E-Beam Metallization and Optimization Using Second-Order Single Response Surface Methodology

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Rohana Sapaw
brahim Ahmad
Azami Zaharim
Asban Dolah
Siti Kudnie Sahar
Nordiana Rajaee

Abstract

This paper presents a statistical designed experiment for equipment characterization, optimization and modeling of the e-beam evaporation on the thickness uniformity. There were two setting parameters of equipment that affect the process of metallization which are temperature and current. The effects on point-to-point and wafer-to-wafer thickness uniformity using second-order Single Response Surface Methodology (SRSM) were investigated. First-order experiment was done but the improvement in term of lack of fit was needed. Therefore, a second-order experiment of single response surface methodology with 13 runs has yield fitted model for point-to-point thickness uniformity of 97%, 98.2% and 97.5% for wafer 1,2 and 3 respectively. However the model for wafer-to-wafer thickness uniformity was not significant. The models that were significant can be used to optimize the setting parameter of e-beam evaporation.

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How to Cite
Sapaw, R., Ahmad, brahim, Zaharim, A., Dolah, A., Sahar, S. K., & Rajaee, N. (2005). E-Beam Metallization and Optimization Using Second-Order Single Response Surface Methodology. Malaysian Journal of Science, 24(2), 97–108. Retrieved from https://mjlis.um.edu.my/index.php/MJS/article/view/8349
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Original Articles