搜索资源列表
TIM_Test
- STM32 PWM 演示程序，使用定时器2-STM32 PWM demonstration program, using the Timer 2
SSTM32_inPWMT
- STM32定时器的基本应用，PWM的的输入捕获，硬件调试通过，基本没有误差。 -The basic application of the STM32 timer, PWM input capture hardware debugging through, basically there is no error.
STM32_TIM
- STM32定时器的应用，产生1ms的中断和10us的延迟，希望对大家有用-STM32 timer application, generate 1ms interrupt and 10us delay, and hope to be useful
Mystm32
- stm32:定时器中断,10Khz的计数频率，计数500ms stm32时延任务；创建一个周期任务用于每200毫秒往队列中发送五个数值，发送完成产生一个软件中断。-stm32: timer interrupt, 10Khz frequency counting, counting 500ms stm32 delay task create a periodic task for every 200 milliseconds to send five values
Time1-Test
- STM32定时器time1详细使用源码，经过测试准确无误-STM32 timer tim1 detailed use of the source code, tested accuracy
STM32-TIM1
- STM32定时器1配置，已经测试，有需要可以交流学习。-STM32 timer 1 configuration, has been tested, there is need to can communicate and study.
读IO电平定时器算时间
- 超声波模块 自配置 希望能帮助大家 通过读IO(Self configuring ultrasonic module)
PWM
- stm32基于定时器对PWM频率进行修改，以此控制步进电机，做到步进电机速度可调，只做了加速减速没有做，原理相同，实测可用(STM32 based on the timer to modify the frequency of PWM, in order to control the stepper motor, so that stepper motor speed adjustable, only to do the acceleration deceleration, did not do
STM32编码器Demo
- 利用stm32定时器的正交解码功能，获取编码器的转速(Using the orthogonal decoding function of STM32 timer, the speed of encoder is obtained)
PWM正弦波50hz_TIM4_CH1
- stm32定时器4生成PWM波(The STM32 timer 4 generates the PWM wave)
定时器中断
- stm32芯片定时器的中断的实现，对32定时器的初始化和GPIO口的操控(STM32 chip timer interrupt the realization of the 32 timer initialization and GPIO port control)
定时器测 (2)
- 用stm32计算编码器，简单配置，简单实用(no english to state,so please text it by yourself)
TIMER
- STM32 的定时器能功，可以用来作为信号发生器和频率计，一方面来测频，一方面来发生频率可变，占空比可变的信号发生器(STM32 timer can work, can be used as a signal generator and frequency meter, on the one hand to measure frequency, on the one hand to variable frequency, duty cycle variable signal generator)
stm32 duoji
- 本代码利用stm32发03rct6单片机控制多路舵机(Using STM32 microcontroller to control multiple servos)
测量频率
- 功能：测量两路输入的频率，并在液晶上显示。 有两种方法测频率，一种是周期测频法，一种是频率计数法： 周期测频法要求有参考时钟，通过对一个或者几个周期信号内参考时钟的计数来测量； 频率计数法就是单位时间内测出被测信号的改变次数，从而得到频率。 第一种方法的精度与参考时钟的速度有关，速度越快精度越高，第二种的精度跟所取的单位时间有关，时间越长，精度越高。所以前者适合测低频，后者适合测高频。 所以要想测量准确就得看你所测信号的频率范围了。 你也可以结合这两者的优势，实现互补。
ADC1多通道DMA - 定时器触发
- 通过DMA将ADC采集到的多路ADC数据存到内存中，ADC采集通过定时器触发。(The data collected by ADC is stored in memory through DMA.)
HCSR04超声波模块stm32寄存器版
- 用stm32的定时器去读超声波的检测距离，用的是寄存器版本可以快速上手(Using the STM32 timer to read the detection distance of the ultrasonic wave the register version can be used quickly.)
7_定时器多通道
- 多通道定时器的运用，有三个中断，分别产生不同现象(There are three interruptions in the application of multi-channel timer, which produce different phenomena)
32-TIM—基本定时器
- 可以实现stm32的基本定时器的相关内容(The relevant content of the basic timer of STM32 can be implemented)
LED 渐亮灭 交替 定时器PWM
- STM32控制LED亮度渐变，使用定时器实现(STM32 Controls LED Brightness Gradient with Timer)