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A Fast and Accurate Simulation Tool for LLC Converters

机译:用于LLC转换器的快速准确仿真工具

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LLC converters have been widely adopted in loads of industry applications. Although traditional fundamental harmonic based analysis method is simple, when applied in wide voltage gain range applications, the analysis accuracy degrades significantly. Thus, to optimize the converter performance, the time domain modelling analysis for different LLC converters and operation modes are discussed. Then, based on the modelling results, a simulation tool based on MATLAB graphical user interface (GUI) is developed to visualize the converter operation. Compared with the commercial simulation software, the developed one holds the advantages of fast, accurate, and convenient. The designed simulation tool has the exact simulation results as the commercial simulation software, while the simulation speed is much faster than the commercial ones. In addition, there is no need for users to build the different converter topologies and measure the key circuit currents and voltages, which is much more convenient. The developed simulation tool can be used to achieve automated design with thousands of iterations, which are tedious and time-consuming for commercial software. The time domain modelling and developed simulation tool are discussed. Simulation results comparisons between the developed simulation tool and commercial PSIM simulation tool are presented to validate the correctness and effectiveness of the developed simulation tool.
机译:LLC转换器已广泛采用负载行业应用。虽然传统的基于基于谐波的分析方法简单,但在宽电压增益范围应用中应用时,分析精度明显劣化。因此,为了优化转换器性能,讨论了不同LLC转换器和操作模式的时域建模分析。然后,基于建模结果,开发了一种基于MATLAB图形用户界面(GUI)的仿真工具来可视化转换器操作。与商业仿真软件相比,开发的仿真软件保持了快速,准确,方便的优点。设计的仿真工具具有精确的仿真结果作为商业仿真软件,而模拟速​​度比商业速度快得多。此外,不需要用户构建不同的转换器拓扑,并测量关键电路电流和电压,这更方便。开发的仿真工具可用于实现具有数千次迭代的自动化设计,这对于商业软件来说是繁琐且耗时的。讨论了时域建模和开发的仿真工具。仿真结果显示了开发仿真工具和商业PSIM仿真工具之间的比较,以验证开发仿真工具的正确性和有效性。

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