首页> 外文会议>European space components conference >RELATION BETWEEN DEGRADATION OF ELECTRICAL PARAMETERS OF MOS TRANSISTORS BY HOT CARRIER INJECTION AND THEIR DRIFT DUE TO RADIATION FOR A NEW RADHARDENED ACMOS FAMILY
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RELATION BETWEEN DEGRADATION OF ELECTRICAL PARAMETERS OF MOS TRANSISTORS BY HOT CARRIER INJECTION AND THEIR DRIFT DUE TO RADIATION FOR A NEW RADHARDENED ACMOS FAMILY

机译:热载体注射用热载体喷射电气参数劣化与辐射辐射的辐射与新的Radhardened Acmos系列

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Space environment induces degradations, which affect electrical performances of MOS transistors in satellites. It is very interesting to prevent such degradations, to be more competitive and to mainly satisfy customers in the best conditions. But the tests by ionizing radiations are long and expensive. That's why we would like to predict the effects of radiation by using tests with hot-carrier injection. Indeed the degradations induced with hot-carrier and radiations effects are similar. Oxide is damaged by charge trapping and interface states generation. Electrical parameters such as threshold voltage, linear current and transconductance are affected. Our study consists to find a correlation between the degradations of MOS transistors induced with hot-carrier and their damages due to gamma radiation environment.
机译:空间环境引起降解,从而影响卫星中MOS晶体管的电气性能。防止这种降级是非常有趣的,更具竞争力,主要满足客户在最佳条件下。但是通过电离辐射的测试是长而且昂贵的。这就是为什么我们希望通过使用热载体喷射的测试来预测辐射的影响。实际上,用热载体和辐射效应诱导的降解是相似的。氧化物被电荷捕获和界面状态产生损坏。诸如阈值电压,线性电流和跨导的电参数受到影响。我们的研究包括找到由热载体引起的MOS晶体管的降解与由于伽马辐射环境引起的损坏之间的相关性。

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