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lab5-TIMER2
- dsp28335定时器2的例程，简单易学，非常容易上手。-dsp28335 timer routine 2, easy to learn and very easy to use.
2.CpuTimer2
- 利用DSP内部定时器2实现LED交替闪烁，8个发光二极管奇偶交替闪烁- implementation of DSP internal timer2 LED alternately flashes eight LEDs flash alternately parity
STM32_TIMER_2
- STM 32F103单片机定时器采用TIMER2作为TIMER3的分频器模式的例程-STM 32F103 Single-chip timer TIMER2 as a timer divider mode TIMER3 routine
STM32_TIMER_3
- STM 32F103单片机定时器采用TIMER2使能TIMER3(时钟都用内部时钟，两个非同步)模式的例程-STM 32F103 Single-chip timer with TIMER2 enable TIMER3 (clocks are internal clock, two asynchronous) mode routine
STM32_TIMER_4
- STM 32F103单片机定时器采用TIMER2启动TIMER3(时钟都用内部时钟，两个非同步)模式的例程-STM 32F103 Single-chip timer TIMER2 start with TIMER3 (clock with internal clock, two asynchronous) mode routine
Timer2
- 本软件是STM32f407芯片的TIMER操作软件。我已经测验了在STM32f407开发板。为了STM32f开发，很有用的软件-This software is the STM32f407 chip TIMER operating software. I ve been testing the STM32f407 development board. In order to STM32f development, very useful software
ledpwm
- STM32定时器控制 三色LED 各种灯效(stm32 timer2 control RGB LED many effects)
Timer2-1s
- 定时器2定时1s改变LED状态，LED灯亮灭状态各持续1秒钟。(Timer 2, timing 1s, change the LED status, LED lights on the state, each lasted 1 seconds.)
Timer0-Timer1-Timer2
- STC15W402......电极转换，及单键功能选择执行；(STC15W402... Electrode conversions and single key function selection are performed;)
STM32F103 定时器中断实验
- STM32F103 Timer2 定时器中断(STM32F103 Timer2 timer interrupt)
STC-STUDY-BOARD4-SCH-C-ASM-VER2
- stc培训程序，红外遥控接收程序(NEC码)-数码管显示用户地址和键值、Timer0-Timer1-Timer2测试程序等程序。(STC training program)
lab5-TIMER2
- 定时器的应用，(Timer application)
TIMER2
- 可以设置1分钟开启，一分钟关闭，最大可以设置999分钟开启，999分钟关闭，是一款老化产品的定时器。(It can be set for 1 minutes, one minute closes, the maximum can be set for 999 minutes, and 999 minutes is closed. It is an aging product timer.)
MD_AButton_v1.1_20150401
- Library For Timer 2 Control in Arduino UNO
lab0309-Pwm
- 这个程序设置了EV定时器（Time1、Time2、Time3和Time4）。 产生T1PWM、T2PWM、T3PWM、T4PWM和PWM1-12波形。 然后用户可以使用范围来观察波形。(This program sets up the EV timers (TIMER1, TIMER2, TIMER3 and TIMER4) to generate T1PWM, T2PWM, T3PWM, T4PWM and PWM1-12 waveforms. The user can then ob