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2014
In principle, the pulse DC/DC converters consist of two parts, a basic circuit and a regulating assembly. The basic circuit comprises of switches (usually a transistor and a diode), a choke and/or a transformer, and a capacitor. By turning on and off the switches in a controlled manner, the required amount of energy is transferred through the switches ...
Branko L. Dokić, Branko Blanuša
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In principle, the pulse DC/DC converters consist of two parts, a basic circuit and a regulating assembly. The basic circuit comprises of switches (usually a transistor and a diode), a choke and/or a transformer, and a capacitor. By turning on and off the switches in a controlled manner, the required amount of energy is transferred through the switches ...
Branko L. Dokić, Branko Blanuša
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2012
This chapter deals with three main topologies of DC/DC converters: buck, boost, and buck-boost. After a short presentation of linear conversion drawbacks, fundamentals on switching conversion are explained. The DC/DC converters are analyzed in continuous and discontinuous operating mode and main parameters as gain, critical inductance, and load voltage
Maria Carmela Di Piazza +1 more
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This chapter deals with three main topologies of DC/DC converters: buck, boost, and buck-boost. After a short presentation of linear conversion drawbacks, fundamentals on switching conversion are explained. The DC/DC converters are analyzed in continuous and discontinuous operating mode and main parameters as gain, critical inductance, and load voltage
Maria Carmela Di Piazza +1 more
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Micromechanical dc-dc converter
2001A micromechanical silicon device suitable for DC-DC voltage up-conversion is investigated theoretically. The behavior of the converter is simulated in the time domain using a circuit simulator. In simulations ignoring parasitic capacitances, DC voltage of level of 16 V is increased to 32 V using a micromechanical converter. The output power is 2 mW for
Oja Aarne, Möttönen Mikko
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2012
This chapter gives an overview of a number of capacitive DC–DC converter prototypes. In addition to the theoretical background presented in the previous chapters, the prototypes illustrate the proposed techniques and the measurements demonstrate their performance.
Tom Van Breussegem, Michiel Steyaert
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This chapter gives an overview of a number of capacitive DC–DC converter prototypes. In addition to the theoretical background presented in the previous chapters, the prototypes illustrate the proposed techniques and the measurements demonstrate their performance.
Tom Van Breussegem, Michiel Steyaert
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2021
A power converter is basically provided with at least three switching circuits, at least one power source, at least one load, and a resonant circuit. Input terminals of the switching circuits are connected to either the at least one power source or the at least one load, and output terminals of the switching circuits are electrically serially connected
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A power converter is basically provided with at least three switching circuits, at least one power source, at least one load, and a resonant circuit. Input terminals of the switching circuits are connected to either the at least one power source or the at least one load, and output terminals of the switching circuits are electrically serially connected
openaire +1 more source