Results 261 to 270 of about 59,052 (301)
Some of the next articles are maybe not open access.
2014
This chapter introduces SC circuits. A brief description is given for the main building blocks of a SC filter (operational amplifiers, switches, capacitors, and non-overlapping clock phases). A few examples of SC resistor emulation circuits are presented along with their equivalent resistance. Two examples of SC integrators are also shown, one with the
Hugo Alexandre de Andrade Serra +1 more
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This chapter introduces SC circuits. A brief description is given for the main building blocks of a SC filter (operational amplifiers, switches, capacitors, and non-overlapping clock phases). A few examples of SC resistor emulation circuits are presented along with their equivalent resistance. Two examples of SC integrators are also shown, one with the
Hugo Alexandre de Andrade Serra +1 more
openaire +1 more source
Switched-capacitorized DC/DC converters
2009 4th IEEE Conference on Industrial Electronics and Applications, 2009Switched capacitor DC/DC converters are new prototype of DC/DC conversion technology. Since switched capacitor can be integrated into a power IC chip, consequently, these converters have small size and high power density. Switched capacitor can be used in voltage-lift technique to construct DC/DC converters.
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2012
This chapter deals completely with switched-capacitor filters. The basic concept of SC-based resistor is introduced together with applications to realize stray-insensitive first-order SC filters, SC delay elements, and amplifiers. The technique for analyzing two-phase SC networks using Laker’s z-domain equivalent circuits is presented.
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This chapter deals completely with switched-capacitor filters. The basic concept of SC-based resistor is introduced together with applications to realize stray-insensitive first-order SC filters, SC delay elements, and amplifiers. The technique for analyzing two-phase SC networks using Laker’s z-domain equivalent circuits is presented.
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1997
This chapter presents a method that makes it possible to analyse switched-capacitor networks in discrete time using compacted nodal analysis in continuous time. Our objective is to perform time-discrete analysis in the z-domain using any symbolic analysis tool (e.g. CASCA [26]) intended for analysis of time-continuous networks in the s -domain.
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This chapter presents a method that makes it possible to analyse switched-capacitor networks in discrete time using compacted nodal analysis in continuous time. Our objective is to perform time-discrete analysis in the z-domain using any symbolic analysis tool (e.g. CASCA [26]) intended for analysis of time-continuous networks in the s -domain.
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Achieving high energy density and high power density with pseudocapacitive materials
Nature Reviews Materials, 2019Christopher S Choi +2 more
exaly