Design Automation and Verification of Step-Down DC-DC Converter for IC Based Boards
- Department of Electrical Engineering MVR College of Engineering & Technology, Paritala, Krishna, AP, India
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Quickly dropping power supply voltages and tight voltage regulation prerequisites for ICs difficulties power supply fashioners. A novel interleaved releasing (ID) methodology is introduced to diminish the ripple in step down switched capacitor (SC) dc–dc converters. Simulation and experimental of a four-stage SC dc–dc converter demonstrate that the ID methodology can diminish the ripple by a factor of three. The proposed approach additionally enhances the converter productivity by 7%. The ID strategy gives adaptability in the optimization and design of SC based DC-DC converters.
[Sirasaplli Sairam and Kamal Kiran Tata (2015); Design Automation and Verification of Step-Down DC-DC Converter for IC Based Boards Int. J. of Adv. Res. 3 (Dec). 424-432] (ISSN 2320-5407). www.journalijar.com
