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Al/TiSi_2/Si系统与肖特基势垒二极管的热稳定性
引用本文:周凤蛟,周南生.Al/TiSi_2/Si系统与肖特基势垒二极管的热稳定性[J].固体电子学研究与进展,1992,12(1):44-47.
作者姓名:周凤蛟  周南生
作者单位:西安电子科技大学微电子研究所 710071 (周凤蛟,周南生),西安电子科技大学微电子研究所 710071(严北平)
摘    要:本文用x射线衍射及I—V测量法研究了Al/TiSi_2/Si系统热稳定性及肖特基势垒特性。热稳定性的研究结果表明;系统在550℃以下退火是热稳定的;在更高的温度下退火,Al开始与TiSi_2起反应,形成了(Ti_7Al_5)Si-(12)三元化合物。在进行电特性研究时,发现系统在450℃退火时,Al已渗透TiSi_2而使肖特基势垒二极管失效。

关 键 词:硅化物  肖特基势垒  热稳定性  退火

Thermal Stability of Al/TiSi_2/Si System Schottky Diodes
Zhou Fengjiao,Zhou Nansheng,Yan Beiping.Thermal Stability of Al/TiSi_2/Si System Schottky Diodes[J].Research & Progress of Solid State Electronics,1992,12(1):44-47.
Authors:Zhou Fengjiao  Zhou Nansheng  Yan Beiping
Abstract:We have examined the stability and Schottky characteristic of Al/TiSi2/Si system using X-ray diffraction as well as current-voltage measurement. The studied results of thermal stability exhibit that the system can keep thermal stability at annealing temperature up to 550℃. As the annealing temperature increases, Al interacts with TiSi2 to form (Ti7Al5)Si12 intermetallic compound. From current-voltage measurement , it is known that Al diffuses through the titanium silicide layer and make the Schottky barrier diode failure at 450℃.
Keywords:Silicide  Schottky Barrier  Thermostability  Annealing  
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