电表智能管理装置的设计

范文编号:JD866 附开题报告,任务书,外文翻译,原理图及PCB,范文字数:15619,页数:38

摘要：为了减少电能收费管理中人力、物力的浪费，减少不安全因素，本文进行了智能IC电能表设计研究，通过多种技术手段，降低了仪表的功耗，提高了仪表的测量精度，使仪表具有较高的可靠性，科学地计算用电量，为用电用户与供电公司之间提供了准确的收费依据；智能电能表具备预付费功能和密码保护功能，从根本上解决了供电公司收费难的问题。
IC卡的使用与其应用系统是密切相关的。一方面，采用IC卡可以使系统的运作更富创造性；另一方面，应用系统会不断地对IC卡提出新的要求，促使其功能更加完善。因此．怎样把IC卡与实际应用有机地结合起来。充分发挥IC卡的优越性，一直是IC卡技术的一个重要课题。智能IC卡电能表就是IC卡技术的一种实际应用。
智能IC卡电能表是将电能表的机芯和高水平的测控电路集成在一个整体的表壳内，既保持了计量精度，又具备了电表运行状态的自动化管理功能。同时能杜绝人为破坏系统和私自开启IC卡控制系统导致的控制失灵行为。
关键字：电表 自动化 电量

 Electric instrument intelligent management installment design

Abstract: In order to reduce in the electrical energy charge management the manpower, the physical resource waste, reduced the unsafe factor, this article has conducted the intelligent IC electrical energy table design research, through many kinds of technological means that reduced measuring appliance's power loss, increased measuring appliance's measuring accuracy. Enables the measuring appliance to have the high reliability. Calculates the electricity consumption scientifically, has provided the accurate charge basis for between the using electricity user and the Electric power company; The intelligent electrical energy table has the pre-payment function and the password protection function, fundamentally has solved the problem which the Electric power company receives makes an effort.
The IC card's use and its application system are close related. At the same time, uses the IC card to be possible to cause system's operation richer creativity; On the other hand. The application system unceasingly will also set the new request to the IC card. Urges its function to be more perfect. Therefore. How organically unifies the IC card and the practical application. Displays the IC card fully the superiority. Has been a IC card technology important topic. The intelligent IC card electrical energy table is the IC card technology one kind of practical application.
The intelligent IC card electrical energy table is the traditional electrical energy table cassette mechanism and the high level observation electric circuit integration in an overall watch case, also maintained the measuring accuracy. Also has had the instrument running status automated management function. Simultaneously can cease the artificial destruction system and open the control malfunction behavior which secretly the IC card control system causes.
Key words: Electric instrument  Automation  Electric quantity

摘要 
1 引言  1
1.1 课题的背景、目的和意义  1
1.2 课题的现状与发展趋势  1
1.3 方案的原理、特点与选择依据  1
1.4 设计步骤  2
2 综述  2
2.1 总述  2
2.2 常用的智能电表管理装置简介  2
2.2.1 性能特点  2
2.2.2 种类  2
2.2.3 主要用途  3
2.2.4 本设计的方案选择   3
3 设计方案及智能电表管理装置的工作原理   6
4 范文主体  9
4.1 概要    9
4.2 有用功电能测量的基本原理  9
4.3 运算控制模块  10
4.3.1 引脚介绍   10
4.3.2 逻辑符号图  11
4.3.3 AT89C51系列的功能部件  11
4.3.4 MCS51外接晶体的接法  11
4.3.5 MCS51上电复位电路  12
4.3.6 控制引脚图  12
4.4 计量模块  13
4.5 IC卡24C01的基本原理    14
4.6 读卡器基本原理及设计    16
4.6.1读卡器基本工作原理  16
4.6.2 89C51与24C01通信的硬件设计   17
4.6.2.1 模拟I2C总线数据传输编程  18
4.6.3 防止噪声   23
4.6.4 IC卡读取软件程序   23
4.7 显示电路   24
4.7.1 软件程序  24
4.8 报警电路   25
4.8.1 报警电路电路图  25
4.8.2 软件程序    25
4.9 数据保护电路   26
4.9.2 软件程序    27
4.10 串行总线技术设计与实现  28
4.10.1 标准异步串行通信接口技术  28
5 结论   33
参考文献   35
致谢     36
附录 A    37
附录 B    38

 《电表智能管理装置的设计》WORD格式全文下载链接