Effects of oxidation temperature on Ga2O3film thermally grown on GaN

Limin Lin, Yi Luo, P. Lai, K. Lau
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引用次数: 2

Abstract

The effects of oxidation temperature on thermally oxidized GaN film were investigated. The GaN wafers were oxidzied at 750°C, 800°C and 850°C respectively. The electrical characteristics and interface quality of MOS capacitors were compared among different oxidation temperatures. The sample oxidized at 800°C presented best current-voltage, capacitance-voltage characteristics and smoothest surface morphology, while the higher oxidation temperature of 850°C gave best interface quality. The electrical breakdown field was increased by one order of magnitude when the sample was oxidized at 800°C as compared with 750°C and 850°C. Lastly, after the sample oxidized at 800°C was annealed at 850°C for 10 min, the quality of its oxide was significantly degraded.
氧化温度对ga2o3薄膜在GaN上热生长的影响
研究了氧化温度对热氧化GaN膜的影响。分别在750℃、800℃和850℃氧化氮化镓晶圆。比较了不同氧化温度下MOS电容器的电学特性和界面质量。氧化温度为800℃的样品具有最佳的电流电压、电容电压特性和最光滑的表面形貌,而氧化温度为850℃的样品具有最佳的界面质量。样品在800℃氧化时的击穿场比750℃和850℃氧化时的击穿场增大了一个数量级。最后,在800℃氧化后的样品在850℃退火10 min后,其氧化物的质量明显下降。
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