文件名称:Key_LED
- 所属分类：
- 单片机(51,AVR,MSP430等)
- 资源属性：
- [C/C++] [源码]
- 上传时间：
- 2012-11-26
- 文件大小：
- 27kb
- 下载次数：
- 0次
- 提 供 者：
- octo*****
- 相关连接：
- 无
- 下载说明：
- 别用迅雷下载，失败请重下，重下不扣分！
介绍说明－－下载内容均来自于网络，请自行研究使用
实验名称：IO综合实验
功能描述：检测按键输入并蜂鸣，不同键值鸣叫次数不同。LED显示键值。
实验目的：熟悉简单IO操作。
理解位操作的概念和操作方法。
熟练应用宏定义。
熟悉事件处理机制的编程方法。
实验说明：MCU--M128
内部8M晶振
硬件连接：插上SPKEN（JMP14）和LEDEN（JMP15）的跳线帽。-Experiment name: IO comprehensive experiment
Function Descr iption: Detection of keystrokes and beep, beep different times in different keys. LED display key.
Purpose: familiar with the simple IO operations.
Understanding the concept of bit operation and method of operation.
Familiar with macro definitions.
Familiar with the programming method of event handling mechanism.
Experiment Descr iption: MCU- M128
Internal 8M crystal
Hardware connection: Plug SPKEN (JMP14) and LEDEN (JMP15) jumper cap.
功能描述：检测按键输入并蜂鸣，不同键值鸣叫次数不同。LED显示键值。
实验目的：熟悉简单IO操作。
理解位操作的概念和操作方法。
熟练应用宏定义。
熟悉事件处理机制的编程方法。
实验说明：MCU--M128
内部8M晶振
硬件连接：插上SPKEN（JMP14）和LEDEN（JMP15）的跳线帽。-Experiment name: IO comprehensive experiment
Function Descr iption: Detection of keystrokes and beep, beep different times in different keys. LED display key.
Purpose: familiar with the simple IO operations.
Understanding the concept of bit operation and method of operation.
Familiar with macro definitions.
Familiar with the programming method of event handling mechanism.
Experiment Descr iption: MCU- M128
Internal 8M crystal
Hardware connection: Plug SPKEN (JMP14) and LEDEN (JMP15) jumper cap.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
Key_LED\output\buzz.dp2
.......\......\buzz.lis
.......\......\buzz.o
.......\......\buzz.s
.......\......\delay.dp2
.......\......\delay.lis
.......\......\delay.o
.......\......\delay.s
.......\......\key.dp2
.......\......\key.lis
.......\......\key.o
.......\......\key.s
.......\......\main.cof
.......\......\main.dbg
.......\......\main.dp2
.......\......\main.hex
.......\......\main.lis
.......\......\main.lk
.......\......\main.lst
.......\......\main.mak
.......\......\main.mp
.......\......\main.o
.......\......\main.s
.......\......\main_cof.aps
.......\readme.txt
.......\source\config.h
.......\......\config._h
.......\......\lib\buzz.c
.......\......\...\buzz.h
.......\......\...\buzz._c
.......\......\...\buzz._h
.......\......\...\delay.c
.......\......\...\delay.h
.......\......\...\delay._c
.......\......\...\key.c
.......\......\...\key.h
.......\......\...\key._c
.......\......\...\key._h
.......\......\main.c
.......\......\main.prj
.......\......\MAIN.SRC
.......\......\main._c
.......\......\lib
.......\output
.......\source
Key_LED
.......\......\buzz.lis
.......\......\buzz.o
.......\......\buzz.s
.......\......\delay.dp2
.......\......\delay.lis
.......\......\delay.o
.......\......\delay.s
.......\......\key.dp2
.......\......\key.lis
.......\......\key.o
.......\......\key.s
.......\......\main.cof
.......\......\main.dbg
.......\......\main.dp2
.......\......\main.hex
.......\......\main.lis
.......\......\main.lk
.......\......\main.lst
.......\......\main.mak
.......\......\main.mp
.......\......\main.o
.......\......\main.s
.......\......\main_cof.aps
.......\readme.txt
.......\source\config.h
.......\......\config._h
.......\......\lib\buzz.c
.......\......\...\buzz.h
.......\......\...\buzz._c
.......\......\...\buzz._h
.......\......\...\delay.c
.......\......\...\delay.h
.......\......\...\delay._c
.......\......\...\key.c
.......\......\...\key.h
.......\......\...\key._c
.......\......\...\key._h
.......\......\main.c
.......\......\main.prj
.......\......\MAIN.SRC
.......\......\main._c
.......\......\lib
.......\output
.......\source
Key_LED