EDA设计基础实验课程论文题目正负脉宽数控调制信号发生器学院专业班级通信班学生姓名大彬哥指导教师大力会EDA设计基础实验课程论文摘要介绍了Verilog-HDL语言在正负脉宽数控调制信号发生器中的具体应用,给出了仿真波形,说明了实现电子电路的自动化设计(EDA)过程和EDA技术在现代数字系统中的重要地位及作用.关键词：Verilog-HDLEDA仿真IEDA设计基础实验课程论文AbstractIntroducestheVerilogHDL-languageinpositiveandnegativepulsewidthdigitalmodulationsignalgeneratorinthespecificapplicationandsimulationwaveformisgiven,andillustratestheprocessofelectronicdesignautomation(EDA)ofthecircuitandEDAtechnologyintheimportantpositionandroleofmoderndigitalsystem.Keywords:Verilog-HDL；EDA；SimulationIIEDA设计基础实验课程论文目录摘要.............................................................................................................................................................IAbstract........................................................................................................................................................II第1章绪论...............................................................................................................................................11.1概述................................................................................................................................................11.2脉宽调制技术的研究现状.......................................................................................................11.2.1脉宽调制技术的应用...........................................................................................................11.2.2脉宽调制的优点...................................................................................................................1第2章脉宽调制系统的基本原理......................................................................................................22.1EDA技术......................................................................................................................................22.1.1EDA技术的优势.............................................................................................................22.1.2EDA的发展趋势..............................................................................................................22.2QuartusⅡ软件...........................................................................................................................32.1.1QuartusⅡ简介................................................................................................................32.1.2QuartusⅡ的功能...........................................................................................................32.3Verilog-HDL语言.......................................................................................................................42.3.1语言简介.............................................................................................................42.3.2Verilog-HDL主要能力..................................................................................................4第3章信号发生器设计过程...............................................................................................................83.1核心设计.......................................................................................................................................83.2分频器的设计.....
