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文章摘要
基于低频时码技术的主动授时智能电能表设计
Design of active timing smart electricity meter based on low-frequency time-code timing technology
Received:July 10, 2017  Revised:July 15, 2017
DOI:
中文关键词: 主动授时  低频时码  正交叠加  正交采样  干扰抑制
英文关键词: smart electricity meter  active timing  low-frequency time-code  orthogonal superposition  orthogonal sampling  interference suppression
基金项目:
Author NameAffiliationE-mail
Ding Hengchun State Grid JiBei Electric Power CoLtd Research Institute dinghengchun@sohu.com 
Ju Hanji* State Grid JiBei Electric Power CoLtd Research Institute juhanji@163.com 
Yuan Ruiming State Grid JiBei Electric Power CoLtd Research Institute ydollars@sina.com 
Yin Jianfeng Jiangsu Linyang Power Tech Co,Ltd yinjianfeng@linyang.com.cn 
Yue Hu State Grid JiBei Electric Power CoLtd Marketing Department yuehu4045116@163.com 
Liu Yan State Grid JiBei Electric Power CoLtd Research Institute liuyan1989pl@126.com 
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中文摘要:
      为解决运行智能电能表时钟不准的问题,设计了一款基于低频时码技术的主动授时智能电能表,在电能表上增加低频时码接收芯片,在电能表上电时或按照设定的时间间隔定时接收低频时码授时信号,将解码后的标准时间写入电能表,实现时钟自动校准,使电能表的月时钟精度达到0.5秒。
英文摘要:
      To solve the clock error problem of the smart electricity meter, an active timing smart electricity meter is designed based on the low-frequency time-code timing technology. The low-frequency time-code receiver is added on the meter. The meter receives the timing signal automatically at the initialization or following the set time interval. The time signal is decoded and write into the meter. The time calibration of the meter is solved and the clock accuracy can reach 0.5 second per month.
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