CAJ | 학술논문

大规模可编程逻辑器件的应用已经为数字系统的设计带来了极大的灵活性。标准化逻辑设计语言的引入，极大地改变了传统的数字系统设计方法、设计过程和设计观念。作为大学的技术基础教学环节，应做出相应的调整。分别通过组合逻辑和时序逻辑设计实例比较了传统设计方法存在的问题和现代逻辑设计方法的优势。通过对比可以看到，现代逻辑设计技术取代传统的数字系统设计方法而成为数字电路设计的主流，是电子技术发展的必然趋势。
대규모가편정라집기건적응용이경위수자계통적설계대래료겁대적령활성。표준화라집설계어언적인입，겁대지개변료전통적수자계통설계방법、설계과정화설계관념。작위대학적기술기출교학배절，응주출상응적조정。분별통과조합라집화시서라집설계실례비교료전통설계방법존재적문제화현대라집설계방법적우세。통과대비가이간도，현대라집설계기술취대전통적수자계통설계방법이성위수자전로설계적주류，시전자기술발전적필연추세。
Application of large-scale programmable logic device has brought great flexibility to digital system design. The in-troduction of standard logic design language has greatly changed the design method,design process and design concepts of tradi-tional digital system. As a technical foundation teaching link in the university,it should be adjusted accordingly. The problems of the traditional design approach and advantages of modern logic design methods are compared through the combinational logic and sequential logic design examples. By contrast,the modern logic design techniques has replaced the traditional method of digi-tal system design and become the mainstream of the digital circuit design,which is the inevitable trend of development of elec-tronic technology.