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pwm
- STM32的PWM输出模式，STM32的TIM1模块是增强型的定时器模块，天生就是为电机控制而生，可以产生3组6路PWM，同时每组2路PWM为互补，并可以带有死区，可以用来驱动H桥。-STM32' s PWM output mode, STM32' s TIM1 module is enhanced timer module, is inherently for the motor control, it can produce three groups 6-channel PWM,
STM8-PWM
- STM单片机控制全桥逆变源程序，频率在20K左右，主要是得到容易控制的互补对称PWM波形-failed to translate
pwm
- freescale DSP56f807环境下 PE模式输出六路互补PWM波，可用于驱动逆变器-freescale DSP56f807 environment PE mode complementary PWM wave output 6 Road can be used to drive inverter
STM32-TIM1-PWM
- 通过对 TIM1 定时器进行控制，使之各通道输出插入死区的互补PWM 输出， 各通道输出频率均为17.57KHz。 其中，通道1 输出的占空比为50 ，通道2 输出的占空比为25 ，通道3 输 出的占空比为12.5 。各通道互补输出为反相输出。 TIM1 定时器的通道1 到3 的输出分别对应PA.08、PA.09、PA.10 引脚，而通 道1 到3 的互补输出分别对应PB.13、PB.14 和PB.15 引脚，将这些引脚分别接 入示波器正接线，GND 引脚接示波器负接线，
define-PWM
- stm32单片机产生4路占空比、频率可调的互补PWM,可以用来控制电机和逆变器-stm32 microcontroller to produce the 4-way duty cycle, frequency adjustable complementary PWM can be used to control the motor and inverter
AVR-pwm
- 使用AVR单片机产生频率可调的PWM脉冲输出，两路脉冲互补，一路高电平，另一路低电平。可用于控制可变频率的驱动电机-AVR microcontroller to generate the PWM pulse output frequency is adjustable, two-way pulse complementary, all the way to high and low the other way. Can be used to control the variable freque
PWM-VHDL-Dual-complementary-outputs
- 基于单片机的双路互补PWM波输出设置，仅供参考，希望对需要的人有帮助。-Based on single-chip dual complementary PWM wave.
PWM
- 在Keil环境使用stm32F407写的带死区控制的互补PWM驱动，很适合做双路电机控制，这是一个完整的工程，可以直接编译使用-In complementary PWM Keil environment stm32F407 write with dead-time control of the drive, it is suitable for dual motor control, which is a complete project, can be directly compiled us
PWM-half-bridge-output-
- 半桥互补PWM输出,带频率,占空比可调并且掉电保存频率,占空比值点.-Complementary PWM half-bridge output with frequency, duty cycle and power-down save adjustable frequency, duty cycle value points.
1load-PWM
- MSP430F149单片机输出1路互补PWM波形-MSP430F149 MCU complementary PWM output
Keil_XMC1300_CCU8_PWM_互补PWM生成
- Keil_XMC1300_CCU8_PWM_互补PWM生成，基于XMC1300，在Keil平台生成互补PWM(Generating complementary PWM on the Keil platform based on XMC1300)
高级定时器输出1路互补 PWM实验---含详细注释
- 基于STM32单片机设计的高级定时器TIM1的6路互补带死区的PWM输出实验，代码中含有详细的注释，对学习PWM很有帮助(STM32 microcontroller based design of advanced timer, TIM1 6 complementary band, dead zone PWM output experiment, the code contains detailed notes, helpful for learning PWM)
互补PWM输出-完整版
- 蓝桥杯模拟互补PWM输出-完整版，完成题设所有要求(Blue Bridge Cup simulation complementary PWM output - Full Version, complete all the requirements of the problem set)
STM8S103F3P6产生两路互补PWM波配置
- 搞了两天，总算使用STM8S103F3P6最小化系统板的TIM1产生两路互补的PWM波，现拿出来分享一下。工程为IAR环境，寄存器配置。(For two days, we used the STM8S103F3P6 to minimize the TIM1 of the system board to produce two complementary PWM waves, and now to share it. The project is IAR environment, register
STM32 的4路互补pwm
- 使用keil5编写的STM32输出四路互补的PWM，适配正点原子的mini版，同样是为电赛逆变系统做的准备。通过定时器的输出比较模式，在PC6~PC9，输出4路PWM，每路PWM频率为500Hz，占空比为50%，每一路PWM相位差为45°(The STM32 output four complementary PWM, which is written in keil5, is suitable for the mini version of the positive point atom, w
正点原子PWM
- stm32f4输出互补pwm波，用于电机，变频器的驱动。(Stm32f4 output complementary PWM wave.)
stm32_三路互补PWM
- 实现带死区的三鹿互补pwm灵活实现对h桥的控制(Implementation of Sanlu complementary PWM with dead zone to control H bridge flexibly)
三路互补pwm
- 三路互补输出,stm32f407三路互补输出(Three way complementary output,stm32f407)
死区互补pwm
- 基于stm32f403gz的互补带死区pwm程序，可以调用函数来实现自己pwm波形优化(The complementary dead band PWM program based on stm32f403gz can call functions to optimize its PWM waveform)
stm32f103vct6高级定时器实现带死区的互补pwm
- 可根据控制输出量大小根据互补pwm原理调节占空比改变输出pwm参数，改变电机电压实现对电机转速和位置的控制