首页 开发技术 C 计算机组成原理实验1-四位ALU算术逻辑单元设计实验

计算机组成原理实验1-四位ALU算术逻辑单元设计实验

上传者： L416116256 | 上传时间： 2019-12-21 18:50:59 | 文件大小： 403KB | 文件类型： rar
一. 实验目的 1.了解ALU的功能和使用方法 2.认识和掌握超前进位的设计方法 3.认识和掌握ALU的逻辑电路组成 4.认识和掌握ALU的设计方法 二. 实验原理 从结构原理图上可推知，本实验中的ALU运算逻辑单元由4个一位的ALU运算逻辑单元组成。每位的ALU电路由全加器和函数发生器组成。事实上，是在全加器的基础上，对全加器功能的扩展来实现符合要求的多种算术/逻辑运算的功能。为了实验多种功能的运算，An、Bn数据是不能直接与全加器相连接的，它们受到功能变量F3—F1的制约，由此，可由An、Bn数据和功能变量Xn 、Yn，然后，再将Xn 、Yn和下一位进位Cn-1通过全加器进行全加运算以实现所需的运算功能。C0为最低位的进位输入端，C4为最高位ideas进位输入端，Sn为运算结果。一位算/逻辑运算单元的逻辑表达式如下

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评论信息

  • herosmiling :
    用来做了实验报告，感谢
    2018-04-26
  • dooooos :
    非常好。。课程需要
    2018-02-27
  • tianyayahaochi :
    挺好的，是想要的
    2014-04-27
  • 小寇CoCo :
    有用，帮人做了个作业，呵呵，谢谢楼主
    2013-12-26
  • yueqiunabanbian :
    还可以挺详细的~~~
    2013-10-11

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