1) power line communication
电力载波通信
1.
An intelligent monitoring system for city street single lamp control is presented,in which the low-voltage power line communication is adopted.
介绍了城市路灯单灯控制的智能监控系统,该系统采用低压电力载波通信方式。
2.
Combined with the technology of power line communication, streaming media and embedded video monitoring, a design of video monitoring server using power line as transmission medium and streaming media technology is presented.
结合电力载波通信技术、流媒体技术和嵌入式视频监控技术,本文采用了一种以电力载波为传输媒介和采用流媒体技术的视频监控服务器设计方案。
2) power line carrier communication
电力载波通信
1.
Design of Switch Machine Pressure Monitoring System Based on Power Line Carrier Communication;
基于电力载波通信的转辙机液压监测系统的设计与实现
2.
The measurement and examination of wave trap coil and coupling filter used for power line carrier communication system are an important part to ensure the electric power system operating normally.
为解决现有电力载波通信系统中线路阻波器、结合滤波器的性能测试方法中存在的问题,提出了一种集自动测试、高速采样和数据处理于一体的新型智能式测试系统方案。
3) power line carrier communication
电力线载波通信
1.
Application of L-C band pass filter in the low-voltage power line carrier communication;
L-C带通滤波器在低压电力线载波通信中的应用
2.
The designing scheme of power line carrier communication;
电力线载波通信方案设计
3.
The adaption technology of low-voltage power line carrier communication;
自适应低压电力线载波通信技术
4) PLC
电力线载波通信
1.
The Development and Application Prospects of the Power Line Carrier Communication(PLC) Techniques;
电力线载波通信技术的发展与应用前景
2.
Application of PLC in "Last Kilometer" Problem;
电力线载波通信技术在“最后一公里”问题中的应用
3.
Anti-theft system for power cable based on low voltage PLC;
基于低压电力线载波通信的电缆防盗系统
5) power line communication
电力线载波通信
1.
Application of concatenated codes based on TMS320C55x in power line communication;
基于TMS320C55X的级联码在电力线载波通信中的应用
2.
Design of Lighting Control System Based on Power Line Communication;
基于电力线载波通信技术的照明控制系统的设计
3.
The Transmission of Locomotive Control Signal Based on Power Line Communication;
基于电力线载波通信的机车控制信号传输系统的研究
6) PLC
低压电力线载波通信
1.
Design of Hardware of PLC Simulate Experiment System;
低压电力线载波通信模拟实验系统的硬件设计
2.
The Power Line Communication (PLC) is a kind of rising communication mode differing from traiditional communication such as telecommunication, telephone, radio communication, etc.
由于低压范围内电力线网络的非规则性、传输距离的随意性、以及电力线上负载变化的多样性，使得干扰问题成为制约低压电力线载波通信发展和普及的主要障碍。
补充资料：载波通信
| 载波通信 carrier communication 基于频分复用技术的电话多路通信体制。属于经典模拟通信的制式 。在工程上 ，一路电话的电信号频谱被限制在300 ～3400赫的范围；考虑到保护性的频率间隔，一路电话所占的频带宽度为4千赫。因此，根据实用信道的不同频带宽度，就可以在一个信道的频带宽度内复用不同路数的电话信号。例如，架空明线信道典型地可以复用12路电话信号，对称电缆信道典型地可以复用60路电话信号，中同轴电缆信道则可以复用数千路电话信号，等等。从总体上说，通信技术正在大踏步地走向数字化，数字光纤通信、数字卫星通信和数字微波通信系统占有越来越大的比重，模拟的载波通信系统日益收缩。但在一定时期内，载波通信在支线和农村地区仍然会继续发挥作用。
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条