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Reverse recovery time reworking of fast recovery diodes for industrial production

机译:用于工业生产的快速恢复二极管的反向恢复时间返工

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For industrial field, cost is one of the most important factors. Especially discrete devices like a fast recovery diodes which are produced by complicated processes. In case of over t defect, reworking is required to limit the cost which is increased. Owing to simple applied to finished products, electron beam irradiation is presented to rework them. This study have exposed the irradiation to finished fast diodes which high t (300-400 ns) and considered effects of irradiation on fast diodes after exposed. The result of experiment shows irradiation can reduce t after exposed depend on irradiation doses from average t 350ns to 100, 60, 50, 40 and 35ns, for irradiation dose 50, 100, 150, 200, 250 and 300kGy respectively. Notwithstanding fast diodes after exposed were degraded by irradiation. Forward voltage is added double at 50kGy and more in larger doses and reversed leakage current is also slightly increased but did not affect to breakdown voltage.
机译:对于工业领域,成本是最重要的因素之一。尤其是分立器件,例如通过复杂工艺生产的快速恢复二极管。如果出现大量缺陷,则需要进行返工以限制增加的成本。由于简单地应用于成品,因此提出了电子束辐照以对其进行返工。这项研究已经将辐照暴露于高t(300-400 ns)的成品快速二极管中,并考虑了辐照对辐照后快速二极管的影响。实验结果表明,辐照可以使暴露后的t降低,这取决于辐照剂量,分别为50、100、150、200、250和300kGy,从平均t 350ns降至100、60、50、40和35ns。尽管曝光后有快速二极管,但由于辐射而退化。正向电压以50kGy的两倍加倍,更大剂量时增加更多,反向泄漏电流也略有增加,但不影响击穿电压。

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