2005Unpublished venueRequires access

Three-dimensional photoresist exposure and development simulation

H. Kirchauer, S. Selberherr

Open publisher page 2 citations

Abstract

Among all technologies photolithography holds the leading position in pattern transfer in today's semiconductor industry. The reduction of the lithographic feature sizes towards or even beyond the used wavelength and the increasing nonplanarity of devices create complicated problems for the lithography process. A three-dimensional photolithography simulator including mask illumination, resist exposure and resist development is a cost effective tool for further improvements. We present a complete three-dimensional simulation model focusing on the resist exposure and resist development step.

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What this paper is about

Among all technologies photolithography holds the leading position in pattern transfer in today's semiconductor industry. The reduction of the lithographic feature sizes towards or even beyond the used wavelength and the increasing nonplanarity of devices create complicated problems for the lithography process. A three-dimensional photolithography simulator including mask illumination, resist exposure and resist development is a cost effective tool for further improvements. We present a complete three-dimensional simulation model focusing on the resist exposure and resist development step.

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Available abstract

Among all technologies photolithography holds the leading position in pattern transfer in today's semiconductor industry. The reduction of the lithographic feature sizes towards or even beyond the used wavelength and the increasing nonplanarity of devices create complicated problems for the lithography process. A three-dimensional photolithography simulator including mask illumination, resist exposure and resist development is a cost effective tool for further improvements. We present a complete three-dimensional simulation model focusing on the resist exposure and resist development step.

Key concepts: Resist, Photolithography, Photoresist, Lithography, Computational lithography, Materials science, Extreme ultraviolet lithography, Computer science

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