Very uniform epitaxy

A. Mircea , A. Ougazzaden , R. Mellet
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引用次数: 19

Abstract

A comprehensive evaluation of the T-shaped reactor, in view of its use as a production tool for 1300 nm optoelectronic devices, was carried out. The material obtained was of excellent quality and exhibited a very high degree of uniformity and good reproducibility, despite the difficulties associated with the control of two composition ratios, particularly with the As/P one. The extension to other compositions is obvious. Ternary and quasi-ternary materials ( InGaAs, InGaAlAs ) can be handled with even greater ease, not to speak about binaries and quasi-binaries ( GaAs, GaAlAs ). The system lends itself naturally to extension toward larger wafer sizes. A multi-wafer system based on the same principles can also be implemented ; very recently, such a system was proposed by Frijlink [16].

非常均匀的外延
针对t型反应器作为1300nm光电器件的生产工具,对其进行了综合评价。所获得的材料质量优良,表现出高度的均匀性和良好的再现性,尽管在控制两种成分比例方面存在困难,特别是在As/P比例方面。扩展到其他组合是显而易见的。三元和准三元材料(InGaAs, InGaAlAs)可以更容易地处理,更不用说二元和准二元材料(GaAs, GaAlAs)了。该系统可以自然地扩展到更大的晶圆尺寸。基于相同原理的多晶圆系统也可以实现;最近,Frijlink b[16]提出了这样一个系统。
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