In this work, a simple self-oscillating boost converter with assisted turn-off is proposed for
low cost applications. Relative to traditional self-oscillating and PWM converters, the …

In this paper, a self-oscillating boost converter with a blocking diode is proposed to meet the
desire for simple, cost-effective, high performance, and highly efficient LED drivers. As …

The on-time based synchronous boost converter with a new reverse phase ripple injection
(RPRI) compensation method has been presented in order to support high density and high …

This paper presents techniques to enable non-isolated boost converters to achieve high
power efficiencies under high switching frequency and high-voltage conditions. A quasi …

In this work, a blocking-diode self-oscillating buck converter (SOBuC) is proposed to meet
the demand for high performance LED drivers. For robustness and tight LED current …

This paper proposed a non-isolated, ultrahigh boost ratio DC-DC converter for low voltage
photovoltaic power generation applications. A coupled inductor and a charge pump …

In this article, a boost converter with a new modified clamp-switch network is proposed. An
additional capacitor in parallel to the clamp diode is employed to extend the zero voltage …

With the development of renewable energy generation, medium-voltage dc collection in
large-scale photovoltaic (PV) plants has become a research focus with less losses and less …

This paper presents an oscillator-assisted boost converter that can extend the input-voltage
range of a conventional boost converter and expand its application opportunities in energy …

An input-adaptive self-oscillating synchronous boost converter is proposed for ultra-low wide-
range voltage input LED driving with tight input regulation, low cost, and high efficiency. It …