Experiment of a high voltage gain switched capacitor dc-dc converter based on a cross-connected fibonacci-type converter
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CitationRubpongse, R., Asadi, F., Do, W. ve Eguchi, K. (2019). Experiment of a high voltage gain switched capacitor dc-dc converter based on a cross-connected fibonacci-type converter. ICIC Express Letters, Innovative Computing, Information and Control. 13(5), s. 393-400.
To make an efficient converter for energy harvesting systems, a high voltage gain cross-connected switched-capacitor (SC) DC-DC converter is presented in this paper. By using a cross-connected structure based on Fibonacci-type converters, the proposed converter can realize high voltage gain, where the voltage gain is expressed as a power of two. On the other hand, unlike traditional converters, stepped-up voltage is created in every clock cycle. By using the cross-connected structure, the proposed converter can reduce the size of output capacitor and output ripple noise. Therefore, the proposed converter can be compact in size. Experimentation revealed that the proposed converter can realize a high voltage gain, fast response speed, small output ripple noise, even at a small size.
SourceICIC Express Letters
- Makale Koleksiyonu 
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