文件列表:

Keil_XMC1300_CCU8_COMP_PWM (0, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug (0, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug\ExtDll.iex (19, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug\Keil_XMC1300_CCU8_COMP_PWM.axf (262772, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug\Keil_XMC1300_CCU8_COMP_PWM.hex (4768, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug\Keil_XMC1300_CCU8_COMP_PWM.htm (29143, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug\Keil_XMC1300_CCU8_COMP_PWM.lnp (366, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug\Keil_XMC1300_CCU8_COMP_PWM.plg (218, 2013-12-02)
Keil_XMC1300_CCU8_COMP_PWM\Debug\Keil_XMC1300_CCU8_COMP_PWM.sct (479, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug\main.crf (275462, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug\main.d (441, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug\main.o (264612, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug\startup_xmc1300.d (54, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug\startup_xmc1300.o (6076, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug\system_xmc1300.crf (246780, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug\system_xmc1300.d (483, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Debug\system_xmc1300.o (249988, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\JLinkLog.txt (12560, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\JLinkSettings.ini (650, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Keil_XMC1300_CCU8_COMP_PWM.map (53660, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Keil_XMC1300_CCU8_COMP_PWM.plg (1575, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Keil_XMC1300_CCU8_COMP_PWM.uvgui.shangaus (139992, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Keil_XMC1300_CCU8_COMP_PWM.uvgui_shangaus.bak (139936, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Keil_XMC1300_CCU8_COMP_PWM.uvopt (8110, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Keil_XMC1300_CCU8_COMP_PWM.uvproj (15240, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Keil_XMC1300_CCU8_COMP_PWM_Keil_XMC1300_CCU8_COMP_PWM.dep (2132, 2013-12-02)
Keil_XMC1300_CCU8_COMP_PWM\Keil_XMC1300_CCU8_COMP_PWM_Target 1.dep (93, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Source (0, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Source\gpio_xmc1300_tssop38.h (33158, 2013-02-07)
Keil_XMC1300_CCU8_COMP_PWM\Source\Main.c (7569, 2013-04-16)
Keil_XMC1300_CCU8_COMP_PWM\Startup (0, 2013-11-29)
Keil_XMC1300_CCU8_COMP_PWM\Startup\startup_XMC1300.s (15415, 2013-06-24)
Keil_XMC1300_CCU8_COMP_PWM\Startup\system_XMC1300.c (4264, 2013-02-02)
Keil_XMC1300_CCU8_COMP_PWM\Startup\system_XMC1300.h (2111, 2013-07-22)
Keil_XMC1300_CCU8_COMP_PWM\Startup\XMC1000_RomFunctionTable.h (7031, 2013-07-04)
Keil_XMC1300_CCU8_COMP_PWM\Startup\XMC1300.h (834736, 2013-07-22)
Keil_XMC1300_CCU8_COMP_PWM\startup_xmc1300.lst (52365, 2013-11-29)

DESCRIPTION: This example generates two complementary PWM signals with dead time and an interrupt on every compare match, which alternates the PWM's duty cycle between 33.3% and 66.7% REQUIREMENTS: - J-Link Drivers installed on PC - J-Link v4.59 or above - XMC1300 Boot Kit (XMC1300 CPU Card) SETUP: - Connect XMC1300 CPU Card to USB HOW TO CREATE THE PROJECT: 1) Create a new Empty Main Project 2) Initialize P0.0 and P0.1 for PWM generation 3) Initialize P0.6 and P0.7 connected to on-board LEDs 4) Initialize clock 5) Initialize CCU4 6) Create CCU40_0 interrupt handler to switch PWM duty cycle between 33.3% and 66.7%, and toggle different LEDs OBSERVATIONS: 1. The on-board P0.6 and P0.7 LEDs toggle according to the PWM duty cycle setting 2. The complementary PWM signals with dead time can be observed on P0.0 and P0.1, and P0.0 and P0.1 LED toggle accordingly

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