This paper presents analytical expressions for steady-state waveforms, output power, and
power conversion efficiency for the class-E inverter outside the class-E zero-voltage …

In this paper, analytical expressions and design equations are presented for a class-E
amplifier with MOSFET nonlinear drain-source capacitance and linear gate-drain parasitic …

In this paper, the Class-F n/E power amplifier (PA) and the inverse Class-E (Class-E-1) PA
under zero-current switching and zero-current-derivative switching conditions at any duty …

From the controller design framework, a simple analytical model that captures the dominant
behavior in the range of interest is the optimal. When modeling resonant circuits, complex …

The wide variability of the load is the main problem of domestic induction-heating
technology. The considered power control strategy should guarantee stability and regulation …

This paper describes a novel modeling approach for self-oscillating resonant power
converters operating under a control method based on the variable structure of the system …

Although compact fluorescent lamps (CFLs) have been on the market for a long time, many
of them do not achieve the same power factor as the incandescent lamps do, which presents …

In this study, design theory and analysis for the class E power amplifier (PA), considering the
metal oxide semiconductor field effect transistor (MOSFET) parasitic input and output …

This paper presents the analysis, design, simulation and experimental results of a digital
control strategy applied to an electronic ballast to supply a 70-W high-pressure-sodium …

This paper presents an approach to reduce the size of low-frequency square-wave (LFSW)
ballasts by using a single stage for resonant ignition and LFSW operation together with soft …