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A substrate-independent wafer transfer technique for surface-micromachined devices

机译:用于表面微机械装置的基板无关的晶片传送技术

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We report on a new wafer transfer technique that can remove and transfer surface-micromachined layers to application-specific substrates. This process, however, is not limited to only MEMS devices and can be applicable to other semiconductor devices. Successful transfer of a 1 cm/spl times/1 cm MEMS chip with electrostatically actuated curled cantilever switches to a transparent quartz substrate has been demonstrated. Pull-in voltage for transferred devices is 31 V compared with 23 V for devices on standard silicon substrates.
机译:我们报告了一种新的晶片传送技术,可以将表面 - 微机械层移除并将表面微机械层移除到特定于应用的基材。然而,该过程不仅限于MEMS设备,并且可以适用于其他半导体器件。已经证明了成功转移1cm / SPL时/ 1cm MEMS芯片,具有静电旋涡悬臂开关到透明石英基板。转移装置的拉压电压与23V相比,标准硅基板上的23 V相比。

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