Effect of deep levels on the photo-sensitivity in GaAs substrate and MESFET device

K. Hu, Xiao-Dan Guo, Zhiqingg Zhou, Mian Zhang, Guangpin Li, Xiukun He
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Abstract

Deep levels in SI-GaAs substrate, ion implantation layer and MESFET device have been investigated by photo-stimulated current measurement system (PSCS) using illumination in range of 700 nm to 3500 nm. It shows that there exists an absorption peak (1.42) and 1.20, 0.70, 0.48 eV deep levels in both SI-GaAs substrate, ion implantation layer and MESFET device. These deep levels have effect on the photosensitivity of the devices. These deep levels perhaps originate from SI-GaAs substrate which also has these levels. The way to decrease the photosensitivity in the device is discussed according to the result.
深能级对GaAs衬底和MESFET器件光敏性的影响
利用光激发电流测量系统(PSCS)在700 ~ 3500nm范围内测量了SI-GaAs衬底、离子注入层和MESFET器件的深能级。结果表明,在SI-GaAs衬底、离子注入层和MESFET器件中均存在1.42和1.20、0.70、0.48 eV深度的吸收峰。这些深电平对器件的光敏性有影响。这些深能级可能源于SI-GaAs衬底,其也具有这些能级。根据实验结果,讨论了降低器件光敏度的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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