提出了一种将数字电路实验项目系列化的教学方法。
The article suggests a teaching method of serializing digital electric circuit experimental items.
目前，数字电路实验技术，在多数高校中仍处于静态调试的水平。
Current experimental technology in digital circuit in most colleges and universities had been label of static control.
本文以全加器为例介绍其在数字系统设计和数字电路实验及教学中的应用。
We take the Full Adder as an example to introduce the use of VHDL in the design of digital system, the experiment of digital circuit and the teaching.
结合数字电路实验教学实践，分析实验常见故障成因并提出排除实验故障的方法。
This paper analyses the common causes for the breakdown in digital circuit experiments and gives measures to the elimination according to experimental teaching practice.
传统数字电路实验通常采用TTL或CMOS芯片，不能满足现代数字系统设计的要求。
TTL or CMOS chips are generally used in traditional digital circuit experiment, which can not meet the demands of the digital system designing nowadays.
本文阐述了“模拟与数字电路实验”课程设置的总体思想与架构，并介绍了实验题目安排的几个特点。
The overall thought and the construction of the curriculum Analogue and Digital Circuit experiment are discussed, several characteristics of the arrangement about the experiment topics are introduced.
为提高数字电路实验箱的利用率和可靠性，本文针对数字电路实验箱存在的问题，提出了电源和面板改进方法。
In order to increase the occupying coefficient and reliability of digital experiment boxes, we improve power supply and panel design. The design method and the circuit diagram are presented.
利用该算法对线性预测系统的自相关数字电路进行了实验，并对算法的时间复杂性做了分析。
By utilizing this algorithm, we did an experiment about autocorrelation data circuit of linear forecast system and analyzed the tune complexity of the algorithm.
我们设计实现的数字电路虚拟实验室主要有三个特点。
There are mainly three features in our virtual laboratory of the numerical circuit.
最后给出了本文实验所用的逆变器功率电路的设计和并联控制数字电路的设计。
Finally it is explained how the inverter circuit and the digital control circuit are design.
在文章中，我们在现有的MOS器件模型的基础上再组建一个寄生的衬底模型，然后利用此模型逐一对单个MOS器件，具有累积效应的数字电路和部分基本模拟电路进行了仿真实验和分析。
In the article, we make a parasitic substrate model on the existing MOS model, and use this model to do simulation for each single MOS, accumulated effect circuit and some useful analog circuit.
在文章中，我们在现有的MOS器件模型的基础上再组建一个寄生的衬底模型，然后利用此模型逐一对单个MOS器件，具有累积效应的数字电路和部分基本模拟电路进行了仿真实验和分析。
In the article, we make a parasitic substrate model on the existing MOS model, and use this model to do simulation for each single MOS, accumulated effect circuit and some useful analog circuit.
应用推荐