实验结果表明最后整形阶段的微小进给量及低电压、低占空比和高频率的电参数对提高整形精度具有重要作用。
Experimental results indicate that tiny feeding, low voltage, low duty ratio and high frequency have important effects to increase the truing precision.
已获专利的仿电流模式结构在不能由传统电流模式控制进行编址的低占空比应用下，提供了出色的负载瞬态响应。
The patented emulated-current-mode architecture provides superior load transient response in low duty cycle applications that are not addressable by traditional current mode control.
已获专利的仿电流模式结构在不能由传统电流模式控制进行编址的低占空比应用下，提供了出色的负载瞬态响应。
The patented emulated-current-mode architecture provides superior load transient response in low duty cycle applications that are not addressable by traditional current mode control.
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