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数字测量仪器和数字系统设计中,数字逻辑电路是它们的基础,但过去对数字逻辑设计常采用经验试探传统方法,由于微型机的迅速发展,它已渗透各个科学领域,也给逻辑设计技术开辟了新的途径,本文试图用汇编语言程序模拟逻辑门、触发器,并对数字系统中一具体数字逻辑电路进行模拟,笔者认为采用汇编程序比高级语言具有存贮空间紧凑、运行速度快、逻辑关系明确、修改
Digital logic devices are the foundation of digital measuring instruments and digital system designs. However, in the past, traditional methods of empirical testing were often adopted for digital logic design. Due to the rapid development of microcomputers, it has penetrated various scientific fields and opened up the development of logic design techniques This article attempts to use assembly language programs to simulate logic gates and flip-flops, and to simulate a specific digital logic circuit in a digital system. The author believes that using assembler programs has the advantages of compact storage space, fast running speed, logic Relationship is clear, modify