用ABEL语言编写的BCD7段译码器电路，生成的.jed文件注入Proteus中AMD PAL芯片模型，由Proteus的BCD7seg_TB工程证明可正确运行，为在Proteus中使用小规模自编程逻辑芯片仿真提供参考。
The bcd 7segment decoder circuit is written in Abel language. The generated. Jed file is injected into the AMD pal chip model in Proteus, and the bcd7seg_ TB project proves that it can run correctly, which provides a reference for using small scale self programming logic chip simulation in Proteus (2020-11-01, Proteus, 14KB, 下载0次)
单片机课程设计：利用C51单片机进行温度监控，高/低温度报警
MCU Course Design: Using C51 MCU for temperature monitoring, high/low temperature alarm (2018-11-28, Proteus, 1073KB, 下载3次)
本设计主要利用单片机AT89C51作为核心元件，利用3组4位共阳极的数码管作为显示器件，以C语言作为编程语言，在Protues和Keil搭建的软件仿真平台下进行仿真，本设计包含了AT89C51系列单片机的最小系统的构成，同时在此基础上扩展了一些实用性强的外围接口，可以进一步了解译码器74LS247的应用，LED七段数码管的结构和工作原理，主要实现了计时和显示A/B队的分数，并能及时进行加分，减分，鸣笛警示等功能。
系统设计完成后应有成本低廉、性能稳定、高准确度显示、操作方便且易携带等特点
This design mainly uses the MCU AT89C51 as the core component, uses 3 sets of 4 bit common anode digital tube as the display piece, C language as the programming language, and simulates under the software simulation platform built by Protues and Keil. This design contains the smallest system structure of the AT89C51 series single chip microcomputer. At the same time, some useful peripheral interfaces are extended on this basis. One step to understand the application of the decoder 74LS247, the structure and working principle of the LED seven segment digital tube, mainly realizes the timing and display of the score of the A/B team, and can carry out the functions of adding points, subtraction, whistle warning and so on in time.
After the completion of the system design, it should be characterized by low cost, stable performance, high accuracy display, convenient operation and easy portability. (2018-03-31, Proteus, 359KB, 下载2次)
控制器仿真设计，里面有全面的实验报告和源文件
Controller simulation (2017-11-21, Proteus, 276KB, 下载1次)