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Effect of Mesa Spacing on the Electrical Properties of Mesa Isolation in High Electron Mobility Transistor Structures

机译:台面间距对高电子迁移率晶体管结构中台面隔离电学性能的影响

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This paper report effects of variation spacing of mesa isolation on pHEMT substrate in order get an optimum isolated area. The multilayer pHEMT substrate was used as a substrate and wet etching techniques have been applied to form the islands. The citric mixture used is C2H8O7:H2O2:H2O with ratio of 4:1:1. The mesa spacing used in this study was varies at 570, 792 and 835 驴m. The etch time for each spacing was fixed at 3 minutes. The electrical effect of mesa isolation spacing was characterized through current-voltage curve. It was found that the 570 驴m mesa spacing shows optimum current value for mesa isolation. This indicated that 570 驴m mesa spacing etch with citric acid mixture of 4:1:1 ratio for 3 minutes etch time can produce optimum current for application of pHEMT device.
机译:为了获得最佳的隔离区域,本文报告了台面隔离的变化间距对pHEMT基板的影响。多层pHEMT衬底用作衬底,并且已经应用​​湿法蚀刻技术来形成岛。所使用的柠檬酸混合物为C2H8O7:H2O2:H2O,比例为4:1:1。本研究中使用的台面间距在570、792和835驴米之间变化。每个间隔的蚀刻时间固定为3分钟。通过电流-电压曲线表征台面隔离间距的电效应。发现570驴米台面间距显示了用于台面隔离的最佳电流值。这表明用比例为4:1:1的柠檬酸混合物进行570分钟的台面间距蚀刻,蚀刻时间为3分钟,可以为pHEMT器件的应用产生最佳电流。

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