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This paper presents a new power conversion method that can achieve both high efficiency and high power density by obviating the need for an area-consuming flying capacitor and replacing it with a flying digital load. The proposed flying-domain (FD) power conversion concept enables higher conversion efficiency than a conventional switched-capacitor converter by reducing charge-sharing and bottom-plate...
Modern SoC designs employed in battery-life-constrained mobile applications feature multiple power domains to dynamically scale power-performance trade-offs in response to application demands. Since each power domain requires a DC-DC converter, and since low-power mobile applications are also typically area-constrained, the employed DC-DC voltage regulators must: 1) be fully integrated, 2) support...
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