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Experimental investigation of noise sources in silicon carbide Schottky barriers (1996)

Abstract
The excess low frequency noise of silicon carbide Schottky diodes has been systematically measured on n-type silicon carbide devices with Ti gate. The noise results have been related to general properties of these devices such as barrier height and doping level, extracted from varying temperature measurements. The 1/f low frequency noise closely follows a model proposed by Kleinpenning (1979) and is thus most probably due to mobility fluctuations in the depletion region of the Schottky barrier.

Publication details
Download http://hal.ccsd.cnrs.fr/ccsd-00015782/en/
Publisher HAL - CCSd - CNRS
Contributors Françoise Renzetti
Repository CCSd/HAL : e-articles server (based on gBUS) (France)
Keywords Engineering Sciences/Microelectronics
Type COMMUNICATION
Language Englisch
Coverage noise-sources; Schottky-barriers; excess-LF-noise; low-frequency-noise; n-type-SiC-devices; Ti-gate; barrier-height; doping-level; 1-f-LF-noise; model-; mobility-fluctuations; depletion-region; Schottky-diodes; Ti-SiC