Interfacial Electrical/Dielectric Characterization in Low TemperaturePolycrystalline Si

Interfacial Electrical/Dielectric Characterization in Low TemperaturePolycrystalline Si

초록

Impedance spectroscopy was applied to low temperature polycrystalline Si in order to investigate the electrical/dielectric information in polycrystalline Si. By combined microstructure and impedance spectroscopy works, it was shown that the electrical information is sensitive to the corresponding microstructure, i.e., the grain size and distribution, judged from the capacitance vs. grain size relationship. At 360 mJ/cm2, the maximum in capacitance and the minimum in resistance correspond to the largest grain sizes of unimodal distribution in polycrystalline Si. The electrical/dielectric characterization is compared with Raman spectroscopic characterizations in terms of microstructure.

키워드

Impedance spectroscopy; Electrical/dielectric properties; Polycrystalline; Silicon; Microstructure; Thin Film transistors1. IntroductionLiquid crystal displays (LCDs) possess the dominant position in flat panel technologies; currently. The LCDs have; Impedance spectroscopy; Electrical/dielectric properties; Polycrystalline; Silicon; Microstructure; Thin Film transistors1. IntroductionLiquid crystal displays (LCDs) possess the dominant position in flat panel technologies; currently. The LCDs have
제목
Interfacial Electrical/Dielectric Characterization in Low TemperaturePolycrystalline Si
제목 (타언어)
Interfacial Electrical/Dielectric Characterization in Low TemperaturePolycrystalline Si
저자
황진하
발행일
2005
저널명
마이크로전자 및 패키징학회지
권
12
호
1
페이지
77 ~ 86