- 學位論文
應用六標準差程序於晶圓級手機鏡頭製程最佳化研究
Application of Six Sigma Program of Wafer-Level Mobile Phone Lens Process
若您是本文的作者，可授權文章由華藝線上圖書館中協助推廣。
摘要
手機鏡頭製程最佳化之改善，經由品管改善手法、PDCA（Plan-Do-Check-Act）手法及各項的改善措施，只能以局部或是一段製程的方式進行改善。使得無法將產品良率提升至更高的目標水準。只有六標準差（6 Sigma）能以全面性之DMAIC流程及手法，將手機鏡頭製程品質更進一步的向上提升。 以六標準差DMAIC之手法為主要架構，利用特性要因圖（Cause and Effect Diagram）對於點膠製程進行分析以及探討，找出影響製程的關鍵因子並且配合變異數理論分析（ANOVA），瞭解製造過程中的參數對於點膠特性的影響。接著以全因子實驗設計進行實驗分析，求得最佳製程參數組合後對製程進行改善。 獲得影響製程能力之關鍵因素及其最佳組合水準，並藉著完整的品質管制策略及作為，掌握關鍵因素的投入，提昇其製程能力。
並列摘要
The process yield rate improvements of Mobile Phone Lens, through quality improvement methods, PDCA（Plan-Do-Check-Act）methods and other improvement solutions, but it is only can be improved partially or a section of the process improvement. Cause the yield rate of product to the target. It only can takes one step ahead to enhance the process yield rate of Mobile Phone Lens with six sigma overall DMAIC process and tactics. Thus, Six Sigma（D-M-A-I-C）will be the main structure of this research. First, use Causes & Effects Chart to analyze and dispensing process; also try to find out the key factor that affects the manufacturing process. Analysis of variance（ANOVA）are employed to investigate performance characteristics during dispensing operations. Second, use full factorial experimental design to conduct experiment, getting the best parameter combination, and improving the manufacturing process. Finally, use Control Chart to monitor the quality after improvement to ensure the effect. To optimum parameter combination and get key factor that have most important influence of quality.
參考文獻
〔8〕楊家宜，「整合衡量概念於TOC問題解決模式之研究」，中原大學，碩士論文，民國九十四年。
〔11〕粘孝堉、李分明、曾倫崇，「六標準差觀念導入學校經營策略之研究」，品質月刊，第39卷，第12期，頁60-64，民國九十二年。
〔6〕廖國裕，「三百萬畫素自動對焦手機鏡頭設計」，國立虎尾科技大學，碩士論文，民國九十六年。
〔7〕牟益弘，「三百萬畫素二點七五倍光學變焦手機鏡頭設計」，國立中央大學碩士論文，民國九十七年。
〔20〕Robert O. Kuehl, Design of Experiments: Statistical Principles of Research Design and Analysis, 2nd edition, Pacific Grove, CA. , 2000.