摘要：为了满足多种电力电子变换器对其控制平台的不同要求,缩短开发时间,实现控制平台硬件的通用化和软件的模块化。本文主要围绕以TMS320F28335为控制核心模块的电力电子变换器测控平台的设计展开研究。该平台具有通用性，适用于多种不同的变换器。本文以单向DC/DC变换器为测控对象详细分析该系统设计各模块硬件电路和软件程序设计。该系统控制平台运算性能强，具有很好的通用性和扩展性。实验中我在CCS6.1开发环境下编写了DSP控制系统程序，介绍了Main函数、读串口命令函数、读串口数据函数以及判断工作模式函数的设计思路并给出部分代码。实验结果验证了设计和调试方法的正确性和可行性,该通用控制平台达到了设计目标。
关键词 DC/DC变换器 TMS320F28335 CCS
毕业设计说明书外文摘要
Title Design of Power Electronic Measurement and Control Platform Based on TI - DSP Platform
Abstract：In order to meet the different requirements of various power electronic converters to its control platform, the development time is shortened, the generalization of the control platform hardware and the modularization of the software are realized.This paper focuses on the design of TMS320F28335 as the core module of power electronic converter monitoring and control platform. The platform is versatile and suitable for a wide variety of converters. In this paper, a one-way DC / DC converter for the measurement and control object detailed analysis of the system design of the module hardware circuit and software program design. The system control platform computing performance, with good versatility and scalability. In the experiment, I prepared the DSP control system program in CCS6.1 development environment, introduced the Main function, read the serial command function, read the serial data function and judge the design idea of the working mode function and give some code. The experimental results verify the correctness and feasibility of the design and debugging methods, and the common control platform achieves the design goal.
Keywords DC / DC converter TSM320F28335 CCS
目次
1 绪论„1
1.1 研究课题的背景及意义„1
1.3 本文的研究内容2
2 电力电子变换器控制系统需求分析及设计„3
2.1 控制系统的需求3
2.2 控制系统的实现4
3 控制系统及硬件设计„5
3.1 DSP28335„5
3.2 开关管驱动电路7
3.3 主功率电路及控制电路硬件7
3.4 模拟信号调理电路„7
3.5 SCI串口通讯电路„8
3.6 本章小结 9
4 软件设计及实验„11
4.1 引言11
4.2 软件设计„11
4.3 系统试验20
4.4 本章小结24
结论„25
致谢„26
参考文献27
附录A 基于TI-DSP平台的电力电子测控平台设计:http://www.youerw.com/zidonghua/lunwen_205040.html