【编者按】网学网电子数电单片机频道为大家收集整理了“两路电力线加载信号检测识别系统“提供大家参考,希望对大家有所帮助!
论文编号:JD744 包括论文,答辩PPT,论文字数:11586,页数:18
【摘要】
信息技术在国民经济发展中日趋重要,各种新兴通信技术日新月异。同时随着国家经济战略适步向节约型转变,各种基于传统媒介和己铺设设备的技术升级及新技术的研发也在进步兴起。电力线通信虽然不是一项最新的技术领域,但其可以使用在丰富的电力资源实现数据通信和工业应用,因而具有广阔的社会价值和经济价值。同时随着超大规模数字电路技术的发展,单片机方面的应用在我们生活当中也很普及。本文就是介绍了以一种以AT89C51单片机为核心的简单两路路电力线加载信号识别系统的设计,在系统中,设计了集成电源、频率信号发生器,并运用4个发光二级管作为显示界面,采用双按键开关模式控制电力线加载信号。本设计的硬件电路简单,软件运行可靠,同时成本低廉,具有可扩展性。
【关键词】集成电源; 电力线载波; 单片机;运算放大器
Two-way power line loading signal detection identification system
Abstracts
Information technology in national economic development has become increasingly important, various of newly arisen correspondence technique change with each passing day. At the same time, as the country''s economic fitness strategy towards conservation-oriented changes, all based on the traditional medium and technological upgrading of equipment which has been laying and new technical research and development are also progress to rise. Although not a new power line communication technology field, but can use the rich power resources in the data communications and industrial applications, which has broad social value and economic value. Following to the ultra-large-scale digital circuit technology development, the application of SCM in our lives are also very popular. This paper is presented in a AT89C51 microcontroller as the core to the simple power line loading dual signal recognition system design. In this system, we design the integrated power, frequency signal generator, and use of four light emitting diode as Display interface, double-button switch-mode power line load control signal. The hardware circuits of this system is simple, and software runs reliable, low cost, with expansibility.
Keyword: integrated Power, , power line carrier, SCM
目录
【摘要】 1
Abstracts 1
1.引言 2
2. 系统硬件设计 3
2.1 电源模块: 3
2.2 信号发生器模块及可控制开关: 4
2.3 信号加载/接收电路: 6
2.4 单片机控制模块: 6
2.5 显示模块 7
3.系统软件驱动设计 8
3.1 软件开发环境 8
3.2 软件环境: 8
3.3 硬件环境: 8
3.4 软件流程图: 9
4. 工艺设计与调试 9
4.1、设计阶段调试 9
4.2、制作过程工艺调试设计 9
4.3、整机调试的工艺流程 10
5. 结果与分析 10
6. 结束语 10
7. 致谢 10
参考文献 10
附:单片机运行驱动程序 11