Abstract
The actinic spectra of two beamlines of the University of Wisconsin's Center for X-ray Lithography (CXrL) at the Aladdin storage ring were studied in three configurations. Some beamlines optimized for particular bandwidths are presented and their impact on mask making, aerial image quality, printed image quality, and device damage discussed. Resist performance dependence on the actinic spectrum is investigated. The exposure-gap tree response of 0.25 micron features is presented for different spectra. Resist characteristic curve data were collected for these conditions and are compared.
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