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引用次数: 9
摘要
报道了一种基于CMOS-MEMS工艺的集成扫描探针显微镜(SPM)。该器件的设计是由基于图像化原子层外延(ALE)的原子精密制造(APM)方法的需求驱动的。通过平面内电热驱动,可以实现10 μ m × 10 μ m的扫描范围,而悬臂悬臂的平面外运动范围可以实现30 μ m的样品接近。提出了一种优化平面内作动器设计的试验结构,并将其结果与有限元模型进行了比较。压阻式应变片和温度传感器被巧妙地放置在平面内执行器和平面外悬臂上,用于片外闭环定位系统。
A CMOS-MEMS scanning probe microscope with integrated position sensors
We report on an integrated scanning probe microscope (SPM) fabricated in a CMOS-MEMS process. The design of this device is driven by the requirements of an atomically precise manufacturing (APM) approach based on patterned atomic layer epitaxy (ALE). A scan range of 10 mum times 10 mum is achieved with in-plane electrothermal actuation, and the cantileverpsilas out-of-plane range of motion enables a 30 mum sample approach. A test structure to optimize the in-plane actuator design is preseented, and its results are compared to an FEA model. Piezoresistive strain gauges and temperature sensors are strategically located in the in-plane actuators and the out-of-plane cantilever for use in an off-chip closed-loop positioning system.