智能电表的设计

范文编号:JD1118  范文字数:10248,页数:61,附原理图,和程序

内容摘要：电能表是我国电工仪表行业中产量最大的产品，随着高新技术尤其是电子信息技术的快速发展，智能电表已经逐步成为电能表发展的主流。本设计以ADE7755芯片为电能计量核心,以AT89S52单片机为主要控制芯片，设计了一款基于IC卡的可预付费的单相智能电表。其中电流采样模块采用了电流互感器将大电流转变成为可以用来处理测量的小电流。IC卡采用西门子公司的SLE4442逻辑加密卡，安全实用。12864液晶模块为用户提供了清晰实时的电量和使用信息。采用AT24C08作为数据存储芯片,完成了电能信息的及时存储和交换。

关键词：智能电表，IC卡，ADE7755，电流互感器，C总线

Abstract: Electric energy expresses the product being that output is maximal in our country eletrotechnical instrument industry , the intelligence electricity meter becomes the main current that the electric energy meter develops already step by step with the fact that the high and new technology especially the electronic information technology fleetness develops. Design that the chip measures core by ADE7755 for electric energy originally, the monolithic machine is to control a chip mainly with AT89S52, electricity meter having designed that IC card-based one may pays wasteful single-phase intelligence in advance. The IC card adopt the Siemens SLE4442 logic to encrypt a card , safety is pragmatic. 12864 liquid crystal modules have provided limpid real time quantity of electric charge and usage information to the consumer. Adopt AT24C08 to be the data memory chip, timeliness having accomplished electric energy information stores and exchanges.

Keywords: Intelligence electricity meter, IC card, ADE7755 ,voltaic mutual inductance implement , C highway.

目录

内容摘要： 1
关键词 1
Abstract 1
Keywords 1
1. 引言 2
2. 系统方案论证 3
3. 硬件设计 4
3.1 主控模块 4
3.2 电能计量模块 6
3.3 IC卡模块 9
3.4 数据存储模块 11
3.5 显示模块 12
3.6 键盘模块 14
3.7 断电控制模块 15
3.8 直流稳压电源模块 16
4. 软件设计 16
4.1 系统流程图 16
4.2 程序组成框图： 17
5. 系统性能测试与分析 20
5.1 系统测试 20
5.2 误差的原因分析： 21
6. 结束语 21
参考文献 22
致谢 23
附件一 24
附件二 25

 《智能电表的设计》WORD格式全文下载链接