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Picosecond lifetime and high resistivity in As or Ga implanted GaAs: an alternative material for fast optoelectronic applications

机译:砷化镓或砷化镓注入的砷化镓中的皮秒寿命和高电阻率:快速光电应用的替代材料

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In this work, we report an alternative method of obtaining highly non-stoichiometric GaAs layers by implanting semi-insulating GaAs with high doses of As or Ga ions. The implanted samples were then annealed in the temperature range of 300-800/spl deg/C. At the temperatures of 500-600/spl deg/C, properties similar to that of low temperature LT-GaAs can be achieved. Beside providing an alternative material comparable to LT-GaAs, ion-implantation has advantages over epitaxial technique in terms of device fabrication. Ion implantation allows precise control over the incorporation of implanted ions on selected areas of the wafer. Furthermore, ion implantation provides a simple and cost effective way of device fabrication as it is compatible to the current planar fabrication technology.
机译:在这项工作中,我们报告了通过向半绝缘GaAs注入高剂量的As或Ga离子来获得高度非化学计量的GaAs层的另一种方法。然后将植入的样品在300-800 / spl deg / C的温度范围内退火。在500-600 / spl deg / C的温度下,可以获得类似于低温LT-GaAs的性能。除了提供与LT-GaAs相当的替代材料外,离子注入在器件制造方面还具有优于外延技术的优势。离子注入可以精确控制在晶片的选定区域上注入离子的掺入。此外,离子注入提供了一种简单且具有成本效益的器件制造方式,因为它与当前的平面制造技术兼容。

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