基于Labview的虚拟网络实验平台实验设计

范文编号:ZD1041    范文字数:11108,页数:32

摘  要
 电力电子技术是一门新兴技术,已成为现代电气工程与自动化专业不可缺少的一门专业基础课,在培养本专业人才中占有重要地位。该课程是由电力学、电子学和控制理论3个学科交叉而成的,内容多,知识面广,信息量大,在有限的学时内用传统的教学方法去授课,教学效果不是很理想。如何能做到最大限度地提高单位学时的信息量,培养学生的学习兴趣和能力,提高教学质量,是实验教学所面临的挑战。为了使学生能更直观、高效地理解和掌握所学知识,引入了仿真实验,在建模仿真的过程中将抽象的理论知识变成直观的感性认识,取得了较好的教学效果。

关键字: 电力电子 MATLAB/simulink labview 虚拟实验

Abstract
Power electronics technology is an emerging technology, has become a modern electrical engineering and automation professions an indispensable foundation for a professional lesson in training the professionals play an important role. The program was designed by the electricity, electronics and control theory from three subjects, and the contents of many knowledge-Canton, informative, and given the limited hours in the traditional teaching methods to teaching, teaching is not very satisfactory results. How do the units to maximize the amount of information to school students learning interests and abilities, improve the quality of teaching is to test the challenges faced by teaching. In order to make students more directly and efficiently to understand and master the knowledge, the introduction of the simulation results, in the process of modeling and simulation theory of abstract knowledge into intuitive perceptual knowledge , and achieved a better teaching results.
Key words: Power Electronics Technology MATLAB/simulink labview Virtual Laboratory

目录
摘  要 I
Abstract II
目录 1
1  绪论 1
1.1  定义 1
1.2  发展与应用 1
1.3  组成部分 2
2  软件介绍 3
2.1  MATLAB/simulink的简介 3
2.2  LabVIEW与虚拟仪器的简介 4
3  基于Simulink电力电子仿真的分析 7
3.1实验系统总体设计 7
3.2电力电子电路Simulink仿真实验系统设计的特点 8
3.3三相半波可控整流电路的建模及仿真 8
3.3.1建立仿真模型 8
3.3.2 模型参数的设置 9
3.3.3 模型仿真 9
3.4三相桥式全控整流电路仿真模型的建立 16
3.4.1建立仿真模型 17
3.4.2仿真及分析 18
4  虚拟仪器组建方案 23
5  实验演示 25
5.1 欢迎界面 25
5.2 主程序界面 26
总结 27
致谢 28
参考文献 29

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