Light sensitive structure for high voltage thyristors

P. Bruyne, R. Sittig
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引用次数: 18

Abstract

A new structure for a light sensitive area is investigated which should be used for direct light activation of high power thyristors. This structure enables thyristors to be constructed which require only moderate light intensity for triggering while still exhibiting a high dv/dt capability. Test samples were produced showing a forward blocking voltage of 4.5 kV. They can withstand a rate of voltage rise of more than 3000 Vμs even at a temperature of 125°C. Using a GaAs-LED they can be triggered with an incident radiant power of about 15 mW.
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高压晶闸管的光敏结构
研究了一种用于大功率晶闸管直接光激活的新型光敏区结构。这种结构使得晶闸管只需要适度的光强来触发,同时仍然表现出很高的dv/dt能力。测试样品显示正向阻断电压为4.5 kV。即使在125°C的温度下,它们也能承受超过3000 Vμs的电压上升速率。使用GaAs-LED可以用大约15兆瓦的入射辐射功率触发它们。
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Emission standards and design techniques for EMI control of multiple DC-DC converter systems Light sensitive structure for high voltage thyristors The use of magnetic amplifier pulse width modulator in high frequency DC-DC converters A long-pulse neutral beam power supply system for LBL 20 kV, 10 a sources Computer model for a high power SCR
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