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Naser Vosoughi
Researcher at Sharif University of Technology
Publications - 101
Citations - 1687
Naser Vosoughi is an academic researcher from Sharif University of Technology. The author has contributed to research in topics: Monte Carlo method & Neutron. The author has an hindex of 16, co-authored 89 publications receiving 1065 citations. Previous affiliations of Naser Vosoughi include University of Trieste & Atomic Energy Organization of Iran.
Papers
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Generalized Structure for a Single Phase Switched-Capacitor Multilevel Inverter Using a New Multiple DC Link Producer With Reduced Number of Switches
TL;DR: In this paper, a new dc/dc converter is proposed which can produce boosted multiple dc link voltages by using the novel switched-capacitor converter (SCC) and with reduced number of switches.
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A New Cascaded Switched-Capacitor Multilevel Inverter Based on Improved Series–Parallel Conversion With Less Number of Components
TL;DR: A new structure for switched-capacitor multilevel inverters (SCMLIs) which can generate a great number of voltage levels with optimum number of components for both symmetric and asymmetric values of dc-voltage sources is presented.
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A New Transformer-Less Five-Level Grid-Tied Inverter for Photovoltaic Applications
TL;DR: A new fundamental structure of a single-phase transformer-less grid connected multilevel inverter based on a switched-capacitor structure is presented in this study and a tightly controlled current with an appropriate quality can be injected to the grid using a single source renewable energy resource.
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An Interleaved High Step-Up Converter With Coupled Inductor and Built-In Transformer Voltage Multiplier Cell Techniques
TL;DR: An interleaved converter that benefits the coupled inductor and built-in transformer voltage multiplier cell (VMC) and improves the efficiency of the proposed converter in high-current and high-voltage applications.
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A Novel Interleaved Nonisolated Ultrahigh-Step-Up DC–DC Converter With ZVS Performance
TL;DR: An interleaved nonisolated dc–dc converter with high-voltage gain and zero-voltages switching (ZVS) performance is presented and the reverse current recovery problem is alleviated.