This paper illustrates the impact of including a flying capacitor in a Boost converter. Both topologies, Boost and Boost with Flying Capacitor, are compared in terms of efficiency and volume. Results obtained from an optimization algorithm are validated through simulations and a hardware prototype
This thesis presents the simulation, design, and hardware implementation of a modified multiphase bo...
This analyzes and justifies the capabilities of the flying capacitor multilevel flyback converter (F...
A three immense configurations of boost converter for renewable energy application is presented in t...
This paper illustrates the impact of including a flying capacitor in a Boost converter. Both topolog...
This thesis explores the possibilities to improve the power density (power to volume ratio) and the ...
The work presented in this thesis focuses on overall volume reduction of the dc-dc power supplies us...
This paper presents the feasibility challenges of designing dc-dc buck and boost converter in nano-s...
Voltage boosting is required in many energy conversion applications, ranging from front-end solar en...
This work presents the design space exploration of a boost switching power converter focused on its ...
This paper describes novel method of balancing of multi-level flying capacitor converters. The propo...
In this dissertation, we develop and explore very-high-performance power conversion systems for emer...
The thesis is focus on multilevel topologies based on flying capacitors such as the flying capacitor...
This paper investigates the realization of a five-level Flying Capacitor Inverter. After a brief des...
This paper proposes a flying-capacitor-based chopper circuit for dc capacitor voltage equalization i...
The flying-capacitor (FC) topology is one of the more well-established ideas of multilevel conversio...
This thesis presents the simulation, design, and hardware implementation of a modified multiphase bo...
This analyzes and justifies the capabilities of the flying capacitor multilevel flyback converter (F...
A three immense configurations of boost converter for renewable energy application is presented in t...
This paper illustrates the impact of including a flying capacitor in a Boost converter. Both topolog...
This thesis explores the possibilities to improve the power density (power to volume ratio) and the ...
The work presented in this thesis focuses on overall volume reduction of the dc-dc power supplies us...
This paper presents the feasibility challenges of designing dc-dc buck and boost converter in nano-s...
Voltage boosting is required in many energy conversion applications, ranging from front-end solar en...
This work presents the design space exploration of a boost switching power converter focused on its ...
This paper describes novel method of balancing of multi-level flying capacitor converters. The propo...
In this dissertation, we develop and explore very-high-performance power conversion systems for emer...
The thesis is focus on multilevel topologies based on flying capacitors such as the flying capacitor...
This paper investigates the realization of a five-level Flying Capacitor Inverter. After a brief des...
This paper proposes a flying-capacitor-based chopper circuit for dc capacitor voltage equalization i...
The flying-capacitor (FC) topology is one of the more well-established ideas of multilevel conversio...
This thesis presents the simulation, design, and hardware implementation of a modified multiphase bo...
This analyzes and justifies the capabilities of the flying capacitor multilevel flyback converter (F...
A three immense configurations of boost converter for renewable energy application is presented in t...
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