Thyristors and snubber components have been operating well for three years.
經(jīng)三年的現(xiàn)場使用,保護(hù)元件及功率器件均工作安全可靠,證實(shí)了本方法的可行性.
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Mathematical analysis, Pspice simulation and experimental results snubber scheme.
電路解析分析 、 仿真波形及實(shí)驗(yàn)結(jié)果也同文給出.
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To resolve this proplem. snubber circuit and soft switching technology are recommanded.
為了解決這個(gè)問題,常用的兩種方法是使用緩沖電路及軟開關(guān)技術(shù).
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Figure 44 shows the same OUTPUT response with the snubber in place.
如圖44所示,是配以適當(dāng)?shù)木彌_器下相同的輸出響應(yīng).
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An engineering oriented method of snubber components optimization in three - phase full - bridge rectifier is given.
以三相橋式全控整流為例,給出了尋求保護(hù)元件參數(shù)最優(yōu)解的工程化方法.
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This paper presents a novel passive snubber circuIt'suitable for inverter bridge leg modules.
提出一種適用于逆變橋臂模塊的吸收電路.
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The mechanical snubber device on the machine may prevent damage to parts caused by overload.
機(jī)上的機(jī)械緩沖裝置可避免過載而引起的幾件損壞.
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A design method of thyristor snubber circuit with PSPICE simulation software is presented.
介紹了一種用PSPICE仿真軟件設(shè)計(jì)晶閘管吸收電路的方法.
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