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Simulation and Analysis of Conventional and Non-Conventional Three Phase Five Level Multilevel Current Source Inverters

机译:常规和非常规三相五电平多电平电流源逆变器的仿真与分析

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This paper presents a study and analysis of conventional and non-conventional 5-level multilevel current source inverters. To facilitate for a convergence, the angle control method for harmonic control has been applied to all the circuits in accordance with an appropriate switching table. The single phase circuits are implemented in a MATLAB/SIMULINK environment, the multilevel current waveform through the resistive load has been observed (same for all) and the total harmonic distortion recorded. Based on simulation results a comparison is proposed at the end comparing the number of switches, number of inductors required and the total harmonic distortion resulting that the a particular non-conventional topology is more feasible for a three phase actual hardware implementation.
机译:本文介绍了常规和非常规5级多电平电流源逆变器的研究和分析。为了便于收敛,已经根据适当的切换表将用于谐波控制的角度控制方法应用于所有电路。单相电路是在MATLAB / SIMULINK环境中实现的,通过电阻负载观察到了多级电流波形(所有波形都相同),并记录了总谐波失真。根据仿真结果,最后提出了一个比较,比较开关的数量,所需的电感器的数量和总谐波失真,从而得出特定的非常规拓扑对于三相实际硬件实现更为可行。

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