文件名称:STC_89c52_C_source_38code
- 所属分类：
- 单片机(51,AVR,MSP430等)
- 资源属性：
- [C/C++] [源码]
- 上传时间：
- 2013-01-13
- 文件大小：
- 442kb
- 下载次数：
- 0次
- 提 供 者：
- 地**
- 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
STC89C52的单片机C语言源代码。可以提供参考。总共38个代码-STC89C52 microcontroller C language source code. Can provide a reference. A total of 38 code
(系统自动生成,下载前可以参看下载内容)
下载文件列表
【实验7】 花式流水灯\HSLSD
....................\HSLSD.hex
....................\HSLSD.lnp
....................\HSLSD.M51
....................\HSLSD.Opt
....................\HSLSD.plg
....................\HSLSD.Uv2
....................\HSLSD_Uv2.Bak
....................\花式流水灯.c
....................\花式流水灯.LST
....................\花式流水灯.OBJ
......8】 数码管动态显示\SMGDT
........................\SMGDT.hex
........................\SMGDT.lnp
........................\SMGDT.M51
........................\SMGDT.Opt
........................\SMGDT.plg
........................\SMGDT.Uv2
........................\SMGDT_Opt.Bak
........................\SMGDT_Uv2.Bak
........................\数码管动态显示.c
........................\数码管动态显示.LST
........................\数码管动态显示.OBJ
......9】 数码管静态垒加1-100\SMGJTLJ
.............................\SMGJTLJ.hex
.............................\SMGJTLJ.lnp
.............................\SMGJTLJ.M51
.............................\SMGJTLJ.Opt
.............................\SMGJTLJ.plg
.............................\SMGJTLJ.Uv2
.............................\SMGJTLJ_Uv2.Bak
.............................\数码管静态累加100.c
.............................\数码管静态累加100.LST
.............................\数码管静态累加100.OBJ
......10】 秒表数码管显示\MB
.........................\MB.hex
.........................\MB.lnp
.........................\MB.M51
.........................\MB.Opt
.........................\MB.plg
.........................\MB.Uv2
.........................\MB_Opt.Bak
.........................\MB_Uv2.Bak
.........................\数码管显示秒表.c
.........................\数码管显示秒表.LST
.........................\数码管显示秒表.OBJ
.......1】定时器 T0实验\T0
.......................\T0.c
.......................\T0.hex
.......................\T0.lnp
.......................\T0.LST
.......................\T0.M51
.......................\T0.OBJ
.......................\T0.Opt
.......................\T0.plg
.......................\T0.Uv2
.......................\T0_Opt.Bak
.......................\T0_Uv2.Bak
.......2】定时器 T1实验\T1
.......................\T1.c
.......................\T1.hex
.......................\T1.lnp
.......................\T1.LST
.......................\T1.M51
.......................\T1.OBJ
.......................\T1.Opt
.......................\T1.plg
.......................\T1.Uv2
.......................\T1_Opt.Bak
.......................\T1_Uv2.Bak
.......3】定时器 T2实验\T2
.......................\T2.C
.......................\T2.hex
.......................\T2.lnp
.......................\T2.LST
.......................\T2.M51
.......................\T2.OBJ
.......................\T2.Opt
.......................\T2.plg
.......................\T2.Uv2
.......................\T2_Opt.Bak
.......................\T2_Uv2.Bak
.......4】外部中断\int0
..................\INT0.C
..................\int0.hex
..................\int0.lnp
..................\INT0.LST
..................\int0.M51
..................\INT0.OBJ
..................\int0.Opt
..................\int0.plg
..................\int0.Uv2
..................\int0_Uv2.Bak
.......5】外部中断 低电平触发\INT0cf
.............................\INT0cf.c
.............................\INT0cf.hex
.............................\INT0cf.lnp
.............................\INT0cf.LST
.............................\INT0cf.M51
.............................\INT0cf.OBJ