The main characteristics of the ENEA Discharge Produced Plasma (DPP) Extreme Ultraviolet (EUV) source are presented together with results of irradiations of various materials. The DPP EUV source, based on a Xe plasma heated up to a temperature of 30 divided by 40 eV, emits more than 30 mJ/sr/shot at 10Hz rep. rate in the 10 divided by 18 nm wavelength spectral range. The DPP is equipped with a debris mitigation system to protect particularly delicate components needed for patterning applications. The ENEA source has been successfully utilized for sub micrometer pattern generation on photonic materials and on specifically designed chemically amplified resists. Details down to 100 nm have been replicated on such photoresists by our laboratory scale apparatus for contact EUV lithography. Preliminary EUV irradiations of graphene films aimed at modifying its properties have been also performed.

The ENEA discharge produced plasma extreme ultraviolet source and its patterning applications

Brusatin G.;Businaro L.;Flora F.;
2018

Abstract

The main characteristics of the ENEA Discharge Produced Plasma (DPP) Extreme Ultraviolet (EUV) source are presented together with results of irradiations of various materials. The DPP EUV source, based on a Xe plasma heated up to a temperature of 30 divided by 40 eV, emits more than 30 mJ/sr/shot at 10Hz rep. rate in the 10 divided by 18 nm wavelength spectral range. The DPP is equipped with a debris mitigation system to protect particularly delicate components needed for patterning applications. The ENEA source has been successfully utilized for sub micrometer pattern generation on photonic materials and on specifically designed chemically amplified resists. Details down to 100 nm have been replicated on such photoresists by our laboratory scale apparatus for contact EUV lithography. Preliminary EUV irradiations of graphene films aimed at modifying its properties have been also performed.
2018
Proceedings of SPIE - The International Society for Optical Engineering
9781510627505
9781510627512
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/3491280
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