模电课程设计-功率放大器设计

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1、《电子技术Ⅱ课程设计》报告姓名学号院系自动控制与机械工程学院班级核电一班指导教师2014年6月目录一、设计的目的·································································································1二、设计任务和要求···························································································1三、课程设计内容··············

2、················································································11.Multisim仿真软件的学习············································································1四、基础性电路的Multisim仿真···········································································21.题目一：半导

3、体器件的Multisim仿真·····························································22.题目二：单管放大电路的Multisim仿真··························································73.题目三：差分放大电路的Multisim仿真························································114.题目四：两级反馈放大电路的Multisim仿真·············

4、·····································145.题目五：集成运算放大电路的Multisim仿真··················································216.题目六：波形发生电路的Multisim仿真························································23五.综合性能电路的设计和仿真··································································

5、··········261.题目二：功率放大器的设计········································································26六、总结·········································································································29七、参考文献····························································

6、······································29一、设计的目的该课程设计是在完成《电子技术2》的理论教学实践，掌握电子电路计算机辅助分析与设计的基本知识和基本方法，培养综合知识应用能力和实践能力，为今后从事本专业相关工程技术打下基础。二、设计任务和要求本次课程设计的任务是在教师的指导下，学习Multisim仿真软件的使用方法，分析和设计完成基础性的电路设计和仿真及综合性电路设计和仿真。要求：1、巩固和加深对《电子课程2》课程知识的理解；2、会根据课题需要选学参考书籍、查阅手册和文献资料；3、掌握仿真软件Multisi

7、m的使用方法；4、掌握简单模拟电路的设计、仿真方法；5、按课程设计任务书的要求撰写课程设计报告，课程设计报告能正确反映设计和仿真结果。三、课程设计内容1.Multisim仿真软件的学习Multisim7是一个优秀的电工技术仿真软件，既可以完成电路设计和版图绘制，也可以创建工作平台进行仿真实验。Multisim7软件功能完善，操作界面友好，分析数据准确，易学易用，灵活简便，因此，在教学、科研和工程技术等领域得到广泛地应用。四、基础性电路的Multisim仿真1.题目一：半导体器件的Multisim仿真1.1课程设计任务1.利用Multisim观察半导

8、体二极管的单向导电性；2.利用Multisim观察稳压管的稳压作用；1.2电路模型的建立1.2.1二极管仿真电路在Mult