4_Keil_XMC1300-转速计算
所属分类：单片机开发
开发工具：C/C++
文件大小：6068KB
下载次数：4
上传日期：2018-01-03 21:48:34
上 传 者：
dorrit1021
说明： 通过对xmc1300中POSIF模块的设置，实现对电机转速的计算。
(The calculation of motor speed is realized by setting the POSIF module in xmc1300.)
文件列表:
4_Keil_XMC1300-转速计算 (0, 2017-07-12)
4_Keil_XMC1300-转速计算\IMG_7357.JPG (1383504, 2017-06-21)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1 (0, 2017-06-19)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\EventRecorderStub.scvd (339, 2017-06-19)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\ExtDll.iex (19, 2017-06-15)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\ExtDll_1.iex (19, 2013-11-28)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\JLinkLog.txt (2073957, 2017-06-19)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\JLinkLog_1.txt (24419, 2016-03-24)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\JLinkSettings.ini (650, 2013-11-28)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\JLinkSettings_1.ini (650, 2013-11-28)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.axf (280292, 2017-06-19)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.build_log.htm (1848, 2017-06-19)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.build_log_1.htm (2514, 2016-03-25)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.hex (5991, 2017-06-19)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.htm (30986, 2017-06-19)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.lnp (398, 2017-06-19)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.map (58634, 2017-06-19)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.plg (2589, 2013-11-28)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.sct (479, 2017-06-08)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.uvgui.shangaus (140325, 2013-11-28)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.uvgui_1.shangaus (140325, 2013-11-28)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.uvguix.TF (169498, 2017-06-19)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.uvguix.summerzhongzai (144630, 2017-04-20)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.uvguix_1.summerzhongzai (144630, 2017-04-20)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.uvopt (9611, 2013-11-28)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.uvoptx (9786, 2017-06-16)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.uvproj.saved_uv4 (15767, 2013-11-28)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.uvproj_1.saved_uv4 (15767, 2013-11-28)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder.uvprojx (15857, 2017-06-15)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder_1.axf (300260, 2016-03-25)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder_1.hex (5075, 2016-03-25)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder_1.htm (30235, 2016-03-25)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder_1.lnp (386, 2016-03-25)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder_1.map (57178, 2016-03-25)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder_1.plg (2589, 2013-11-28)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder_1.sct (479, 2016-03-22)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder_1.uvguix.TF (84392, 2017-06-11)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder_1.uvopt (9611, 2013-11-28)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder_1.uvoptx (8488, 2017-06-11)
4_Keil_XMC1300-转速计算\Keil_XMC1300-POSIF-Decode1\Keil_XMC1300-POSIF-Decoder_Keil_XMC1300-POSIF-Decoder.dep (6170, 2017-06-19)
... ...
1.目的:
这个程序使用POSIF0和CCU40级联，POSIF0工作在正交编码模式，CCU40工作在外部计数模式。
通过P1.2、P1.1模拟A、B信号，CCU40工作在边沿对齐模式进行计数，达到周期值时产生中断。
2.实验器材:
- J-Link驱动安装到 PC
- J-Link v4.59或更高版本
- XMC1300 Boot Kit (XMC1300 CPU Card)
3.实验步骤:
- 连接 XMC1300 CPU板到 USB
创建此工程的步骤:
1) 在DAVE3.0中创建一个 Empty Main Project
2) 初始化时钟
3）设定分频初始值
4) 初始化Systick时钟、CCU40和POSIF0模块
5) 初始化配置：
Systick：更新系统时钟寄存器的值、使能周期中断、启动时钟
CCU40：周期寄存器、比较寄存器配置，事件0上升、下降沿触发计数。
POSIF0：配置正交编码模式、输入A、B信号端口P1.2、P1.1。
6) 初始化P1.2、P1.1为IO输出口模拟A、B信号，P0.0、P0.6对应LED显示前面信号的工作状态.
8) 建立中断处理程序，在中断中改变P0.6电平状态。
4.实验结果:
1. 时钟运行时，P0.0、P0.6对应LED交互闪烁，计数到周期值100后，进入周期匹配中断，P0.6对应LED改变状态。
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