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This article is devoted to the analysis of the reliability of typical power supply circuits. The question of what factors have the greatest impact on the reliability of power supply circuits, as well as what methods and tools are used to analyze and improve their reliability is considered. Particular attention is paid to the comparative analysis of various types of power supply schemes and the determination of their advantages and disadvantages in terms of reliability. The article also discusses current trends and developments in the field of increasing the reliability of power supply and possible ways to optimize existing circuits. The results obtained can be useful for specialists in the field of power engineering and electrical engineering in the design, maintenance and modernization of power supply systems. [ABSTRACT FROM AUTHOR]

The main aspects of the use of automatic monitoring and control systems in order to increase the reliability of power lines are considered. The article highlights modern technologies and techniques that make it possible to quickly identify and prevent possible emergency situations on power transmission lines. The advantages of automated systems compared to traditional monitoring and control methods are discussed, and examples of research and practical applications of such systems are presented. The results obtained can be useful for energy specialists and engineers involved in the design, operation and maintenance of power transmission lines, as well as for developers and manufacturers of automated monitoring and control systems. [ABSTRACT FROM AUTHOR]