Development of dielectric barrier discharging power supply

Abstract

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Self-Tuning High-Voltage and High-Frequency Sinusoidal Power Supply for Dielectric Barrier Discharge Plasma Generation

“…The discharge can be ignited directly at the net frequency (50 or 60 Hz) [17], or at increased frequencies, by using power electronic components. Several architectures with one [18], two [19] or four [20] electronic switches have been utilized. Transformer-less configurations have been used as well [21].…”

Atmospheric-pressure dielectric barrier discharge generation by a full-bridge flying capacitor multilevel inverter

“…Ideally, the electric power supplies for non-thermal plasma generation must provide a high efficiency of energy transfer to the discharge and the ability to control the plasma parameters according to the process requirements, besides having a low power consumption, simple operation, and being reliable and secure. Different power supply systems for AP-DBD reactors have been designed and built to meet the above requirements [15,16]. Nowadays, the multilevel converter topologies have been seen to enlarge their applications considerably as a result of many types of research and technical development contributions that have been improved over more than 30 years since the publication by Nabae et al [17].…”