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文章摘要
电力线载波通信抗干扰性能测试研究
Research on anti-interference performance test of PLC communication
Received:January 19, 2017  Revised:January 19, 2017
DOI:
中文关键词: 电力线载波  抗干扰测试  电磁串扰  EMI滤波器  屏蔽箱
英文关键词: PLC, anti-interference  test, electromagnetic  crosstalk, EMI  filter, shielding  box
基金项目:
Author NameAffiliationE-mail
Wu Weide Measuring Center of Sichuan Power Grid wwd_zss@163.c0m 
Shen Jie* Measuring Center of Sichuan Power Grid shenjie_1982@qq.com 
Bai Tai Measuring Center of Sichuan Power Grid bear_lyl@163.com 
Li Fangshuo Measuring Center of Sichuan Power Grid 390945831@qq.com 
Xiang Jingrui Measuring Center of Sichuan Power Grid 47502948@qq.com 
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中文摘要:
      针对目前电力线载波通信性能测试设备,在抗干扰性能测试方面可靠性较差和准确度较低的现状,文章深入分析了在用测试系统的技术实现及其抗干扰测试关键技术需求,重点研究了测试系统机架结构内存在的电磁传导和辐射串扰及其多径干扰,并就传统LC衰减器及其衰减矩阵的不精确性和不稳定性作了简要阐述,提出了设备改进方案。基于高性能EMI滤波器、屏蔽箱、同轴程控衰减器等关键部件,改进研制了现有测试系统,经接收灵敏度和解调门限信噪比测试验证,其测试过程更加稳定,测试结果更加可靠、准确,这种改进技术方案既适用于点对点通信性能测试,也适用于载波通信路由组网能力测试。
英文摘要:
      In view of the current PLC communication test equipment, it has low accuracy and poor reliability in the aspect of anti-interference performance test . The technical of test system and key technical of anti-jamming test are analyzed. The paper focuses on electromagnetic conduction and radiation crosstalk and multipath interference in the frame of test system , The inaccuracy and instability of LC attenuator and matrix are briefly described , put forward the improvement plan. Based on the key components such as high performance EMI filter, shielding box and coaxial programmable attenuator , the existing test system is improved. After the receiving sensitivity and the demodulation threshold SNR test , the test process is more stable, and the test results is more reliable and more precise , improved scheme is suitable for point-to-point communication performance test, and also can be applied to the test of the PLC communication network route capacity.
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