利用电荷回收和绝热充电的Dickson电荷泵调节机制

A. F. Bîzîitu, B. L. Goras
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引用次数: 0

摘要

为驱动电阻性负载而优化的集成电荷泵通常使用反馈控制回路来提高整个指定负载范围内的功率效率。我们提出了一种新的电路拓扑结构,将电荷回收与基于可调节时钟缓冲电源的反馈控制环路相结合,该电源也能够绝热充电。时钟缓冲电源调节以及绝热充电机制都是通过一个单片快速瞬态响应电压调节器来实现的。
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Regulation Mechanism for Dickson Charge Pumps Using Charge Recycling and Adiabatic Charging
Integrated charge pumps optimized for driving resistive loads are usually using a feedback control loop for improving the power efficiency over the entire specified load range. We propose a new circuit topology that combines charge recycling with a feedback control loop based on a regulated clock buffer supply that is also capable of adiabatic charging. The clock buffer supply regulation, as well as the adiabatic charging mechanism are both employed via a single on-chip fast transient response voltage regulator.
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