Snubber circuit of switching power supply.
开关电源的缓冲电路。
Use in IGBT Snubber to absorb high voltage and curren.
模块吸收高频尖峰电压、电流。
It can also be used for passive lossless snubber in PFC.
提出的结构可以应用于实现PFC的无源无损吸收。
Figure 44 shows the same OUTPUT response with the snubber in place.
如图44所示，是配以适当的缓冲器下相同的输出响应。
RCD snubber circuit is designed to solve the IGBT switching loss problem.
RCD缓冲电路的设计降低了IGBT的开关损耗。
The use of the snubber CIRCUIT is usually recommended for unity gain configurations.
单位增益配置时通常推荐使用缓冲器电路。
The mechanical snubber device on the machine may prevent damage to parts caused by overload.
机上的机械缓冲装置可避免过载而引起的几件损坏。
This paper presents a novel passive snubber circuit suitable for inverter bridge leg modules.
提出一种适用于逆变桥臂模块的吸收电路。
At last, an parameter design of RC snubber for thyristors in a engineering project is presented.
最后结合工程实例，给出了一个晶闸管阻容吸收参数设计的具体步骤。
In addition, the appropriate parameters of snubber circuits and dead-times for IGBT were worked out.
另外还确定了IGBT的缓冲电路参数、死区时间参数等。
The model for general snubber circuits is presented by means of analyzing the snubber circuit of a chopper.
通过对斩波器中缓冲电路工作过程的分析，提出了一般缓冲电路的模型。
The piston rod of family sedan's rear snubber fractured duringearlier stage of rotary bending fatigue test.
家轿后减振器活塞杆在进行旋转弯曲疲劳试验时出现早期断裂。
The voltage overshoot across the power electronics and the voltage variation could be suppressed by snubber.
功率器件的电压过冲和电压变化率可以通过缓冲电路来进行抑制。
See ill. 13-14. The following components are mounted on the Snubber Circuit Board which is attached to each SCR module.
下列将要描述的元件是装在缓冲器线路板上，与可控硅模块相连的元件。
Both performance of thyristor and parameters of snubber circuit significantly affect voltage distribution in HVDC thyristor valve.
换流阀内可控硅端电压分布特性取决于可控硅器件性能和相应的缓冲电路参数。
With the technique, a reset circuit of automatic discharge for energy captured in the turn-off snubber capacitor is also presented.
结合此技术，还提出了关断缓冲电容器能量的自动放电复位电路。
The relation between switching current overvoltage and parameters of snubber components is founded according to mathematics modeling.
通过数学建模，找出换流尖峰电压与换流缓冲器保护元件参数之间的关系。
An introduction to a type of lossless snubber circuit applicable to flyback converter was given, and its working principles were analyzed.
介绍了一种反激式变换器零电压关断缓冲电路，同时分析了其工作原理。最后简要地介绍一下其设计方法。
The performance of thyristors and the parameters of snubber circuit can significantly affect the voltage distribution in converter valves.
晶闸管器件性能和缓冲电路参数会影响换流阀内电压分布特性。
The experimental(results) show that the EMI level of the integrated motor system has an obvious attenuation after adding snubber and filter.
实验结果证明，增加缓冲电路和滤波器后，一体化电机系统的传导干扰强度明显减弱。
Briefly discuss about IGBT modules in snubber circuit and introduce application of capacitor modules of American CDE Co. in snubber circuit.
简要讨论了IGBT模块缓冲电路的有关问题，并介绍了美国CDE公司的电容模块在缓冲电路中的应用。
This snubber could obviously snub the harmonics in the output waveform which would appear when the switching devices are shifted from on to off.
这个缓冲吸收器可以明显地消除当半导体开关从导通到截止切换时输出波形中的谐波成分。
This paper introduces an advanced ZVT BOOST circuit. In order to enhance the efficiency, a lossless snubber circuit is added for auxiliary switching.
介绍一种改进型ZVTBOOST电路，辅助管增加了无损吸电路，进一步提高了软开关电路的效率。
This paper briefly discusses about IGBT modules snubber circuit and introduces application of capacitor modules of American CDE Co. in snubber circuit.
文章简要讨论了IGBT模块缓冲电路的有关问题，并介绍了美CDE电容模块在缓冲电路中的应用。
In this paper, a new type of snubber circuit, which overcomes the above-mentioned shortcomings, is proposed, and relevant experimental results are given.
本文提出了一种新型的缓冲电路，克服了上述两点不足，并给出了相关实验结果。
Since the novel low-loss passive snubber circuit is used, the low current and voltage stress, low energy loss and high efficiency properties are achieved.
由于采用了一种新型的低损耗无源缓冲电路，开关管和主二极管的电流电压应力较小，并降低了能量损耗，提高了工作效率。
This paper introduces the designing and testing of the wide frequency multiple dimensional snubber as well as its application in the infrared line scanner.
本文介绍了一种宽频多维减振器的设计、制作和试验以及它在红外行扫仪中的应用。
The results of simulation and practical application prove that the snubber circuits have fine soft-switch effect and strong restraint function to the spikes.
仿真和使用结果证明了该缓冲电路具有良好的软开关效果，对于主开关管的电压尖峰和电流尖峰具有较强的抑制作用。
In order to decrease the switching loss and increase the efficiency of the converter, a improved RCD snubber is presented. Then its working modes are analyzed.
为了降低开关管应力，提高变换器的效率，设计了变形rcd缓冲电路，详细分析了其工作原理并计算了主要元件参数。
In order to decrease the switching loss and increase the efficiency of the converter, a improved RCD snubber is presented. Then its working modes are analyzed.
为了降低开关管应力，提高变换器的效率，设计了变形rcd缓冲电路，详细分析了其工作原理并计算了主要元件参数。
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