基于金属- algan固溶体的紫外选择性光电二极管

I. Lamkin, A. Evseenkov, A. Aglikov
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引用次数: 0

摘要

制备了基于Ag-AlGaN肖特基势垒的结构。它允许实现光敏度小于350nm的长波长边缘的光电探测器。半宽度在15 ~ 40 nm之间,取决于银层厚度在15 ~ 150 nm之间。基于Au-AlGaN的选择性光电探测器具有以下参数:半宽5-6 nm,光敏度范围351-373 nm,最大光敏度为355nm, 362nm, 366nm,灵敏度为140 mA/W。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Selective photodiodes for ultraviolet based on metal-AlGaN solid solutions
The structures based on Ag-AlGaN Schottky barriers have been manufactured. It allowed to realize photodetectors which have a long wavelength edge of photosensitivity less than 350 nm. The half-width was in a range of 15-40 nm depending on the Ag layer thickness varied from 15 to 150 nm. Selective photodetectors based on Au-AlGaN were obtained with the following parameters: half-width of 5-6 nm, 351-373 nm range of photosensitivity with a maximum at 355 nm, 362 nm, 366 nm and a sensitivity to 140 mA/W.
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