Switched capacitor converters play an important role in various applications power electronics. Voltage equalizers are one of them, and have been applied for partial shading compensation photovoltaic systems. In other works, the switched capacitor, improved with addition a small inductor, becoming resonant converter many advantages compared to capacitor. However, this can still be aspects, rath...

This paper proposes a novel active power decoupling circuit that is integrated with an interleaved boost converter for isolated DC to single-phase AC conversion applications. The proposed consists of two full-bridge inverters coupled inductor, small buffer capacitor decoupling, and diode rectifier. Further, the controlled independently by coupling inductor common-mode operation converter, respe...

A boost converter which employs an isolated active snubber to reduce the losses caused by the reverserecovery characteristic of the boost rectifier and the turnon discharge loss of the output capacitance of the boost switch is described. The proposed isolated active snubber consists of a coupled inductor, clamp capacitor, and ground-referenced N-type MOSFET. The performance of the proposed conv...

A new partitioning approach integrates the power devices and drive of a high-efficiency synchronous-rectified buck converter for numerous advantages in low-voltage power systems. This approach, coupled with a low-cost voltage-mode controller, improves efficiency by eliminating the dissipative current-sensing resistor and reduces size with a smaller inductor. The resulting converter responds fas...

-This paper proposes a method to stabilize a power hardware-in-the-loop (PHIL) simulation of inductor coupled systems, in which real time simulator causes instability due to the introduced time delay of the system. The configuration of the PHIL simulation is described and the focused issue is the instability problem of the PHIL simulation. The causes for the instability are analyzed and a solut...