Correlation between hot carrier stress, oxide breakdown and gate leakage current for monitoring plasma processing induced damage on gate oxide

Zhichun Wang, J. Ackaert, C. Salm, E. De Backer, G. Van den bosch, W. Zawalski
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引用次数: 7

Abstract

In this paper, we compare the hot carrier (HC) stress and oxide breakdown results with the fast and commonly used gate leakage current measurement. A clear correlation is found between low levels of gate leakage and both HC degradation and oxide breakdown. We, for the first time, demonstrate that the value of the gate leakage current is not only a failure indicator but also a good indicator of the reliability of the devices. A new testing method was developed to reveal latent as well as actual plasma damage, for a wide range of gate oxide quality in a very fast way. The gate oxide was stressed to break down using a ramping voltage. Moreover, oxide time-to-breakdown (t/sub bd/) was measured with constant voltage stress. These two testing methods have been compared.
热载流子应力、氧化物击穿与栅极泄漏电流的相关性,用于监测等离子体加工对栅极氧化物的损伤
在本文中,我们将热载流子(HC)应力和氧化物击穿结果与快速和常用的栅极泄漏电流测量进行了比较。在低水平的栅极泄漏和HC降解和氧化物分解之间发现了明显的相关性。我们第一次证明了栅极漏电流的值不仅是一个故障指标,而且是一个很好的设备可靠性指标。开发了一种新的测试方法,以非常快速的方式揭示潜在的和实际的等离子体损伤,用于大范围的栅极氧化物质量。栅极氧化物在施加斜坡电压的情况下被击穿。在恒电压应力下,测定了氧化物击穿时间(t/sub / bd/)。对这两种测试方法进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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