Parameter design is significant in ensuring a satisfactory holistic performance of power
converters. Generally, circuit parameter design for power converters consists of two …

The DC-DC buck converter stands as a fundamental component in diverse electronic
systems, offering voltage stabilization for equipment [1]. Its applications span across …

Two-stage single-phase inverter using dual-mode control can match wide input voltage
variation range and increase efficiency. That is studied by many researchers. In addition …

Power converters are pervasive in modern electronic component design. They can be found
in all electronic devices from household appliances and cellphone chargers to vehicles …

The optimal design of power converters often requires a huge number of simulations and
numeric analyses to determine the optimal parameters. This process is time-consuming and …

Threatened by the global warming and the depletion of fossil fuel, renewable energy such
as solar energy and clean transportation solutions like electric vehicles are attracting more …

As a crucial frequency selection device in modern communication systems, the microwave
filter plays an increasingly prominent role. There is a great demand for the multi-objective …

This work presents an LC filter design methodology that considers the optimization of the
converter as a whole: filter, semiconductor switches, and DC bus. The optimization is made …

The optimal design of power converters often requires a long time to process with a huge
number of simulations to determine the optimal parameters. To reduce the design cycle, this …

The design of circuit parameters is critical to optimize the performance and efficiency of
power converters. This research focuses on designing synchronous buck converters using …