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基于Multisim10的集成运算放大器应用电路仿真分析
资料介绍
由于传统的实验教学中存在实验场地匮乏、实验设备易老化、实验元器件不足等问题，结合实例探讨了在实验教学中引入仿真软件的必要性。采用仿真软件Multisim10对集成运算放大器的应用电路进行仿真分析，并给出了相应的仿真波形和仿真结果。从实例中可以看出，Multisim10仿真软件具有操作界面简单灵活、效率高、功能强等特点，将仿真软件和传统的实验教学相结合，克服了传统实验教学中的不足，可以培养学生的电路分析和设计能力，激发学生的创新性，提高实验教学的效果。
Due to deficiency of the experiment fields, ageing of the experiment equipments and lack of the experiment components in the traditional experimental teaching, the simulation software is necessarily used in the experimental teaching. The simulation software multisimlO is used to simulate and analyze the circuits of integrated operational amplifier, furthermore, the simulation waveforms and results are presented. From the example, we know that the multisimlO has the flexible operation interface and the abundant design function. The combination of the simulation software and the traditional experimental teaching can overcome the disadvantage of the traditional experimental teaching and train the students＇ ability i...
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| 文件名 | 大小 |
| 基于Multisim10的集成运算放大器应用电路仿真分析.pdf | 162K |
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