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SINGLE EVENT EFFECT AND TOTAL IONIZING EFFECT HARDENED N-MOSFET LAYOUT

机译:单事件效应和总电离效应硬化的N-MOSFET布局

摘要

The present invention relates to a radiation-resistant unit MOSFET for blocking a leakage current path caused by a total ionizing effect and reducing the effect of a current pulse caused by a single event. The radiation-resistant unit MOSFET includes a poly gate layer designating a gate region and at least one dummy gate region, a source and drain, a P+ layer designating a P+ region in the source and the drain, and includes a P-active layer and a dummy drain capable of applying a voltage. According to the present invention described above, it is possible to provide an electronic part which normally operates even in a radiation environment where particle radiation and electromagnetic radiation exist.
机译:耐辐射单元MOSFET技术领域本发明涉及一种耐辐射单元MOSFET,其用于阻挡由总电离效应引起的泄漏电流路径并减小由单事件引起的电流脉冲的效应。耐辐射单元MOSFET包括:指定栅极区域和至少一个虚设栅极区域的多晶硅栅极层,源极和漏极,指定源极和漏极中的P +区域的P +层,并且包括P有源层和能够施加电压的虚拟漏极。根据上述本发明,可以提供即使在存在粒子辐射和电磁辐射的辐射环境下也能正常工作的电子部件。

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