本研究是主要是討論利用高階補償改善各曝光機之一致性(Improve Scanner Matching),使用於半導體黃光製程生產機台,凿括光罩製作、標準校正晶片製作、黃光生產機台曝光機(Scanner)曝光程式之建立模式、堆疊對準(Overlay)量測機台量測程式之建立,分析黃光生產機台曝光機機台與機台間之一致性(Match)誤差量,提升產能利用率與產品之良率改善(Yield Improve)。利用現代化半導體無塵室,所擁有的資源與設備,搭配現有黃光製程設備之基礎,設計發展一套改善機台間之誤差的系統,以因 This study is mainly focus on High-order compensation methods on matching result improvement by Lithography Exposure Scanner used on Semiconductor Lithography process, and those includes mask manufacturing, calibration reticle manufacturing, exposure reci