CAJ | 학술논문

传统Z源逆变器存在诸如输入电流不连续，启动冲击电流大，电容应力大等缺陷，为解决上述Z源所存在的不足，研究一种新的Z源电路拓扑。在保持同样的升压情况下，该改进型拓扑电容应力明显减小，冲击电流得到抑制。简要对比二者拓扑下的工作原理，并通过 saber 软件对单相 Z 源逆变器进行仿真，仿真结果验证了改进型Z源拓扑性能的优越性。
전통Z원역변기존재제여수입전류불련속，계동충격전류대，전용응력대등결함，위해결상술Z원소존재적불족，연구일충신적Z원전로탁복。재보지동양적승압정황하，해개진형탁복전용응력명현감소，충격전류득도억제。간요대비이자탁복하적공작원리，병통과 saber 연건대단상 Z 원역변기진행방진，방진결과험증료개진형Z원탁복성능적우월성。
The traditional Z source inverter exists the shortcomings such as the input current being discontinuous,the impact current at start being large,and big capacitance stress defects.And in order to overcome the shortage of the Z source inverter,a new source of Z circuit topology was studied.Under the same boost in cases,the improved topology capacitance stress significantly reduced,and the impulse current was suppressed.Their topology of the working principle was briefly compared,and single-phase Z source inverter was simulated through the saber software.The simulation results demon-strate the superiority of the performance of the modified Z source topology .