1992
DOI: 10.1109/23.211427
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Interface-trap building rates in wet and dry oxides

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Cited by 55 publications
(40 citation statements)
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“…3). While the build-up of positive trapped charge is fast, the formation of interface states is known to be a slower process [12]. In NMOS transistors, the negative charge trapped in interface states only starts to compete with the oxide-trapped charge with some delay, giving origin to a well-known rebound effect.…”
Section: Fewmentioning
confidence: 99%
“…3). While the build-up of positive trapped charge is fast, the formation of interface states is known to be a slower process [12]. In NMOS transistors, the negative charge trapped in interface states only starts to compete with the oxide-trapped charge with some delay, giving origin to a well-known rebound effect.…”
Section: Fewmentioning
confidence: 99%
“…Наи-более распространенными являются модели, рас-сматривающие накопление ПС как двухстадийный процесс, протекающий с участием ионов водорода, высвобождаемых в SiO 2 [7,[16][17][18]. На первой стадии дырки, генерированные в SiO 2 при воздействии ИИ, могут переноситься как по направлению к границе Si/SiO 2 , так и по направлению к границе затвор/ SiO 2 .…”
Section: общее описание радиационно−индуцированного накопления зарядаunclassified
“…Например, в случае воздействия короткого импульса ИИ накопление ПС будет наблюдаться в течение длительного времени, вплоть до 10 3 -10 4 с после окончания действия ИИ [18]. Это видно из рис.…”
Section: эффекты длительного низкоинтенсивного облученияunclassified
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“…Holes will also be caught in deep traps in the strained region of the oxide near the silicon interface. [12]. Experiments have shown that under a positive field nearly all the + H produced in the oxide is ultimately converted to interface traps [13] [14].…”
Section: Model For Dose Rate Sensitivity Of Trapped Chargementioning
confidence: 99%