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数字电路与逻辑设计
. 实验报告
学院:电子工程学院 班级: :
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学号: 班序号:
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目录
(一)实验名称及实验任务要求·························1 (二)模块端口说明及连接图····························2 1.1实验三(3)模块端口说明····························2 1.2实验三(3)连接图···································2 2.1实验四模块端口说明·······························2 2.2实验四连接图······································2 (三)原理图或VHDL代码································3 1.实验一(2)原理图·····································3 2.实验三(3)VHDL代码··································4 3.实验四VHDL代码····································7
(四)仿真波形··············································10 1.实验一(2)仿真波形····································10 2.实验三(3)仿真波形····································11 3.实验四仿真波形·······································11
(五)仿真波形分析··········································11 1.实验一(2)仿真波形分析································11
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2.实验三(3)仿真波形分析································11
3.实验四仿真波形分析····································11 (六)故障及问题分析·······································12 (七)总结和结论············································13
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(一)实验名称及实验任务要求 实验一
名称:QuartusII原理图输入法设计与实现
实验任务要求:EDA基础实验1(1)、(2)、(3)必做,选做VHDL实
现加法器。
实验二
名称:用VHDL设计与实现组合逻辑电路
实验任务要求:四人表决器、8421码转格雷码、数码管译码器(下载测试)。
实验三
名称:用VHDL设计与实现时序逻辑电路
实验任务要求:分频器、8421十进制计数器、将分频器/8421十进制计数器/数码管译码器3个电路进行连接并下载。
实验四
名称:用VHDL设计与实现相关电路
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