Design, Modeling And Analysis Of A New Dual Input-Output Switched Capacitor Converter
Loading...
Date
2017-11-05
Authors
Zhaikhan, Ainur
Subburaj, Vivekanandan
Jena, Debashisha
Perumal, Parthiban
Ruderman, Alexander
Journal Title
Journal ISSN
Volume Title
Publisher
IEEE Region 10 Conference (TENCON), Malaysia
Abstract
A new dual-input and dual-output switched capacitor
(SC) converter is designed to operate with two independent
voltage sources that provides two different output voltages. The
only converter generates 32 voltage conversion ratios (VCRs).
The converter is portable to operate with one or two input
sources alternatively and having the ability to vary 32 voltage
ratios. An efficient low power SC converter is designed for input
voltage of 1.5 V to 5 V that gives dual output voltages of 1 V
to 10 V. The designed converter can operate in both buck and
boost modes. This SC converter has high drive capability of load
current from 10 A to 25 mA that is adjusted by operating
frequency. Modeling, analysis are performed to verify the dual
output converter mathematically and also verified using PSIM
simulations. The mathematical results and simulation results
show excellent proof of newly designed converter.
Description
Keywords
DC/DC converter, SC converter, VCRs, dualinput, dual-output, multiphase, series-parallel
Citation
Zhaikhan, Ainur et.al. (2017) Design, Modeling And Analysis Of A New Dual Input-Output Switched Capacitor Converter. IEEE Region 10 Conference (TENCON), Malaysia