软硬结合的连续系统模拟实验设计与实践

Design and Practice of Continuous System Simulation Experiment Based on the Combination of Software and Hardware

  • 摘要: 结合新工科建设和课程教学创新需求,研究并设计了软硬结合的连续系统模拟实验。以模拟仿真为主、实测验证为辅,引导学生使用运算放大器组成的基本运算模块搭建实际系统对应的模拟系统,使用Multisim软件虚拟仪器对模拟系统进行时域和频域性能观测,并通过实验板进行实测验证。内容设计与教学导引具有良好的层次性与自主性,激发了学生课程学习的兴趣,在本科生电工电子实践教学中取得了良好效果。

     

    Abstract: Combined the construction of new engineering with the needs of course teaching innovation, a continuous system simulation experiment based on the combination of software and hardware is designed and implemented. The experiment is mainly based on simulation but supplemented by actual measurement verification. Firstly, students are guided to use the basic arithmetic modules composed of operational amplifiers to build an analog system corresponding to the actual system. Then, the Multisim software virtual instrument is adopted to observe the performance of the analog system in the time domain and the frequency domain. Finally, the system performance is tested and verified through the experiment board. The experimental design and teaching guidance have good hierarchy and autonomy, and can stimulate students’ interest in course learning. The experiment has achieved productive applications in the practical teaching of electrotechnics and electronics for undergraduates.

     

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