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Leakage current reduction in shallow PN junction

机译:浅PN结的漏电流减小

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摘要

An investigation of the influence of oxidation-induced stacking faults (OSF) on the diode reversal I-V characteristic was carried out at three different temperatures. It is shown that OSF can affect reversal leakage current with respect to size and density. With proper selection of the oxidation temperature and especially with introduction of TCA 111 into the oxidizing atmosphere, it is possible to suppress the growth of OSF and reduce the leakage current in PN junctions.
机译:在三个不同温度下,研究了氧化引起的堆垛层错(OSF)对二极管反向I-V特性的影响。结果表明,OSF可以影响反向泄漏电流的大小和密度。随着氧化温度的,特别是与引入TCA 111进入氧化气氛适当选择,可以抑制OSF的生长和减少PN结的漏电流。

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