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磁致伸缩位移传感器DSP系统优点

  磁致伸缩位移传感器DSP系统是以数字信号处理为基础,因此具有数字信号处理的一些明显优点:

  (1)精度高:模拟网络的精度有元器件决定,模拟元器件的精度很难达到1000以上,而数字系统只要14位字长就可达到0.0001的精度。在高精度系统中,有时只能采用数字系统。

  (2)灵活性高:数字系统的性能主要由乘法器的系数决定,而系数是存放在系数存储器中的,因而只需改变存储的系数就可得到不同的系统,比改变模拟系统方便得多。

  (3)可靠性强:因为数字系统只有两个信号电平“0”和“1”,因此受周围环境的温度及噪声的影响较小。而模拟系统的各元器件都有-定的温度系数,且电平是连续变化的,易受温度、噪声、电磁感应等的影响。数字系统如采用大规模集成电路,其可靠性就更高。

  (4)接口方便: 磁致伸缩位移传感器DSP 系统与其他以现代数字技术为基础的系统或设备都是相互效容的,与这样的系统接口以实现某种功能要比模拟系统与这些系统接口要容易得多。

  (5)可重复性好:模拟系统的性能受元器件参数性能变化比较大,而数字系统基本不受影响,因此数字系统便于测试、调试和大规模生产。

  (6)集成方便: DSP 系统中的数字部件有高度的规范性,便于大规模集成。

  当然,磁致伸缩位移传感器数字信号处理也存在一定的缺点。 例如,对于简单的信号处理任务,如与模拟交换线的电话接口,若采用DSP则使成本增加。DSP系统中的高速时钟可能带来高频干扰和电磁泄漏等问题。此外,DSP 技术更新的速度快,数学知识要求多,开发和调.试工具还不尽完善。