首页> 外国专利> METHOD TO MANUFACTURE STRAIN GAUGE PRESSURE SENSOR BASED ON THIN-FILM NANO- AND MICROELECTROMECHANICAL SYSTEM

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

机译:基于薄膜纳米微机电系统的应变片压力传感器制造方法

摘要

FIELD: measurement equipment.;SUBSTANCE: method to manufacture a strain gauge pressure sensor consists in polishing of membrane surface, formation of a dielectric film and strain gauge elements on it with low-resistance links and contact sites between them, using a template of a strain gauge sensitive layer in the form of strips, attachment of output conductors to contact sites in areas remote from strips of sections, connection of a recorder to the output of nano- and microelectromechanical systems (N&MEMS), energising of N&MEMS voltage, development of a normalized non-stationary field of temperatures and temperature deformations symmetrical relative to the centre of the membrane on the membrane. The non-stationary field of temperatures and temperature deformations is recorded on the recorder of the output signal of N&MEMS during impact at the membrane. They compare the produced output signal of the tested N&MEMS according to the amplitude of spectral components with the similar signal of the reference N&MEMS. If differences of amplitudes of output signals or amplitudes of spectral components of output signals do not exceed limit permissible values, which are not taken as criteria of time stability, this assembly is forwarded to subsequent operations.;EFFECT: increased time stability, resource, service life, reduced error under impact of non-stationary temperatures and increased vibration accelerations.;2 cl, 2 dwg
机译:领域:测量设备;物质:一种制造应变片压力传感器的方法包括使用膜片模板对膜表面进行抛光,在其上形成介电膜和应变片元件上的低电阻连接和接触点。带状应变仪敏感层,将输出导体连接到远离条带的区域中的接触部位,将记录仪连接到纳米和微机电系统(N&MEMS)的输出,为N&MEMS电压供电,开发标准化的非平稳温度场和相对于膜在膜上中心对称的温度变形。在膜受到冲击时,温度和温度变形的非平稳场会记录在N&MEMS输出信号的记录器中。他们根据频谱分量的幅度将测试的N&MEMS产生的输出信号与参考N&MEMS的相似信号进行比较。如果输出信号的幅度差异或输出信号的频谱分量幅度的差异不超过允许的极限值(未将其作为时间稳定性的标准),则此组件将转至后续操作。效果:增加的时间稳定性,资源,服务寿命,在非平稳温度的影响下减少误差并增加振动加速度。; 2 cl,2 dwg

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