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在第二章,对逻辑代数的基本原理已作了较详细的讨论。从这一章开始,我们将把它应用于逻辑设计实践。随着集成电路迅速向中、大规模发展,设计工作已从单元电路,逻辑部件发展到数字系统的设计。因此,整机装配和元件制造变成不可分开了。设计的内容也相应地扩大了,包括有逻辑设计,版图设计以及工艺设计等,它们也变为不可分开了。但是,学习逻辑设计仍须从基本开始,所以在下面我们还是主要讨论单元电路和逻辑部件的逻辑设计方法。
In the second chapter, the basic principles of logical algebra have been discussed in more detail. From the beginning of this chapter, we will apply it to logic design practice. With the rapid development of integrated circuits, large-scale development, design work has been developed from the unit circuits, logic components to the design of digital systems. Therefore, the whole machine assembly and component manufacturing become inseparable. The content of the design has also been expanded accordingly, including logic design, layout design and process design, etc. They also become inseparable. However, learning logic design still has to start from the basics, so let’s focus on the logic design of cell circuits and logic components.