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Improving Inspectability with KLA-Tencor TeraScan Thin Line De-sense

机译:用KLA-Tencor Terascan细线缺陷改善关门性

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In the ever-changing semi-conductor industry, new innovations and technical advances constantly bring new challenges to fabs, mask-shops and vendors. One of such advances is an aggressive optical proximity correction (OPC) method, sub-resolution assist features (SRAF). On one hand, SRAFs bring a leap forward in resolution improvement during wafer printing; on the other hand they bring new challenges to many processes in mask making. KLA-Tencor Corp. working together with Samsung Electronics Co developed an additional function to the current HiRes 1 detector to increase inspectability and usable sensitivity during the inspection step of the mask making process. SRAFs bring an unique challenge to the mask inspection process, which mask shops had not experienced before. SRAF by nature do not resolve on wafer and thus have a higher tolerance in the CD (critical dimension) uniformity, edge roughness and pattern defects.
机译:在不断变化的半导体行业中,新的创新和技术进步不断为Fabs,Mask-Shops和供应商带来新的挑战。这样的进步之一是攻击性光学接近校正(OPC)方法,子分辨率辅助功能(SRAF)。一方面,SRAFS在晶圆印刷期间在分辨率改善方面带来了一步;另一方面,他们为许多掩模制作过程带来了新的挑战。 KLA-Tencor Corp.与三星电子CO一起使用,对当前雇用1检测器开发了额外的功能,以提高在掩模制作过程的检查步骤期间的无视觉性和可用灵敏度。 SRAFS为面具检测过程带来了独特的挑战,之前的面具商店没有经历过。 By Nature的SRAF不能在晶片上解析,因此在CD(临界尺寸)均匀性,边缘粗糙度和模式缺陷中具有更高的耐受性。

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