2004Electrochemical and Solid-State LettersOpen access

Proposal of a Novel Gettering Technique for a Thin SOI Wafer

Shigenobu Kishino, H. Yoshida, Naoki Kitai

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Abstract

A novel gettering technique for a thin silcon-on-insulator (SOI) wafer is proposed. The gettering procedure for 1 h at 600°C using polycrystalline silicon film is followed by protection of the device region where the film is immediately removed after the procedure from the SOI wafer. Gettering was evaluated by comparing electrical properties of devices in gettered and ungettered parts of the wafer where half of the wafer was gettered. A detectable reduction of an off-current was observed in the gettered parts. The gettering effect was supported by the reduction of the localized state density measured by the charge pumping method. © 2004 The Electrochemical Society. All rights reserved.

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A novel gettering technique for a thin silcon-on-insulator (SOI) wafer is proposed. The gettering procedure for 1 h at 600°C using polycrystalline silicon film is followed by protection of the device region where the film is immediately removed after the procedure from the SOI wafer. Gettering was evaluated by comparing electrical properties of devices in gettered and ungettered parts of the wafer where half of the wafer was gettered. A detectable reduction of an off-current was observed in the gettered parts. The gettering effect was supported by the reduction of the localized state density measured by the charge pumping method. © 2004 The Electrochemical Society. All rights reserved.

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Available abstract

A novel gettering technique for a thin silcon-on-insulator (SOI) wafer is proposed. The gettering procedure for 1 h at 600°C using polycrystalline silicon film is followed by protection of the device region where the film is immediately removed after the procedure from the SOI wafer. Gettering was evaluated by comparing electrical properties of devices in gettered and ungettered parts of the wafer where half of the wafer was gettered. A detectable reduction of an off-current was observed in the gettered parts. The gettering effect was supported by the reduction of the localized state density measured by the charge pumping method. © 2004 The Electrochemical Society. All rights reserved.

Key concepts: Wafer, Getter, Silicon on insulator, Materials science, Optoelectronics, Polycrystalline silicon, Insulator (electricity), Crystallite

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