哪位高手能帮我翻译一下,小弟感激不尽

来源：百度知道 编辑：UC知道 时间：2024/06/07 08:35:21
随着电源技术的迅猛发展和自关断器件的产生,逆变器的应用越来越广泛，，因此，电力电子技术中的正弦波脉宽调制(SPWM)及其它的PWM技术也得到了广泛的应用。
本文首先介绍了大功率逆变器中常用的技术，通过对它们的分析，提出了将最优SPWM技术和移相调压技术应用于逆变器的方案。针对本文控制方案，对于交流滤波器位置的不同，所对应的两种主电路：先叠加后滤波和先滤波后叠加电路进行了分析与设计，比较两种主电路形式，后者在变压器的输入端，高次谐波幅值明显减小。THD随移相角的变化，两种主电路结果一致，都是随移相角的增大，而呈现总体变大的趋势。通过对它们的分析与设计，确定了电路结构较简单的先叠加后滤波方案，作为课题实际所用的主电路。同时，也设计了相应的控制电路。据此分析了一台2kVA逆变器。 最后分析证明了采用移相调压最优SPWM控制的逆变器，控制电路简单，在移相角较小时，波形质量较好。
仿真结果证实了上述分析的可行性和合理性。
别用翻译机翻译!!!!!!!!!!!!!!

With the rapid development of power technology and the shutdown of a device, the application of inverter more extensive, and therefore, the power of electronic technology in the sine wave PWM (SPWM) and other PWM technology has been widely应用.
This paper introduced the first high-power inverter used in the technology, through to their analysis, the optimal will SPWM technology and phase-shifting technology applied to surge inverter programmes. For this control scheme, the location of the different exchange filter, corresponding to the two main circuit: first after the filtering and stack after stack circuit filter to an analysis and design, comparing two main circuit form, the latter in the transformer The input, high harmonic amplitude significantly reduced. THD phase shift with the changes, the two main circuit results in line with the shift is the increase of phase angle, and showed overall larger trend. Based on their analysis and design, identified a simple circuit structu