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SPWM多重化并联逆变器的死区效应补偿方法的研究
- SPWM多重化并联逆变器的死区效应补偿方法的研究
PWM
- 这是一种新型的PWM逆变技术，重点介绍死区的调节-This is a new type of PWM inverter technology, focusing on the regulation of dead zone
C8051F060_PWM_long
- 基于C8051F060单片机的PWM波形产生程序。 采用长整型计算，使用C8051F060内部的捕捉比较单元实现、使用专门的捕捉比较单元输出脚输出。 提供PWM波形频率、PWM波形占空比、双路PWM波形死区时间控制等功能。-Based on C8051F060 MCU PWM waveform generation process. Use of long integer calculations, use the C8051F060 to achieve within the capt
h
- 具有死区保护的H桥驱动电路，可以改为逆变电源，-H has a dead zone bridge driver circuit protection, power inverter can be changed,
PWM_DblEdg
- MCPWM 含有 3 个独立的通道，每个通道包括： 1 个32 位定时器/计数器（TC）； 1 个32 位界限寄存器（LIM）； 1 个32 匹配寄存器（MAT）； 1 个10 位死区时间寄存器（DT）和相应的 10 位死区时间计数器； 1 个32 位捕获寄存器； 2 个极性相反的已调整的输出（MCOA 和 MCOB）； 1 个
PWM2010-4-21
- simulink ,matlab 利用ePWMA和ePWMB产生互补的带有死区的PWM波对.
siqupwm
- PWM的死区控制模块CLK delaywave-PWM control module dead
pwm
- 带有死区的、频率可设置的PWM输出源码，实际中已经应用-With a dead zone, the frequency can be set in the PWM output source, have been applied in practice
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)
生成spwm stm32程序代码
- STM32双极性SPWM程序代码，互补输出，有死区，频率可调。
DH
- 带有死区的hammerstein模型辨识(Identification of Hammerstein model with dead time)
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)
stm32f103rc____PWM带死区
- stmf103rc 下四路pwm输出，带死区，能够用于全桥驱动。(Stmf103rc four road PWM output, with dead zone, can be used for full bridge drive.)
成功的 带死区的PWM输出
- stm32中一个带死区的PWM输出,可用于电机的驱动(a dead zone PWM output in stm32Can be used for motor drive)
untitled3
- 研究死区时间对三相SPWM逆变器影响的模型。(The model of the influence of dead time on the three-phase SPWM inverter is studied.)
test
- stm32输出互补的带有死区的pwm波形(STM32 output complementary PWM wave with dead zone)
deadtime compensation
- 死区补偿的说明，以及基于simulink的补偿仿真(dead time compensation)
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.)
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)