首页> 外文会议>Conference on Sensors and Their Applications; 20030902-20030904; Limerick; IE >Optimisation of inductive sensors using mathematical modelling
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Optimisation of inductive sensors using mathematical modelling

机译:使用数学模型优化感应传感器

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Over the last few years, there has been an increase in the application of inductive sensing in many areas. Presently, for many applications there are standard solutions whereby the selection of the probe coils and the parameterisation of the devices is carried out using empirical values. In part the signal evaluation adapts itself to the respective test conditions automatically. Although this approach will succeed it does so only in the boundaries that are set by the actual sensor (the probe coil). With the help of a mathematical modelling approach it is possible to optimise all constructive and physical parameters of inductive sensors for the various settings of a task. In order to realise this approach, the engineer can make use of different numerical procedures and software packages. In this paper the boundaries of the analytical method are discussed and the possibilities of modern numeric procedures for the computer-aided draft of inductive sensors are shown.
机译:在过去的几年中,感应感测在许多领域的应用有所增加。当前,对于许多应用而言,存在标准解决方案,其中使用经验值来进行探针线圈的选择和设备的参数化。信号评估在某种程度上会自动适应相应的测试条件。尽管这种方法将成功,但只能在实际传感器(探针线圈)设置的边界内实现。借助数学建模方法,可以针对任务的各种设置优化感应传感器的所有构造参数和物理参数。为了实现这种方法,工程师可以使用不同的数值程序和软件包。在本文中,讨论了分析方法的边界,并展示了用于计算机辅助感应传感器草图的现代数值程序的可能性。

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