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Atomic layer deposited protective coatings for integrated MEMS flow sensor

机译:用于集成MEMS流量传感器的原子层沉积保护涂层

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This paper investigates the Atomic layer deposited (ALD) coatings on an integrated Microelectromechanical (MEMS) flow sensor to resist ironic contamination of on-chip CMOS circuits. 25nm Al2O3/TiO2 multilatyer thin film was deposited on the integrated flow sensor. To assess the ability of ALD coatings to resist K+ and Na+ contamination, the flow sensor was immersed into NaCl and KCl solutions for 1 week, respectively. The CMOS transistors fabricated on the same chip were tested after long time immersion and results showed that the performance of the CMOS circuits were not degraded, which implied this integrated flow sensor with ALD protective coatings could be used under K+ and Na+ environment.
机译:本文研究了集成微机电(MEMS)流量传感器上的原子层沉积(ALD)涂层,以抵抗芯片上CMOS电路的铁污染。将25nm Al2O3 / TiO2多层薄膜沉积在集成流量传感器上。为了评估ALD涂层抵抗K +和Na +污染的能力,将流量传感器分别浸入NaCl和KCl溶液中1周。经过长时间浸泡后,对在同一芯片上制造的CMOS晶体管进行了测试,结果表明CMOS电路的性能没有降低,这意味着这种带有ALD保护涂层的集成式流量传感器可以在K +和Na +环境下使用。

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