资源列表
flash.h
- 040头文件，适用于AM系列的很多FLASH使用-040 documents
Code_Huffman
- 详细介绍了霍夫曼编码的源代码 用于图象的加密解密程序-Huffman code described in detail the source code for image encryption and decryption process
Aexp8-1
- 声-光报警程序 运行步骤:1.按下一次开关SW3,开始声-光报警,再按下一次则停止 重复上述操作* 2.按下"q"或者"Q",退出-this is a sound-light alarm program. Steps:1. push switch3,starting alarm,push switch3 again,it will stop. 2. push Q then quit.
Aexp8
- 走马灯（灯光变幻）程序 内容：用DIP的8位开关控制走马灯的花样，用SW3控制走马灯的起/停 运行步骤:1.按下一次开关SW3,开始灯光变幻,再按下一次则停止 可重复进行 * 2.按下SW3后，拨动不同的数码开关DIP,就会出现不同的灯光变幻 * 3.按下"q"或者"Q",退出 -Lantern (lighting changes) program elements: eight with DIP switch control of the pattern lantern, la
Aexp10s
- 串行接口应用实验－发送端程序 串行通信发送程序source file 8253 8255 8251 综合实验-Application of serial interface experiments- Send client program to send serial communication program source file 8253 8255 8251 Comprehensive Experiment
Aexp10r
- 8251串行接口应用实验－接收端程序 串行通信接收程序source file 8251 8255 8253综合实验代码-8251 serial interface applied the experimental- the receiving end procedures to receive serial communication program source file 8251 8255 8253 Comprehensive Experiment code
Aexp13
- 扩展存储器实验 运行步骤：1. 将平台板上存储器电源的跳接开关连上 * * 2. 源程序编译，连接，运行 * * 3. 运行后，在屏幕显示的结果中查看 * * BUF2中的内容是否和BUF1的内容一致 *-Steps to expand the memory to run the experiment: 1. Will be the platform on-board storage power supply connected to the tap-dancing* *
Aexp15
- 步进电机綜合控制实验 微机的源码 自己已经调通 可在ASM平台使用-Stepper motor control of the source computer experiment has its own pass transfer platform can be used in the ASM
Aexp14
- 中断控制器8259应用实验－中断方式控制彩灯点亮 这个是8255和8259的综合使用-8259 interrupt controller test applications- interrupt control lantern lit the 8255 and 8259 is the integrated use of
Aexp1
- 汇编语言编程认识实验 可能对初学汇编和ASM平台的用户有帮助！-Experimental understanding of assembly language programming may be compiled and novice users ASM platform to help!
qiaoqiaoban
- 能够完成小车的自动平衡功能，并且能够在液晶显示屏中显示数据。-To complete the car' s self-balancing functions, and can be displayed in the LCD display data.
PMSTART1
- 保护模式下的编程。从实模式进入保护模式,8255并行输入并行输出,通过显存字符输出,K0=1返回实模式-Protected mode programming. From the real-mode to enter the protected mode, parallel input parallel output of 8255 through the memory output characters, K0 = 1 to return to Real Mode