In this paper, the design and development of a novel interleaved tri-state boost converter
(ITBC), which produces lower ripple and exhibits better dynamic response, is discussed …

In this paper a very high gain step up DC-DC converter of multilevel output voltage is
proposed. Maximum voltage gain in conventional Boost converter like, switched inductor …

In this paper, the design and development of tristate buck-boost converter with particle
swarm optimization (PSO)-based optimized Type-3 controller is discussed. In the …

Due to environmental concern, modern science is taking more interest in renewable energy
usage. Therefore, a lot of research work is going on hybrid electric vehicles, electric …

There are several DC–DC converters which are applied in many industrial applications such
as power supplies and power grids. The application discussed here is about solar energy …

The system operating in grid tied mode generally faces a high ripple output problem as the
load connected to the grid varies and so the amount of current drawn from the microgrid …

The DC-DC switched-mode boost converter is well-known for its extensive applications
ranging from few watts to several megawatts in different engineering fields. In this paper, a …

This paper presents a low-noise current-squared delta-sigma-modulation boost converter
suitable for low-voltage wireless sensor networks with transient-accelerated techniques …

DC-DC converters play a pivotal role in power electronic subsystems, used in different
implementations like Switched Mode Power Supplies (SMPS), IMDs etc. Boost converter is …

Power electronics converter and inverter systems for microgrid operations are always
stochastic in nature. When the system operates in grid tied mode the user always faces a …