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1·To improve the output voltage waveform.

改善输出电压的波形。

2·The experiment voltage waveform is given at last.

并给出了系统实际输出电压波形。

3·Which can be used for direct observation of the input signal voltage waveform.

它可以用于直接观察输入信号的电压波形。

4·This can be explained by two major differences of the 800v drain-source voltage waveform.

这里有两条理由可以解释800伏特漏源极电压波形的两个差异。

5·It was an effective way to improve output voltage waveform for inverter under nonlinear load.

在逆变电源带非线性负载时，它是对输出电压波形进行改善的一种有效手段。

6·Actuating process of the balancer is discussed and then a step drive voltage waveform is defined.

介绍了平衡头作动过程，基于此给出了阶跃型驱动电压波形。

7·The CVCF-SPWM inverter is the core of a UPS system which required high quality output voltage waveform.

SPWM 逆变器是UPS 系统的核心部件，要求它具有高质量的输出电压波形。

8·First, the largest Lyapunov exponent of arc voltage waveform is calculated to confirm the chaotic behavior of arc furnace.

分析表明：该法用于直流电弧炉电气特性的建模研究，且进一步提高了预测的准确性。

9·This scheme can achieve the satisfactory static and dynamic response, and can be used in occasion of high quality voltage waveform.

此方案可使逆变电源输出电压波形兼具良好的稳态和暂态特性，可用于逆变电源输出波形质量要求较高的场合。

10·The experiment result verifies the feasibility of voltage waveform control and parallel control scheme of high power three phase inverter.

实验结果进一步验证了大功率三相逆变器的波形控制和并联控制策略有效可行性。