3_Keil_XMC1300-PWM斩波
所属分类：单片机开发
开发工具：C/C++
文件大小：7244KB
下载次数：8
上传日期：2018-01-03 21:51:13
上 传 者：
dorrit1021
说明： 运用PWM斩波方式驱动永磁电机，主要是对xmc1300中的CCU8模块进行了设置。
(The PWM chopper mode is used to drive the permanent magnet motor, which is mainly used to set the CCU8 module in xmc1300.)
文件列表:
3_Keil_XMC1300-PWM斩波 (0, 2017-06-08)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0 (0, 2017-06-08)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\CCU40.c (6892, 2017-06-08)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\EventRecorderStub.scvd (339, 2017-06-08)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\ExtDll.iex (19, 2017-06-08)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\ExtDll_1.iex (19, 2013-11-28)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\JLinkLog.txt (43649, 2017-06-08)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\JLinkLog_1.txt (61232, 2016-07-15)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\JLinkSettings.ini (650, 2013-11-28)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\JLinkSettings_1.ini (650, 2013-11-28)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source (0, 2017-06-05)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\ExtDll.iex (19, 2013-11-28)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\JLinkLog.txt (61232, 2016-07-15)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\JLinkSettings.ini (650, 2013-11-28)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.axf (288200, 2016-07-14)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.build_log.htm (2454, 2016-07-14)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.hex (5856, 2016-07-14)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.htm (30488, 2016-07-14)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.lnp (448, 2016-07-14)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.map (56855, 2016-07-14)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.plg (1621, 2013-11-28)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.sct (479, 2016-04-07)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.uvgui.shangaus (139876, 2013-11-28)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.uvgui.summerzhongzai (138210, 2016-03-31)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.uvguix.summerzhongzai (142273, 2016-11-09)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.uvopt (8290, 2016-03-31)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.uvoptx (9356, 2016-08-23)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.uvproj.saved_uv4 (14479, 2016-03-31)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source.uvprojx (15521, 2016-04-07)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source_Keil_XMC1300_VADC_Scan_Source.dep (4880, 2016-07-14)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source_Target 1.dep (96, 2013-11-28)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Keil_XMC1300_VADC_Scan_Source_sct.Bak (479, 2013-11-28)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\MCUINIT (0, 2017-06-05)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\MCUINIT\MCUInit.c (2388, 2016-04-07)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\MCUINIT\MCUInit.h (257, 2016-07-14)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\MCUINIT\VADC.c (9238, 2016-07-14)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\MCUINIT\VADC.h (2290, 2013-09-24)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\MCUINIT\gpio_xmc1300_tssop38.h (33158, 2013-04-27)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\Main.c (2001, 2016-07-14)
3_Keil_XMC1300-PWM斩波\Keil_XMC1300_VADC_Scan_Source0\Keil_XMC1300_VADC_Scan_Source\RTE (0, 2017-06-05)
... ...
1.目的:
将ADC组0的4个通道（G0CH4,5,6,7）设定为scan源，4次reduction模式;
经AD转换后，将结果分别存在组0寄存器R4~R7中，队列结束时产生ADC结束中断;
在ADC结束中断里置位ADC结束标志位AD_end_flag，并在main.c的while(1)主循环里延时查询ADC结束标志位;
如果转换结束，读取转换结果寄存器的值，并根据CH7（对应板上芯片引脚P2.2)的转换结果改变闪灯(对应P0.0)频率。
2.实验器材:
- J-Link驱动安装到PC
- J-Link v4.59 or above
- XMC1300 Boot Kit (XMC1300 CPU Card)
3.实验步骤:
- 用一根导线，将板上P2.2和P2.5引脚对应的过孔相连，通过旋转P2.5上的电位器改变P2.2的输入采样值
- 连接 XMC1300 CPU板到 USB
- USB与PC连接
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) 初始化VADC模块
4) 使能ADC结束中断
5) 在main.c的while(1)主循环里，根据转换结果改变闪灯频率
4.实验结果:
1. 旋转电位器，改变闪灯(对应P0.0)频率。
2. 在调试状态下，能看到四个结果寄存器（adc_result[4]~adc_result[7]）的值。
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