搜索资源列表
pwm_cap
- STM8-discovery 开发板TIM2的PWM和捕获用于超声波发射和检测-PWM and Capture of TIM2 for ultrasonic module on STM8-discovery board
PWM_Output_Input
- 用TIM3定时器在PA6、PA7、PB0、PB1输出四种频率相同占空比分别是50 、37.5 、25 、12.5 的信号。 用TIM2的PWM_Input功能，从PA1口捕获PWM信号的频率及占空比，并用USART1输出测量信息。-At TIM3 timer with PA6, PA7, PB0, PB1 output frequency of the same four are 50 duty cycle, respectively, 37.5 , 25 , 12.5 of the
LED
- STM8SLED例程，使用HSI为系统时钟源，并配置恰当的分频比； TIM2 CC2 输出PWM信号控制LD2亮度； TIM3 CC1 输出PWM信号控制LD3闪烁频率； TLI（PD7）中断用来打开/关闭LD4.-STM8SLED routine use of HSI for the system clock source, and configure the appropriate divide rat
TIM2-TIM5output-3-channelPWM
- TIM2~TIM5输出3路PWM波的实验 很有用的哈 调试过没有问题的。-TIM2 ~ TIM5 3 channel PWM output wave experiments useful Kazakhstan had no problem debugging.
Output-PWM-from-PA0
- 实现从PA.0输出一个占空比可变的PWM波，开发环境：keil uvision4 -extern volatile u16 Pulse u8 Flag_60ms int main() { RCC_Configuration() GPIO_Configuration() TIM_PWMConfiguration() NVIC_Configuration() TIM_ToggleConfiguration() GPIO_SetBits
example6_TIM
- 本例展示了如何设置TIM，用它来测量一个外部输入信号的频率和占空比。 TIM2时钟设置为72MHz，预分频设置为0，TIM2计数器时钟可表达为： TIM2 counter clock = TIMxCLK / (Prescaler +1) = 72 MHz，因此可测量的最小频率值为1100Hz。 设置TIM2工作在PWM输入模式（PWM Input Mode），把外部信号作为输入连接到TIM2通道2。 利用TIM2计数器中断来测量信号的频率和占空比。在TIM2_I
PWM_TIM2
- STM8S103F3利用TIM2 输出PWM IAR 开发环境-STM8S103F3 use TIM2 gereater PWM IAR
PWM
- STM32 TIM2的定时器控制4路PWM 控制电机的速度-The STM32 TIM2 timer control the speed of the the 4 PWM control motor
pwm
- 用STM8单片机TIM2，TIM3定时器通道1实现IRTIM功能，是红外栅栏产生38Khz信号。-Using STM8 singlechip TIM2, TIM3 timer channel 1 to realize IRTIM function, infrared fences have 38Khz signal.
TIM2-output-two-PWM-signal.
- STM32 在keil环境下的编程 定时器TIM2能够输出两路PWM信号。-STM32 Timer programming in keil environment is the TIM2 able to output two PWM signal.
PWM
- TIM3PWM波的输出,有四路TIM3的输出，有一路tim2的输出，频率不同（无死区）-TIM3 idea PWM wave output (no dead zone)
8-TIM2
- 定时器2的通道1 和通道2 通道3输出占空比不同的pwm波-Timer 2 channel 1 and channel 2 3 different PWM wave output duty cycle
master-tim2-slave-tim4-PWM
- stm32定时器的例程，功能就是采用主定时器tim2 从定时器为tim4 输出指定脉冲数-stm32 timer routine function is to use the master timer tim2 tim4 output the timer to specify the number of pulses
TIM2-input-capture
- 使用STM8的TIM2输入补获功能测PWM的占空比和周期，把被测信号接到TIM1的CH1，当有PWM时进入中断更改触发边沿，即可以使用一个通道测量高电平和低电平的时间，得到占空比和周期-Use the STM8 TIM2 input capture function PWM duty cycle and period measurement, the measured signal received TIM1 of CH1, when a PWM into the interrupt trigg
STM8S003-TIM2-PWM
- STM8S003 TIM2通道3PWM输出-STM8S003 TIM2 Channel 3 PWM output
stm32f10x_temple-nb-1401011140
- stm32开发板上通过配置tim2的通道1通道2和tim3的4个通道，产生六路pwm输出波，与l298n模块相连接，控制并实现三个减速电机的变速(STM32 development board, through configuring TIM2 channels, 1 channels, 2 and tim3 4 channels, generates six PWM output waves, and is connected with L298N module, controlling an
Motor_Control - A）O
- 使用STM32F103C8T6的TIM2四路按键可控ＰＷＭ输出程序(Using STM32F103C8T6's TIM2 four button controlled PWM output program)
8路PWN
- 用两个定时器TIM2和TIM4输出8路的PWM(Output 8-channel PWM with two timers)
STM8 PWM例程
- 利用ST 的开发工具，生成一个C 语言程序的框架，然后修改其中的main.c.(Use ST's development tools to generate a framework for a C language program, and then modify the main.c.)
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