集成电路课程设计报告-单极cmos放大电路的设计与仿真

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1、集成电路课程设计报告单级CMOS放大电路的设计与仿真院系：专业：学号：姓名：指导教师：报告提交日期：目录摘要21··········································································································1关键词········································································································21引言··············

2、··························································································22CMOS放大电述·····················································································22.1MOS管介绍·················································································32.2MOS管特性分析

3、··········································································53设计与仿真·························································································93.1设计··························································································93.1.1电路设计············

4、·····························································9213.1.2结果分析·······································································103.2仿真························································································123.2.1技术支持······································

5、·································123.2.2仿真与结果分析···························································124结论···································································································175体会与展望······································································

6、·················17参考文献·······························································································18致谢·······································································································1621附录·························································

7、··············································17单级CMOS放大电路的设计与仿真摘要：本文给出单级CMOS放大电路的结构组成和工作原理，电路结构，参数的分析过程。并对其主要组成部分MOS管进行了各种分析和放大电路的分析和仿真。关键词：单级CMOS放大电路，设计与仿真，Pspice10.5.DesignandSimulationofThesingle-stageCMOSAmplifierCircuitAbstract：Thisarticlehasproducedsingle-stageCMOS