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Reliability Analysis of Gate Dielectrics by Applying Array Test Structures and Automated Test Systems

机译:阵列测试结构和自动化测试系统的栅极电介质可靠性分析

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In this paper, we present an approach to analyse the degradation behaviour of the gate dielectric of thousands of MOS transistors simultaneously. Our approach is based on array test structures and automated test systems. The array test structures with a matrix-like arrangement of the MOS devices under test (DUT) have been designed and fabricated in a 130 nm mixed-mode CMOS process. They permit to stress up to 4k DUTs under same conditions. Several array test structures with different perimeters as well as areas integrated on one chip are available. Low-cost automated test systems allow for gate voltage stress experiments on a large scale with numerous array test structures in parallel. Experimental results are shown.
机译:在本文中,我们介绍了一种分析数千次MOS晶体管的栅极介质的降解行为的方法。我们的方法是基于阵列测试结构和自动化测试系统。在130nm混合模式CMOS工艺中设计并制造了具有矩阵状的MOS装置的阵列试验结构。他们在相同条件下允许高达4K的DUT。有几个阵列测试结构,具有不同的周长以及集成在一个芯片上的区域。低成本的自动化测试系统允许栅极电压应力实验在大规模上,并联大量阵列测试结构。显示了实验结果。

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