Facet passivation of GaAs semiconductor lasers using chemical and plasma methods

Lu Zhou, Yunhua Wang, Baoshan Jia, Duanyuan Bai, Xin Gao, B. Bo, Z. Qiao
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Abstract

To remove the cavity surface contamination of semiconductor lasers and improve their COD threshold, the novel sulfur solution, acid pre-treatment plus sulfur solution and RF Ar plasma cleaning had been used on GaAs (100) substrate. The PL intensities after three types of processing increased by 30%, 42% and 33% respectively. With three methods used for laser process, we found that, in addition to acid pre-treatment, the COD threshold of lasers processed by other two methods have been improved greatly.
用化学和等离子体方法对砷化镓半导体激光器进行小面钝化
为了去除半导体激光器的腔面污染,提高其COD阈值,在GaAs(100)衬底上采用了新型硫溶液、酸预处理加硫溶液和射频氩等离子体清洗。三种处理后的光强分别提高了30%、42%和33%。通过三种方法进行激光加工,我们发现,除了酸预处理外,其他两种方法加工的激光的COD阈值都有很大的提高。
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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