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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,
spwm
- 基于TMS2812的SPWM代码，输出的PWM波形是互补的两路信号，且设有死区。-TMS2812' s SPWM based code, the output of the PWM waveform is complementary to two signals, and with dead.
PWM2010-4-21
- simulink ,matlab 利用ePWMA和ePWMB产生互补的带有死区的PWM波对.
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，
3.26-PWM
- 输出互补周期可调占空比可调死区可以调节的pwm波形-Complementary cycle adjustable output adjustable duty cycle can be adjusted deadband pwm waveform
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
2load-PWM
- msp430单片机输出两路互补，带死区的PWM波形-MSP430 MCU output two complementary PWM
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)
STM32-M0-PWM互补输出和死区插入
- 利用STM32F031单片机产生六路相同频率具有死区时间的PWM，本程序可以用来做BLDC的参考(The use of STM32F031 microcontroller produces six same frequency, with dead time PWM, this procedure can be used to do BLDC reference)
PWM和SPWM
- 双路带死区互补PWM输出，适合数字电源控制，H桥驱电路等控制(Dual band, dead band complementary PWM output, suitable for digital power control, H bridge drive circuit control)
7289-pwm死区
- 7289程序加按键产生pwm波，互补有死区(7289 program plus buttons to generate PWM wave, complementary dead zone)
三对6路PWM带互补带死区
- 应用stm32f103 输出6路pwm信号 还有互补和死区......(Application stm32f103 output 6 pwm signal there are complementary and dead zone)
demo_pwm
- STM32F103ZET6开发板，死区时间的研究,定时器1输出互补波形(STM32F103ZET6 development board, dead zone time study, timer 1 output complementary waveform)
test
- stm32输出互补的带有死区的pwm波形(STM32 output complementary PWM wave with dead zone)
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)
三对6路PWM带互补带死区
- 基于STM32f1x单片机产生三对6路带互补带死区的PWM波。(Three pairs of 6 channels with complementary dead band PWM waves are generated based on STM32f1x microcontroller.)
三对6路PWM带互补带死区
- 基于STM32F1的 ， 三对6路带互补带死区PWM程序。(STM32 6-channel with dead zone complementary PWM program)
PWM互补死区输出
- 在STM32开发平台下，通过定时器的时钟配置，进行的PWM互补带死区的方波对电机进行控制。(Under the STM32 development platform, the PWM complementary square wave with dead zone is used to control the motor through the clock configuration of the timer.)
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