首页> 外国专利> CANTILEVER HAVING PIEZOELECTRIC ACTUATOR AND TIP WITH HIGH ASPECT RATIO AND METHOD FOR MANUFACTURING THE SAME

CANTILEVER HAVING PIEZOELECTRIC ACTUATOR AND TIP WITH HIGH ASPECT RATIO AND METHOD FOR MANUFACTURING THE SAME

机译:具有高纵横比的悬臂梁式压电执行器和尖端及其制造方法

摘要

the invention the high aspect ratio probe having a cantilever piezoelectric actuator and a method of manufacturing the same as in the related, more particularly the upper surface of the probe support flat rectangular shape, to a middle portion and a probe cantilever piezoelectric actuator and a method of manufacturing the probe having a high aspect ratio that is composed of a carbon nanotube probe peak by electron beam welding by electron beam induced deposition. ; The above object of the present invention with an electron beam induced deposition in step, the probe support to form a two-axis piezoelectric actuator for driving the load portion of the silicon nitride film to form a cantilever having a probe support portion of the rectangular shape, the cantilever is achieved by a method for manufacturing a piezoelectric actuator cantilever probe having a high aspect ratio, characterized in that to attach the step of forming a probe in the probe medium, and a carbon nanotube intermediate portion comprises the step of forming a probe-peak. ; Thus, by electron beam welding cantilever piezoelectric actuator and a method of manufacturing the probe having a high aspect ratio of the present invention is to increase the reproducibility of the probe medium formed by the electron beam induced deposition unit to form a probe support portion of the top surface flat rectangular shape is attached and the carbon nanotubes to control the angle sikimeuroseo easy to reduce the distortion of the measurement by the two-axis piezoelectric actuator drive as well as more precise and reliable measurement enables the effect.
机译:本发明的具有悬臂式压电致动器的高纵横比探针及其制造方法,特别是探针支架的上表面为扁平的矩形形状,到中间部分和探针悬臂式压电致动器及其方法制造具有高纵横比的探针的方法,该探针由碳纳米管探针峰构成,该探针由电子束诱导沉积的电子束焊接而成。 ;本发明的上述目的是在步骤中通过电子束感应沉积,探针支架形成两轴压电致动器,用于驱动氮化硅膜的负载部分以形成具有矩形探针支架部分的悬臂。本发明的悬臂是通过具有高纵横比的压电致动器悬臂探针的制造方法来实现的,其特征在于,将形成探针的步骤附于探针介质中,并且碳纳米管中间部分包括形成探针的步骤。 -峰。 ;因此,通过本发明的电子束焊接悬臂压电致动器和高纵横比的探针的制造方法,是为了提高由电子束诱导沉积单元形成的探针介质的可重​​复性,以形成探针的支撑部分。附有顶面平坦的矩形形状,并且碳纳米管易于控制sikimeuroseo的角度,从而通过两轴压电致动器驱动器降低了测量的失真,并且更精确,更可靠的测量使该效果得以实现。

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