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general_tim
- 使用HAL库，对通用计时器TIM1进行编程，实现精确定时(Using the HAL library, programming the universal timer TIM1 to achieve precise timing)
stm8-AIN0 采集
- 利用 AIN0 采集旋钮的电压值，TIM2_CH1 捕获红外信号 ，TIM1_CH1 输出PWM 控制灯光 。(The voltage value of the knob is collected by AIN0, the TIM2_CH1 is captured by the infrared signal and the TIM1_CH1 output PWM controls the light.)
TIM-高级控制定时器PWM输出
- stm32F103 TIM1输出7路PWM STM32F103ZET6总共有8个定时器，TIM1和TIM8是高级控制定时器，TIM2、3、4、5是通用定时器， TIM6和TIM7是基本定时器。 本例程实现高级控制定时器TIM1总共7个功能引脚输出PWM波形。(STM32F103ZET6 has 8 timers in total, TIM1 and TIM8 are advanced control timers. This routine implements an advance
64.光敏电阻模拟量输入控制LED1亮度变化
- 光敏电阻模拟量输入控制LED1亮度变化（TIM1定时器产生PWM波形）实验(Photosensitive resistor analog input control LED1 brightness change (TIM1 timer generates PWM waveform) experiment)
stm32 pwm输出
- TM32的高级定时器TIM1可以产生互补的PWM，并且可以通过相关寄存器的设置使能或关闭PWM的输出。在编写BLDC的驱动程序时，本人利用TIM1的channel1,2生成了三路互补的PWM波形，定时器驱动程序(The advanced timer TIM1 of TM32 can generate complementary PWM, and it can enable or close the output of PWM through the setting of related regi
定时器实现流水灯
- 实现STM32基于定时器流水灯功能，通过定时器TIM1控制实现，三个流水灯交替闪烁(Realization of STM32 Based on Timer Pipeline Lamp Function)
STM32SPWM-190426
- 用TIM1输出6路互补的SPWM，实现电机转动，用VF调频调压(Six complementary SPWM outputs from TIM1 are used to realize motor rotation and VF frequency and voltage regulation.)
pid
- 基于stm32的寻迹小车PID算法解析 开发目标1：TIM1的4个通道生成PWM，CH1—PWM1 CH2—PWM2 CH3—PWM3 CH4—PWM4 TIM8的4个通道生成PWM，CH1—PWM5 CH2—PWM6 CH3—PWM7 CH4—PWM8 开发目标2：TIM7作为定时器中断，产生固定的时间间隔，便于计算电机及落地码盘的速度（单位时间间隔脉冲增量） 开发目标3：TIM2、TIM3、TIM4、TIM5作为编码器接口，读取编码器
STM32F103C8T6 的MINI板程序开发笔记和例程序
- 高级例程-基于MINI板的 呼吸灯效果 采用TIM1的PWM实现；基本例程-USART收发；基于STM32的USB程序开发笔记(Advanced routine - the effect of breathing lamp based on mini board is realized by TIM1 PWM)
采用PWM控制舵机，180度舵机
- 通过对TIM1的初始化，对舵机进行任意角度控制，我用的是180度舵机，TIM1_PWM_Init(1439,999);