摘要
阐述了设计超低功耗抗干扰自动控制系统的重要意义,分析了传统通信设备自动控制系统存在的干扰问题。介绍了电力通信设备超低功耗抗干扰自动控制系统的硬件设计、软件设计和具体实验过程,并对实验数据进行分析,说明设计系统的功耗要小于传统控制系统的功耗且抗干扰性能要优于传统系统,真正减小了电力通信设备自动控制系统的功耗,提升了抗干扰能力。通过实验,提出了电力设备超低功耗抗干扰自动控制系统的具体应用。
The importance of designing an ultra-low power anti-interference automatic control system is described,and the interference problems existing in the automatic control system of traditional communication equipment are analyzed.This paper introduces the hardware design,software design and specific experimental process of the ultra-low power antiinterference automatic control system for power communication equipment,and analyzes the experimental data.It shows that the power consumption of the designed system is less than that of the traditional control system and the antiinterference performance is better than that of the traditional system,which really reduces the power consumption of the automatic control system for power communication equipment and improves the anti-interference ability.Through the experiment,the application of the anti-interference automatic control system with ultra-low power consumption for power equipment is put forward.
作者
赵慧峰
ZHAO Hui-feng(College of Intelligent Manufacturing,Sanmenxia Polytechnic,Sanmenxia 472000,China)
出处
《黑龙江科学》
2020年第4期95-96,99,共3页
Heilongjiang Science
关键词
电力通信设备
超低功耗
抗干扰自动控制系统
Power communication equipment
Ultra-low power consumption
Anti-interference automatic control system
