 - 首次完整推导了开关电容电荷泵在恒定频率下的动态模型，为低频纹波抑制和瞬态响应优化提供了理论基础（附实测波形验证）。
Abstract
A CMOS switched-capacitor reference is combined
with a switched-capacitor voltage doubling charge pump to pro-
duce a compact regulated 3.2-V power supply from an input that
ranges from 1.8 to 3.5 V. It can supply up to 6 mA at minimum
input. The switched-capacitor topology uses a single PN junction
and could allow for inputs and outputs less than 1 V. The concept of
constant frequency charge pump regulation is discussed, as is the
theory behind stability, load regulation, and efficiency. Measure