Tne study of deterioration wchanigm and stability tecnnique of surface sustained voltage of flower electronic devices

Xu Chuan-xiang, Zhang Shaoyun, Feng Yuzhu, Liu Di
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Abstract

MStract-It is described that the ions migration in protecting materials Changes the charge distribution and the surface depletion region width (W,) of device, S o that the distribution of electric field deteriorate. It is a useful method for stabilizing the electric field using semiinsulating amorphous Si film as the inlaye1' protection and high-purity, highresistivity insulating organic materials on the surface coation of devices.
花卉电子器件表面持续电压劣化、变化及稳定技术研究
摘要:离子在保护材料中的迁移改变了器件的电荷分布和表面耗尽区宽度(W,),从而使电场分布恶化。采用半绝缘非晶硅薄膜作为嵌体保护,在器件表面涂覆高纯度、高电阻率的绝缘有机材料,是稳定电场的有效方法。
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