ANALYSIS AND PERFORMANCE EVALUATION OF A FIVE-LEVEL SINGLE-PHASE FLYING CAPACITOR MULTILEVEL INVERTER

Abstract

The inverter in question is a multilayer device that operates on a single phase and has five distinct operational levels. This article introduces a switching mechanism that utilizes switching angles. This mechanism is designed to produce a diverse array of output voltage waveforms in order to accomplish its objective. The matrix below illustrates the voltage waveform testing and modeling outcomes for five distinct material layers. Additionally, the matrix demonstrates the repercussions that are linked to those discoveries. This paper will conduct a comprehensive analysis of the five-level Flying Capacitor Multilevel Inverter's ability to generate single-phase and five-level limb voltages. The objective of this paper is to present this analysis. This process will involve an examination of the circuit's triggering and modeling block diagrams.