数字逻辑电路学习指导 2020秋数字逻辑电路06班 12.5时序逻辑电路分析 76 12.5.1简介 76 12.5.2分析方法 76 12.6常用时序逻辑电路模块 77 12.6.1简介 77 12.6.2同步置零、置位和异步置零、置位 77 12.6.3关于计数器进位输出信号 77 12.6.4以移位寄存器为例分析自启动问题 78 12.7同步时序逻辑电路设计 81 12.7.1简介… 81 12.7.2设计方法 81 12.7.3关于学习同步时序逻辑电路设计的一些小建议 83 12.8门电路、脉冲产生与整形电路、数模转换电路 84 12.8.1简介 84 12.8.2TTL电路和CMOS电路输入悬空问题 84 12.8.3性能参数 84 12.8.4学习上的建议 85 13期末模拟试卷 86 14致谢 94 5数字逻辑电路学习指导 2020 秋数字逻辑电路 06 班 12.5 时序逻辑电路分析 ······································································ 76 12.5.1 简介 ················································································ 76 12.5.2 分析方法 ·········································································· 76 12.6 常用时序逻辑电路模块 ································································ 77 12.6.1 简介 ················································································ 77 12.6.2 同步置零、置位和异步置零、置位 ········································ 77 12.6.3 关于计数器进位输出信号 ····················································· 77 12.6.4 以移位寄存器为例分析自启动问题 ········································ 78 12.7 同步时序逻辑电路设计 ································································ 81 12.7.1 简介 ················································································ 81 12.7.2 设计方法 ·········································································· 81 12.7.3 关于学习同步时序逻辑电路设计的一些小建议 ························· 83 12.8 门电路、脉冲产生与整形电路、数模转换电路 ·································· 84 12.8.1 简介 ················································································ 84 12.8.2 TTL 电路和 CMOS 电路输入悬空问题 ··································· 84 12.8.3 性能参数 ·········································································· 84 12.8.4 学习上的建议 ···································································· 85 13 期末模拟试卷 ···················································································· 86 14 致谢 ································································································ 94 5