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Performances Evaluation of Frequency Measurement Techniques in Automotive Industry

机译:汽车行业频率测量技术的性能评估

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Many automotive sensors have as output a square wave signal, whose frequency is related which measurement parameters. Such sensors are use for measuring the shafts rotation and wheels rotation. The measurement systems are developed basically based on a microcontroller, which timers capture feature is used for frequency measurement. The frequency measurement principle is the same for every microcontroller; the differences consist in peripheral''s settings. Three frequency measurement techniques were studied; the experimental results were made using a sixteen bits microcontroller -C167 from Infineon. Knowing the performances of each frequency measurement techniques is a step forward to reduce the design costs by choosing the appropriate technique according with design specification.
机译:许多汽车传感器都输出方波信号,其频率与哪些测量参数有关。这种传感器用于测量轴的旋转和车轮的旋转。测量系统基本上是基于微控制器开发的,该定时器捕获功能用于频率测量。每个微控制器的频率测量原理都是相同的。不同之处在于外围设备的设置。研究了三种频率测量技术。实验结果是使用Infineon的16位微控制器-C167进行的。了解每种频率测量技术的性能是通过根据设计规范选择合适的技术来降低设计成本的一步。

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