a new multilevel inverter topology with limited switching component

Multilevel inverters have been introduced in the new industry as functional converters for high/medium power applications. in the meantime, inverters with a limited number of switching components attract more attention due to their volume and low cost, high efficiency, and simple control. the suggested inverter uses a novel cell and h-bridge configuration to generate high voltage levels with a minimal number of switching components. an investigation of efficiency and power loss has been conducted for the suggested multilevel inverter. a thorough evaluation of the suggested multilevel inverter s worth has been conducted by comparing the number of devices and other topologies. the comparison depends on the output levels. this paper uses the basic frequency switching modulation for simulation and experimental. simulation and experimental findings have verified the performance of the proposed multilayer inverter with two cells.