单相正弦波逆变电源设计.pdf

《单相正弦波逆变电源设计.pdf》由会员分享，可在线阅读，更多相关《单相正弦波逆变电源设计.pdf（20页珍藏版）》请在淘文阁 - 分享文档赚钱的网站上搜索。

1、0 湖南工程学院课程设计任务书课程名称：电力电子技术题目：单相正弦波逆变电源的设计专业班级：自动化学生姓名：学号：指导老师：刘星平审批：任务书下达日期2011 年 12 月 19 日设计完成日期2011 年 12 月 30 日1 设计内容与设计要求一 设计内容：1 电路功能：1）有固定直流电源，通过功率变换（高频逆变）得到2050KHz 的高频交流，再经高频整流与滤波，得到所需的直流；2）电路由主电路与控制电路组成，主电路主要环节：工频整流滤波、功率变换（高频逆变）、高频整流滤波。控制电路主要环节：脉冲发生电路、脉宽调制PWM、电压电流检测单元、驱动电路。3）功率变换电路中的高频开关器件采用I

2、GBT 或 MOSFET。4）系统具有完善的保护2.系统总体方案确定3.主电路设计与分析1）确定主电路方案2）主电路元器件的计算及选型3）主电路保护环节设计4.控制电路设计与分析1）检测电路设计2）功能单元电路设计3）触发电路设计4）控制电路参数确定二 设计要求：1 脉宽调制信号由专用集成芯片SG3525产生。2 设计思路清晰，给出整体设计框图；3 单元电路设计，给出具体设计思路和电路；4 分析所有单元电路与总电路的工作原理，并给出必要的波形分析。5 绘制总电路图6 写出设计报告；文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W

3、5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP

4、7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W

5、1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF

6、1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U

7、8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编

8、码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10

9、T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N82 主要设计条件1 设计依据主要参数1）输入电压：单相（DC）15V（1+15%），单相输出：AC（0150V）。2）输出电流：5A 3）电压调整率：1%4）负载调整率：1%5）效率：0.8 6）功率因数：0.8 2.可提供实验与仿真条件说明书格式1 课程设计封面；2 任务书；3

10、说明书目录；4 设计总体思路，基本原理和框图（总电路图）；5 单元电路设计（各单元电路图）；6 故障分析与电路改进、实验及仿真等。7 总结与体会；8 附录（完整的总电路图）；9 参考文献；11、课程设计成绩评分表文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3

11、W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 Z

12、F1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2

13、U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档

14、编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH1

15、0T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8

16、W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 H

17、P7I9D3W1S2 ZF1E1P2U8N83 进 度 安 排第一周星期一:课题内容介绍和查找资料；星期二:总体电路方案确定星期三:主电路设计星期四:控制电路设计星期五:控制电路设计；第二周星期一:控制电路设计星期二：电路原理及波形分析、实验调试及仿真等星期四 五:写设计报告，打印相关图纸；星期五下午:答辩及资料整理参 考 文 献1石玉，栗书贤电力电子技术题例与电路设计指导机械工业出版社，1998.2王兆安，黄俊电力电子技术（第4 版）机械工业出版社，2000.3浣喜明，姚为正电力电子技术高等教育出版社，2000.4莫正康电力电子技术应用（第3 版）机械工业出版社，2000.5郑琼林，耿学文电

18、力电子电路精选机械工业出版社，1996.6刘定建，朱丹霞实用晶闸管电路大全机械工业出版社，1996.7刘祖润，胡俊达毕业设计指导机械工业出版社，1995.8刘星平电力电子技术实验指导书校内，2007.文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 Z

19、F1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2

20、U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档

21、编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH1

22、0T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8

23、W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 H

24、P7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3

25、W1S2 ZF1E1P2U8N84 目录第 1 章 概述.5 1.1 逆变电源的发展背景.5 1.2 设计思想.5 第 2 章 设计设计总体思路.6 2.1 总体框架图.6 2.2 设计的原理和思路.7 2.3SPWM 控制原理.7 第 3 章 硬件电路的设计 .9 3.1SG3525介绍 .9 3.2 文氏电桥振荡电路.11 3.3 移位电路分析 .13 3.4 逆变电路的工作原理分析.13 第 4 章 系统的检测与分析.14 4.1 正弦发生器部分的调试.14 4.2 逆变部分及整体运行结果.15 第 5 章心得体会.17 附录总电路图.18 文档编码:CH10T10S8W5P2 HP7I

26、9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S

27、2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E

28、1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N

29、8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:

30、CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T1

31、0S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P

32、2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N85 第 1 章概述1.1 逆变电源的发展背景逆变电源是一种采用电力电子技术进行电能变幻的装置，它从交流或直流输入获得稳压恒频的交流输出。逆变电源技术是一门综合性的专业技术，它横跨电力、电子、微处理器及自动控制等多学

33、科领域，是目前电力电子产业和科研的热点之一。逆变电源广泛应用于航空、航海、电力、铁路交通、邮电通信等诸多领域。逆变电源的发展是和电力电子器件的发展联系在一起的，器件的发展带动着逆变电源的发展。逆变电源出现于电力电子技术飞速发展的20 世界 60 年代，到目前为止，它经历了三个发展阶段。第一代逆变电源是采用晶闸管（SCR）作为逆变器的开关器件称为可控硅逆变电源。可控硅逆变电源的出现虽然可以取代旋转型变流机组，但由于 SCR 是一种没有自关断能力的器件，因此必须增加换流电路来强迫关断SCR，但换流电路复杂。噪声大、体积大、效率低等原因却限制了逆变电源的进一步发展。第二代逆变电源是采用自关断器件作为

34、逆变器的开关器件。自20 世纪 70 年代后期，各种自关断器件想运而生，它们包括可关断晶闸管（GTO）、电力晶闸管（GTR）、功率场效应管（MOSFET）、绝缘栅双极性晶体管（IGBT）等。自关断器件在逆变器中的应用大大提高了逆变电源的性能第三代逆变电源实时反馈控制技术，使逆变电源性能得到提高。实时反馈控制技术是针对第二代逆变电源非线性负载适应性不强及动态特性不好的的缺点提出来的，它是最近十年发展起来的的新型电源控制技术，目前仍在不断完善和发展之中，实时反馈控制技术的采用使逆变电源的性能有了质的飞跃1.2 设计思想本设计所需单相正弦波SPWM 逆变电源的设计采用了运算放大器、二极管、功率场效应

35、管、电容和电阻等器件来组成电路。逆变电源是一种采用电力电子技术进行电能变换的装置，它从交流或直流输入获得稳压恒频的交流输出。通过对电路的分析，参数的确定选择出一种最适合的方案。输出频率由电压控制，波形幅值由电阻确定。本设计以 SG3525驱动芯片为核心，完成了单相正弦波SPWM 逆变电源的参数设计，并利用所得结果，完成了实际电路的连接，通过调试与分析，验证了设计的正确性。文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S

36、2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E

37、1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N

38、8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:

39、CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T1

40、0S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P

41、2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I

42、9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N86 第 2 章设计总体思路2.1 总体框架图图 1 总体框图此次课程设计要求输入15V直流，输出 0150V交流，主电路采用单相桥式逆变电路，对高频开关器件常用PWM 波控制，要产生正弦波可采用SPWM 控制方法，通过控制电力电子器件MOSFET 的关断来控制产生交变正弦波电压。控制电路主要实现产生 SPWM 波，设计要求选用 SG3525电流控制型 PWM 控制器产生控制脉冲。而 SG35

43、25实质上是通过输入的两路波进行比较，输出比较后形成的脉冲波，鉴于 SG3525的这一特征，可以通过输入正弦漫头波和锯齿波进行比较得到所需的正弦波控制脉冲。正弦波产生器的设计有多种方法，本次课程设计采用555 定时器多谐振电路产生方波经过滤波产生正弦波的方法作为正弦波产生器，再经过整流，使之成为正弦漫头波。锯齿波的产生电路比较简单，可以直接利用SG3525内部提供的谐振器加入外围电阻电容产生。此外电路要求输出的正弦波幅度可调，此时就需要使加入的正弦波漫头波幅值可调，此可以通过一加法器使之与设置电压相叠加产生电压可变的正弦电压。主电路和控制电路的一些中间环节都是需要滤波的，由于产用SPWM 控制

44、，主电路的谐波成分较少，可以通过简单的RC无源滤波。控制电路中的方波要变输 入15V直流电逆变电路滤波电路50Hz 的正弦波正 弦 波 发生器锯齿波发生器SG3525 倒相器文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编

45、码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10

46、T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W

47、5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP

48、7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W

49、1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF

50、1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U8N8文档编码:CH10T10S8W5P2 HP7I9D3W1S2 ZF1E1P2U