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首页> 外文期刊>BioTechnology: An Indian Journal >Introduction of SCM technology into sensor design based on the current situation of sensors
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Introduction of SCM technology into sensor design based on the current situation of sensors

机译:根据传感器的现状将SCM技术引入传感器设计

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The characteristics of single chip microcomputer (SCM) technology are mainly manifested on its ability to covert the output signals collected by sensors efficiently, and correct the corresponding linear error at the same time so as to improve the measurement precision of sensors continuously. In this study, first, effective introduction to the working characteristics of the sensor is carried out, which demonstrates the function and value of sensors in the industrial production process clearly. Second, more intuitive diagrams and discussionsof the working principle of the sensors are utilized to make the basic working routes of sensors clear and effective. Third, specific research on the function of SCM in the sensor and its working principle is conductedthrough effective discussions of the specific application process, which further improves the application value of SCM technology in sensors. After that, a specific introduction mainly focused on the practical circuitis made, and effective investigation is conducted by combining the generation of correction data and the formation of an EPROM address. Eventually, based on specific application of SCM in the design of sensors, in-depth research is conducted, and the improvement of stability and anti-jam capability is studied specifically. The above is the basic technical route of the research process, which gives full expression to the main content of this study and contributes to the carefulness of the investigations and discussions in this study, and furthermore lay solid foundation of the embodiment of SCM technology???s industrial value.
机译:单片机技术的特点主要表现在能够有效地掩盖传感器采集的输出信号,同时校正相应的线性误差,从而不断提高传感器的测量精度。在这项研究中,首先,有效地介绍了传感器的工作特性,这清楚地证明了传感器在工业生产过程中的功能和价值。其次,利用更直观的图表和传感器工作原理的讨论来使传感器的基本工作路线清晰有效。第三,通过对具体应用过程的有效讨论,对单片机在传感器中的功能及其工作原理进行了具体研究,进一步提高了单片机在传感器中的应用价值。之后,进行了主要针对实际电路的具体介绍,并且通过结合校正数据的产生和EPROM地址的形成来进行了有效的研究。最终,基于单片机在传感器设计中的具体应用,进行了深入的研究,并专门研究了稳定性和抗干扰能力的提高。以上是研究过程的基本技术路线,充分体现了本研究的主要内容,有利于本研究的调查和讨论的仔细,为单片机技术的体现奠定了坚实的基础。工业价值。

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