本文研究了智能家居系统的结构和工作原理，介绍了X10电力线载波技术的关键部分，并在此基础上设计了网络控制器。
This paper presents the structure and principle of intelligent home system. It introduces the pivotal parts of X10 communication technology, and give the design of controller based on it.
首先，论文提出了一种基于低压电力线载波技术的总线式控制网络。
Firstly, this paper advanced a control system based on the low-voltage power line carrier.
电力线载波技术分为两类，一种是用于负载控制、远程抄表和家电自动化的低速电力线载波通信。
There are two kinds of Power Line Carrier technology. One is used for Load Control, Remote Meter Reading and Home Automation, which is a short rate application.
试验结果表明，由SSCP300芯片制作的网络节点控制器，通过电力线载波扩频技术进行数据传输是完全可行的，也是十分可靠的。
The experiment shows two Node Controller which is mainly composed of chip"SSC P300" can communicate with each other , which is feasible and reliable .
文章介绍了一项针对电力线载波通信数字接收机的自动增益控制技术。
This paper introduces the AGC technology used in digital receivers of PLC.
文章介绍了一项针对电力线载波通信数字接收机的自动增益控制技术。
This paper introduces the AGC technology used in digital receivers of PLC.
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