文件名称:timer
- 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：
- 503kb
- 下载次数：
- 0次
- 提 供 者：
- 郑**
- 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
通过定时器产生脉冲信号控制电机转速
通过延时长短控制电机转速-Timer generates a pulse signal to control the motor speed control motor speed by delay length
通过延时长短控制电机转速-Timer generates a pulse signal to control the motor speed control motor speed by delay length
(系统自动生成,下载前可以参看下载内容)
下载文件列表
定时器调速
..........\counter定位
..........\counter定位+
..........\counter定位+++
..........\..............\delay.h
..........\..............\Display.h
..........\..............\iic.h
..........\..............\keyscan.h
..........\..............\obj
..........\..............\...\步进电机调速原理
..........\..............\...\步进电机调速原理.hex
..........\..............\...\步进电机调速原理.lst
..........\..............\...\步进电机调速原理.m51
..........\..............\...\步进电机调速原理.obj
..........\..............\...\步进电机调速原理.plg
..........\..............\run.h
..........\..............\步进电机能暂停调速原理.c
..........\..............\步进电机调速原理.Opt
..........\..............\步进电机调速原理.plg
..........\..............\步进电机调速原理.Uv2
..........\..............\步进电机调速原理_Opt.Bak
..........\............\delay.h
..........\............\Display.h
..........\............\iic.h
..........\............\keyscan.h
..........\............\obj
..........\............\...\步进电机调速原理
..........\............\...\步进电机调速原理.hex
..........\............\...\步进电机调速原理.lst
..........\............\...\步进电机调速原理.m51
..........\............\...\步进电机调速原理.obj
..........\............\...\步进电机调速原理.plg
..........\............\run.h
..........\............\步进电机能暂停调速原理.c
..........\............\步进电机调速原理.Opt
..........\............\步进电机调速原理.plg
..........\............\步进电机调速原理.Uv2
..........\............\步进电机调速原理_Opt.Bak
..........\counter定位iic
..........\..............\delay.h
..........\..............\Display.h
..........\..............\iic.h
..........\..............\keyscan.h
..........\..............\obj
..........\..............\...\步进电机调速原理
..........\..............\...\步进电机调速原理.hex
..........\..............\...\步进电机调速原理.lst
..........\..............\...\步进电机调速原理.m51
..........\..............\...\步进电机调速原理.obj
..........\..............\...\步进电机调速原理.plg
..........\..............\run.h
..........\..............\步进电机能暂停调速原理.c
..........\..............\步进电机调速原理.Opt
..........\..............\步进电机调速原理.plg
..........\..............\步进电机调速原理.Uv2
..........\..............\步进电机调速原理_Opt.Bak
..........\...........\delay.h
..........\...........\Display.h
..........\...........\iic.h
..........\...........\keyscan.h
..........\...........\obj
..........\...........\...\步进电机调速原理
..........\...........\...\步进电机调速原理.hex
..........\...........\...\步进电机调速原理.lst
..........\...........\...\步进电机调速原理.m51
..........\...........\...\步进电机调速原理.obj
..........\...........\...\步进电机调速原理.plg
..........\...........\run.h
..........\...........\步进电机能暂停调速原理.c
..........\...........\步进电机调速原理.Opt
..........\...........\步进电机调速原理.plg
..........\...........\步进电机调速原理.Uv2
..........\...........\步进电机调速原理_Opt.Bak
..........\函数调速记录位移
..........\................\delay.h
..........\................\Display.h
..........\................\iic.h
..........\................\keyscan.h
..........\................\obj
..........\................\...\步进电机调速原理
..........\................\...\步进电机调速原理.hex
..........\................\...\步进电机调速原理.lst
..........\................\...\步进电机调速原理.m51
..........\................\...\步进电机调速原理.obj
..........\................\...\步进电机调速原理.plg
..........\................\run.h
..........\................\步进电机能暂停调速原理.c
..........\................\步进电机调速原理.Opt
..........\................\步进电机调速原理.plg
..........\................\步进电机调速原理.Uv2
..........\................\步进电机调速原理_Opt.Bak
..........\初始化counter定位iic
..........\....................\delay.h
..........\....................\Display.h
..........\....................\iic.h
..........\....................\keyscan.h
..........\....................\obj
..........\....................\...\步进电机调速原