电容器
电感器
转换器
涟漪
降压式变换器
解耦(概率)
炸薯条
去耦电容器
电子工程
电气工程
还原(数学)
工程类
电压
数学
几何学
控制工程
作者
Cheng Huang,Philip K. T. Mok
标识
DOI:10.1109/isscc.2013.6487770
摘要
Multi-phase converters have become a topic of great interest due to the high output power capacity and output ripple cancellation effect. They are even more beneficial to nowadays high-frequency fully integrated converters with output capacitor integrated on-chip. As one of the dominant chip area consumers, reducing the size of the on-chip decoupling capacitors directly leads to cost down. It is reported that a 5× capacitor area reduction can be achieved with a four-phase converter compared to a single-phase one [1]. However, the penalty is obvious. Every extra phase comes with an inductor, which is also counted as cost and becomes more dominant with increase in the number of phases.
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