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METHOD TO MANUFACTURE PRESSURE SENSOR BASED ON THIN-FILM NANO- AND MICROELECTROMECHANICAL SYSTEM

机译:基于薄膜纳米微机电系统的压力传感器制造方法

摘要

FIELD: measurement equipment.;SUBSTANCE: method to manufacture a pressure sensor on the basis of a thin-film nano- and microelectrical system consists in polishing of a membrane surface, formation of a dielectric film on it and strain elements with low-ohmic links and contact sites between them, using a template of a strain-sensitive layer. The strain sensitive layer has a configuration of strain elements in zones matched with low-ohmic links and contact sites, in the form of strips, which include images of strain elements and their extensions into two opposite directions, and in zones matched with contact sites - partially matching with the configuration of contact sites and distanced from the strips of sections, connection of output conductors to contact sites in areas distanced from the strips of sections. Elements and transitions of strain resistors are arranged and realised so that their characteristics and factors acting at these elements and transitions meet the appropriate ratio.;EFFECT: improved time stability, resource, service life.;2 cl, 2 dwg
机译:技术领域:测量设备;实质:基于薄膜纳米和微电系统的压力传感器的制造方法包括抛光膜表面,在其上形成介电膜以及具有低欧姆连接的应变元件并使用应变敏感层的模板在它们之间接触部位。应变敏感层在带低欧姆链接和接触点的区域中以条带的形式配置应变元素,其中包括应变元件的图像及其在两个相反方向上的延伸,在与接触点匹配的区域中-与接触部位的配置部分匹配,并且与分段的条带隔开一定距离,输出导体到与分段的条带隔开的区域中的接触点的连接。布置并实现了应变电阻的元件和过渡,以使它们的特性和作用于这些元件和过渡的因素达到适当的比率。效果:改善了时间稳定性,资源,使用寿命。2cl,2 dwg

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