Titlebook: CMOS Integrated Switching Power Converters; A Structured Design Gerard Villar Piqué,Eduard Alarcón Book 2011 Springer Science+Business Med

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Nanotechnology Past and Presentsed as a link required for the concurrent design of the power drivers and the power transistors. Finally, focusing on the power transistors, a model for the switching losses is presented (from a revised existing model), which splits the switching losses into two different mechanisms, the capacitive

Mingle

,Selected Bibliography (2000–2009),. Louis, MO, June 1997) of the switching frequency as a function of the output current (provided that the converter is DCM operated), is proposed. The main drawback of this proposal is an output ripple increase as both I. and f. become lower. Therefore, the new constraint requires to keep the output

BROOK

Applications: Consolidated Nanostructures,ally, the third section presents transistor-level simulation results from the complete developed system (including the power converter itself and the required control circuits), as well as the general layout distribution.

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Contributions on Converter Integrated Components and Detailed Models,sed as a link required for the concurrent design of the power drivers and the power transistors. Finally, focusing on the power transistors, a model for the switching losses is presented (from a revised existing model), which splits the switching losses into two different mechanisms, the capacitive

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