Thermal actuated multi-probes cantilever array for scanning probe parallel nano writing system

N. Watanabe, Y. Isono, T. Kakinaga, T. Nagamura, T. Sasaki
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引用次数: 4

Abstract

This research developed an individually driving one-dimensional (1D) multi-probes cantilever array used in a scanning probe parallel nano writing system. The multi-probes cantilever array comprises two kinds of probes for writing and imaging. The writing probes each have thermal actuators for an on-off switch of contact between probes and a sample surface, whereas imaging probes function as a piezoresistive sensor for detecting a deflection of the cantilever array. This study prepared several kinds of writing probes by changing the electrical heater pattern of the actuators and the cantilever length, based on electro thermo-mechanical coupled FE simulations. Consequently, we were able to determine a better design for the multi-probes cantilever array.
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热驱动多探针悬臂阵列扫描探针并行纳米书写系统
本研究开发了一种单独驱动的一维(1D)多探针悬臂阵列,用于扫描探针并行纳米书写系统。多探头悬臂阵列包括书写探头和成像探头两种。每个写入探头都具有热致动器,用于探头与样品表面之间的接触开关,而成像探头则用作压阻式传感器,用于检测悬臂阵列的偏转。在电-热-力耦合有限元模拟的基础上,通过改变致动器电加热模式和悬臂梁长度,制备了几种可写探针。因此,我们能够确定一个更好的设计多探头悬臂阵列。
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