Wafer Level Reliability Monitoring of NBTI Using Polysilicon Heater Structures for Production Measurements

Yu-Hsing Cheng
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Abstract

The use of polysilicon heater structures provides a useful tool for fast NBTI monitoring of wafer level reliability in production measurements. It could reduce device relaxation in NBTI measurement without special ultra-fast test equipment. In this work NBTI characterization from a parametric tester using polysilicon heater test structures for 1.2V PMOS devices placed in the scribe line of a 65 nm BCD technology was performed with real-time feedback temperature control methodology without changing the chuck temperature to realize NBTI reliability assessment with a short test time.
利用多晶硅加热器结构进行生产测量的NBTI晶圆级可靠性监测
多晶硅加热器结构的使用为生产测量中晶圆级可靠性的快速NBTI监测提供了一个有用的工具。在不需要特殊的超高速测试设备的情况下,可以减少NBTI测量中的器件松弛。在这项工作中,利用多晶硅加热器测试结构对放置在65 nm BCD技术的划痕线上的1.2V PMOS器件进行了参数化测试,采用实时反馈温度控制方法,在不改变卡盘温度的情况下实现了NBTI可靠性评估,测试时间短。
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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