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Contact resistance being improved semiconductor structure and its production method (semiconductor structure where contact resistance is improved)

机译:改善了接触电阻的半导体结构及其制造方法(改善了接触电阻的半导体结构)

摘要

Topic Contact resistance of structure was improved, namely the semiconductor structure which it decreases is offered.Solutions Making use of self organization polymer technology, the nanosaizu pattern where one is arranged at least inside the material which exists in the conductive contact territory of semiconductor structure is formed. The material which possesses the nanosaizu pattern which is arranged is interconnect structure or the semiconductor source of the field-effect transistor and the conductive body of the drain territory. All territory (namely boundary territory) for after contact point formation expands due to the fact that the alignment nanosaizu patterning material exists inside the contact point territory, contact resistance of structure decreases with this. Due to the decrease of contact resistance, the electric current which passes by structure improves. In addition to the above-mentioned thing, because with method and structure of this invention, the connecting territory continues to be constant, junction capacitance of structure does not receive influence. Selective figure Figure 5
机译:<主题>改善了结构的接触电阻,即提供了降低的半导体结构。解决方案:利用自组织聚合物技术,将至少一种布置在存在于半导体导电接触区域内的材料内部的纳米化图案。结构形成。具有被布置的纳米saizu图案的材料是互连结构或场效应晶体管的半导体源和漏极区域的导电体。接触点形成后的所有区域(即边界区域)由于在接触区域内存在取向纳米水合构图材料而扩大,因此结构的接触电阻降低。由于接触电阻的减小,通过结构的电流提高。除了上述内容之外,由于利用本发明的方法和结构,连接区域持续恒定,因此结构的结电容不受影响。<选择图>图5

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