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Litho/mask strategies for 32-nm half-pitch and beyond: Using established and adventurous tools/technologies to improve cost and imaging performance
Conference paper   Open access

Litho/mask strategies for 32-nm half-pitch and beyond: Using established and adventurous tools/technologies to improve cost and imaging performance

Burn J. Lin
Proceedings of SPIE - The International Society for Optical Engineering, Vol.7379, 737902
2009

Abstract

Double patterning Double patterning cost reduction Dual illuminator Dual lens E-beam lithography EUV lithography Lithography cost reduction Low residue-threshold resist Maskless lithography Multiple e-beams Nano-imprint lithography Non-linear resist Optical lithography Electronic Optical and Magnetic Materials Condensed Matter Physics Computer Science Applications Applied Mathematics Electrical and Electronic Engineering
Cost and imaging are becoming big concerns in lithographic patterning of 32-nm half pitch and beyond, affecting the choice of lithographic patterning tools and the corresponding mask technology. In this paper, the cost and imaging aspects of ArF immersion double patterning, multiple e-beam maskless lithography, and extreme-uv lithography are discussed with proposals to make the cost acceptable. The impacts of these technologies to the masking industry are quite different. They are also given here. Some comments are made on nano-imprint lithography. © 2009 SPIE.
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https://doi.org/10.1117/12.824243View
Published (Version of record) Open

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