This study describes the design and implementation of a high‐frequency resonant converter
based on the transformerless half‐bridge inverter topology. The transformer can be omitted …

This paper describes the analysis and design of an LCL resonant power supply for ozone
generation. The main advantage of the proposed topology is the absence of high-voltage …

It is known that transformer based power supplies for ozone generators have low efficiency,
high cost and exhibits a limited frequency range of operation. To overcome these …

This paper proposes a circuit analysis and system modeling of an ozone generator using a
phase-shifted pulsewidth modulation full-bridge inverter connected to two electrodes via a …

This paper presents a resonant converter for ozone generation developed for corona
discharge processes. The switching frequency is adjusted near the series resonance …

The arrangement of the full-bridge, current-source inverter as a power supply for ozone
generators providing high power factor (PF) and high electrical efficiency in a single stage is …

The use of supply frequencies above 50-60 Hz allows for an increase in the power density
applied to the ozonizer electrode surface and an increase in ozone production for a given …

This work proposes a transformerless power supply for ozone generation, based on single
switch resonant inverter. It is used in conjunction with a LC resonant circuit to achieve high …

This paper proposes a low voltage, high frequency power converters to produce ozone gas
in atmospheric pressure. The ozone chamber is made of a dielectric barrier discharge (DBD) …

This paper describes the analysis, design, and construction of an ozonizer based on a
single-switch resonant converter (SSRC). The main contribution of the work is the removal of …