Power Electronics Converters Applications And Design

By L. Weisz. 2016

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Voltage-Lift Technique Based Nonisolated Boost DC–DC Converter: Analysis and Design (2018, background): “In the structure of non-isolated dc-dc converters such as buck, boost, buck-boost, CUK, and SEPIC converters, there is no high-frequency transformer and as a result, non-isolated dc-dc converters have lower price, smaller size and lower switching losses and high efficiency [1].”
Use of a Series Voltage Compensator for Reduction of the DC-Link Capacitance in a Capacitor-Supported System (2014, methodology): “3 and the SPWM principle discussed in [29], the voltage across CDC between t0 and t1 is given by (12), as shown at the bottom of the page.”
Application of Kalman Filter to Estimate Junction Temperature in IGBT Power Modules (2016, background): “The switching loss consists of turn-on and turn-off losses represented by E on and E oﬀ , respectively, and f sw is the switching frequency [32].”
GaN Technology for Power Electronic Applications: A Review (2016, background): “The primary goal of a power electronic system is to provide power of optimum form for a user load.(1) A key element of any power electronic system is the power switching device, the characteristics of which will largely govern what frequencies and power levels at which a power electronic system may ”