INCREASING THE RELIABILITY OF AUTOMATIC SYSTEMS WHEN USING CONTROLLERS

O. G. Shutinsky, D. V. Snurnikov
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Abstract

In order to evaluate the behavior of the automatic system, the understanding of the reliability of the system is established in the operational minds. In the case of operation, the system of automatic transmission can be applied to: mechanical ventilation (vibraciy, strike, post-mortem proradiance); electric navantezhen (naprugi, electric struma, push); navkolishnih umov (temperature, vologist, vise).             The inclusion of significant factors is manifested in the visual parameters of the system of nominal (developmental) values. Ci vidhilennya can be the buti nastiliki znasilnym, scho sistema staje neadtistannyj do vikoristannya, so as the vinikennnya of the great vidhilenni of the parameters of the system of development can be brought to an accident.             If the system ceases to be satisfied with the provisions of the system, the system is to be brought into view. On the basis of the analysis of the technical parameters of the system in the experimental minds, it is necessary to assess the quality of the system on the basis of the analysis of the technical parameters of the system in the experimental minds.             Thus, since it is impossible to integrate the technical parameters of the system (schematic, constructive, production and experiment) and the analysis of the system on the basis of the theory of methods and special distributions (theories of human processes and mathematical statistics).             In this way, reliability is an important problem of modern technology at the stage of infrastructure operation, and at the stage of design. The peculiarity of the automatic system is that in the case of the vidmovi obdemarcated kilkosti and the elements of the vidmov of all systems. It is possible to lead to grave problems, because the system is responsible for the implementation of important tasks, and the infrastructure is to be seen by the great war             The development of the regulatory contour is the meaning of the value of the characteristics of the contour on the basis of the characteristics of the warehouse elements.             The controller was redirected to the control circuit. In the process of developing the contours of regulation, which are stored with the quality of the elements, the work-free circuit (Рс) is vised as an additional work-free structure.
在使用控制器时,提高自动系统的可靠性
为了评估自动系统的行为,需要在操作过程中了解系统的可靠性。在运行情况下,自动传动系统可应用于:机械通风(振动、撞击、死后镨);电动通风(通风管、电动通风管、推动);通风管道(温度、通风管、虎钳)。 在标称(发展)值系统的视觉参数中体现了重要因素的包含。Ci vidhilennya can be the buti nastiliki znasilnym, scho sistema staje neadtistannyj do vikoristannya, so as the vinikennnya of the great vidhilenni of the parameters of the system of development can be brought to an accident. 如果系统不再满足于系统的规定,系统将被带入视野。在对实验头脑中的系统技术参数进行分析的基础上,有必要对系统的质量进行评估。 因此,由于不可能将系统的技术参数(示意、构造、生产和实验)与基于方法理论和特殊分布(人类过程理论和数理统计)的系统分析结合起来。 因此,在基础设施运行阶段和设计阶段,可靠性是现代技术的一个重要问题。自动系统的特点是,在 vidmovi obdemarcated kilkosti 和所有系统的 vidmov 元素的情况下。这有可能导致严重的问题,因为该系统是负责执行重要的任务,和基础设施是由伟大的战争发展的监管轮廓是轮廓的特征值的基础上的仓库元素的特点的含义。 控制器被重新定向到控制电路。在制定调节轮廓线的过程中,调节轮廓线与存储元素的质量有关,无工作电路(Рс)被视为额外的无工作结构。
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