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Nano-Meter Resolution Line-Offset Detector Arrays (LODAs) for Pattern Monitoring in EUV Lithography System
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Nano-Meter Resolution Line-Offset Detector Arrays (LODAs) for Pattern Monitoring in EUV Lithography System

Wei Chang, Burn Jeng Lin, Pin-Jiun Wu, Jiaw-Ren Shih, Yue-Der Chih, Jonathan Chang, Chrong-Jung Lin 和 Ya-Chin King
IEEE transactions on electron devices, 卷.71(11), 頁碼.6850-6856
01/11/2024
Web of Science ID: WOS:001329039800001

摘要

CMOS technologies detector array Detectors EUV lithography extreme ultraviolet (EUV) imaging Extreme ultraviolet lithography FinFETs Metals Monitoring Scanning electron microscopy Sensors Spatial resolution Threshold voltage Ultraviolet sources
A novel line-offset detector array (LODA) is demonstrated for the first time, which can resolve projected patterns in extreme ultraviolet (EUV) scanners for advanced integrated circuit (IC) processes. Fine layout patterns on the projected plane can be truthfully reconstructed by the uniquely designed line-offset array. With nano-meter spatial resolution, the on-wafer battery-less detector array can be read out offline through wafer-level tests. The LODA provides a new direction of nano-meter pattern monitoring that helps maintain stability in EUV lithography systems for CMOS nodes beyond 5 nm.

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