Abstract
The design of modern switched-capacitor (SC) power converters entails the generation of highly precise and efficient power supply modules, which can operate over a large range of input and output voltage levels and load power demands. The development of a highly efficient power supply should thus involve an in-depth investigation on the various power loss mechanisms in the power stage, gate drive buffers and controller. This is especially critical for the SC power converters designed for self-powered microsystems, wherein the losses could be comparable to the energy harvested and load power demands.
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