用于BiCMOS过程表征和移动离子污染识别的WLR快速测试

M. Poulter, D. Brisbin
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引用次数: 1

摘要

只提供摘要形式。WLR可以在过程开发中发挥关键作用。可靠性问题可以在开发过程的早期识别和修复。WLR快速测试自热栅结构是监测和表征移动离子污染的理想选择。可以证明WLR自加热浇口结构与传统热卡盘偏置应力测量之间的相关性。漂移过程的激活很容易从图中得到。WLR测试的吞吐量大大超过传统的热夹头测试,允许更全面的在线筛选,更快速的数据生成和问题解决。WLR测试可用于重现描述移动离子问题所需的所有实验。控制参数包括电压偏置、温度、应力时间、滞后和烘烤可恢复性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
WLR fast tests for characterization of a BiCMOS process and identification of mobile ionic contamination
Summary form only given. WLR can play a key role in process development. Reliability issues can be identified and fixed early in the development process. The WLR fast test self heated gate structure is ideally suited for monitoring and characterizing mobile ionic contamination. Correlation between the WLR self heated gate structure and traditional hot chuck bias stress measurement can be demonstrated. Activation of the drift process is easily obtainable from the plots. The throughput of the WLR test vastly exceeds the traditional hot chuck test allowing more comprehensive in line screening and more rapid data generation and problem solving. The WLR test can be used to reproduce all the experiments required when characterizing a mobile ionic problem. Control parameters include voltage bias, temperature, stress time, hysteresis, and bake recoverability.
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