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1·Besides switching at a fixed frequency for Flyback converters, quasi-resonant mode is widely used due to its lower switch-on losses and better EMI performance.

除了工作在固定的开关频率模式外，由于更小的开通损耗和更好的EMI性能，准谐振工作模式在反激式变换器中得到较广泛的应用。

2·On the basis of comparing with power supply of full bridge voltage mode, the authors bring forward the full bridge series resonant mode applied in the pulsatile laser power supply.

在与全桥电压型充电方式激光电源比较的基础上，提出了一种谐振充电式脉冲激光电源。

3·The results proved that the improved resonant mode load current is close to sine wave. The energy transfer efficiency of transformer is improved by 3 percent, and the EMI is decreased.

理论分析和实验结果证明，负载谐振模式使负载电流波形接近正弦波，从而使变压器能量传输效率提高了3%，并减小了电磁干扰。

4·The flyback converter running in discontinuous conduction mode can be operated in hard switching or quasi resonant (or valley switching, or ZVS) mode regarding the primary side switch.

电感电流断续工作的反激式变换器一次侧开关可工作于硬开关或准谐振(或谷值开关或零电压开关)模式。

5·Quantitative analysis shows that the temperature and strain sensitivities or shift direction of resonant wavelength for such a LPFG are dependent on fiber types and coupling mode orders.

定量分析表明谐振波长的温度和轴向应变灵敏度及其变化方向与光纤类型、模式耦合的阶次等因素有关。

6·Quantitative analysis shows that the temperature and strain sensitivities or shift direction of resonant wavelength for LPFG are dependent on fiber types and coupling mode orders.

定量分析表明谐振波长的温度和轴向应变灵敏度及其变化方向与光纤类型、模式耦合的阶次等因素有关。

7·The resonant frequency and damping ratio of the manipulator are obtained via an experimental system for the manipulator, with the resonance mode discussed.

操纵器的谐振频率和阻尼比通过一个实验系统的操纵器，得到讨论与的共振模式。

8·In this paper, the TE_ (011) mode's resonant characteristics of cavities loaded with complex structure dielectric are analyzed approximately by using the mode match method.

本文首先采用模式匹配法近似地分析了复杂结构介质加载谐振腔te _(011)模的谐振特性。

9·Effective damping also can happen to the special mode by designing a suitable resonant loop.

利用适当设计的谐振环路，亦可对特定频率的危险寄生模，进行有效的阻尼。

10·The separation mode electrical match method for the resonant frequencies of USM was presented.

提出了超声电机谐振频率分离式电学匹配方法。