Creative Use of Vector Scan for Efficient SRAM Inspection

O. Patterson, Hsiao-Chi Peng, Haokun Hu, C. Huang, Panneerselvam Venkatachalam
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引用次数: 1

Abstract

A simple way to gain 3 to 5x throughput for SRAM E-beam inspection (EBI) through innovative application of Vector Scan Technology is described. EBI, despite many unique advantages, is limited by throughput. Vector Scan technology, developed for patterning weak point inspection, allows hot spots within a very large field of view (FOV) to be scanned, thereby saving both move time plus time wasted on uninteresting pixels. This technology was adapted for VC inspection of SRAM, a common yield driver vehicle, at GLOBALFOUNDRIES for the development of a recent technology, providing an effective throughput gain of 4.2x, for three heavily used inspections.
创造性地使用矢量扫描进行有效的SRAM检查
介绍了一种通过创新应用矢量扫描技术,使SRAM电子束检测(EBI)的吞吐量提高3 ~ 5倍的简单方法。尽管EBI有许多独特的优点,但它受到吞吐量的限制。矢量扫描技术,开发的图案薄弱点检查,允许热点在一个非常大的视场(FOV)扫描,从而节省移动时间和时间浪费在无兴趣的像素。该技术适用于SRAM(一种常见的良率驱动车辆)的VC检测,在GLOBALFOUNDRIES开发了一项最新技术,为三次频繁使用的检测提供了4.2倍的有效吞吐量增益。
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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