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Patterning of nickel-titanium SMA films with chemical etching by a novel multicomponent etchant

机译:新型多组分腐蚀剂化学刻蚀镍钛SMA膜的图案

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Abstract: The patterning of nickel-titanium SMA thin films was one of critical micromachining issues during developing SMA film devices, now, an excellent etchant for etching of Ni-Ti SMA thin films was developed, therefore, this problem can be solved by photochemical etching easily. The etchant is based on the dilute hydrofluoric acid with several kinds of additives. The etching process is operated at room temperature with the etching rate of (1-5)$mu@m/Min. The etched surface is very smooth and the edge of patterned SMA line is exactly the same as that of patterned photoresist. The etch factor is above 1.5 and might be enlarged furthermore. The etchant is stable and the repeatability is also good. This patterning method is compatible with IC processes, so it is easy to design and fabricate any magic pattern for MEMS applications. !10
机译:摘要:镍钛SMA薄膜的图案化是SMA薄膜器件开发过程中的关键微加工问题之一,目前,已开发出一种用于蚀刻Ni-Ti SMA薄膜的优良蚀刻剂,因此可以通过光化学蚀刻来解决该问题。容易。蚀刻剂是基于稀氢氟酸和几种添加剂的。蚀刻工艺在室温下以(1-5)μm·m / Min的蚀刻速率进行。蚀刻的表面非常光滑,并且图案化的SMA线的边缘与图案化的光刻胶的边缘完全相同。蚀刻系数高于1.5,并且可能会进一步扩大。蚀刻剂稳定,重复性也很好。这种图案化方法与IC工艺兼容,因此很容易为MEMS应用设计和制造任何魔术图案。 !10

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