Titlebook: CMOS Integrated Capacitive DC-DC Converters; Tom Van Breussegem,Michiel Steyaert Book 2013 Springer Science+Business Media New York 2013 A

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Conclusions,e prohibits lossless conversion, in contrast to inductive converters which ideally achieve 100 % efficiency at a finite switching frequency. Clearly there are enough reasons to prefer an inductive DC–DC converter over a capacitive type.

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,Modeling and Design of Capacitive DC–DC Converters,ed. These techniques are used to perform a first feasibility analysis for inclusion of capacitive converters in the power-management interface of an integrated system. For example by calculating the maximum theoretical efficiency (Equation .) that can be achieved by the converter topology. This coar

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Noise Reduction by Multi-Phase Interleaving and Fragmentation,lso part of a SoC. Therefore the noise influences the other building blocks of the SoC. It is shown in this chapter that noise mitigation in fully integrated DC–DC converters has a certain cost, related to the chip area that is required to achieve this. The resilience of the other building blocks wi

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Control of Fully Integrated Capacitive Converters,quirements. These system supply requirements are imposed either through the power-source characteristics or through power-management specifications. Irrespective of the motivation for using a DC-DC converter, the primary concern is to ensure a predictable output voltage and a predictable response on

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Monolithic Integration of DC-DC Converters in CMOS,ive and passive components, the switches and the capacitors, which are structured according to a specific topology described in Chap. 2 and reconfigured based on a control method described in Chap. 5. These chapters take a number of imperfections into account. As is illustrated in Chap. 3 these impe

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Emerging Issues in Nanomedicine and Ethicsed. These techniques are used to perform a first feasibility analysis for inclusion of capacitive converters in the power-management interface of an integrated system. For example by calculating the maximum theoretical efficiency (Equation .) that can be achieved by the converter topology. This coar

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Nanobiosensors for Biomedical Applications,quirements. These system supply requirements are imposed either through the power-source characteristics or through power-management specifications. Irrespective of the motivation for using a DC-DC converter, the primary concern is to ensure a predictable output voltage and a predictable response on