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SPWM_ASM
- 本例载波频率为20KHz，或载波周期为50μs。DSP晶振10MHz，内部4倍频，时钟频率为40MHz，计数周期为25ns。假设调制波频率由外部输入（1～50Hz），并转换成合适的格式（本例为Q4格式）。调制系数M为0～0.9。死区时间1.6μs。最小删除脉宽3μs。 主程序的工作是根据输入的调制波频率计算N、2N和M值。 -Example for the carrier frequency 20KHz, or carrier
epwm_deadband
- dsp28335 pwm dead time 設定程式-dsp28335 pwm dead time setup program
pwm
- pwm的占空比和死区时间可调的Verilog HDL程序设计和测试-duty cycle of pwm and adjustable dead time of the Verilog HDL design and testing procedures
DeadtimeCompensatorSurvey
- Deat-time system is very popular in current industry and this survey paper gives a very comprehensive survey on current dead time compensator design.
kaihuan
- 利用DSP控制器，给定两个电压，实现SVPWM控制。这个程式我已经做过实验很有用的。里面有死区时间设置！-The use of DSP controllers, given the two voltages, the realization of SVPWM control. I have made this program very useful experiment. There are dead-time settings!
tms320f28335_epwm_examples
- tms320f28335芯片epwm模块的详细配置及例程。其中包括epwm的dma方式、死区控制模块的配置、trip模块的配置等。-tms320f28335 chip module epwm detailed configuration and routines. These include epwm the dma way, dead-time control module configuration, trip module'
l
- 插入死区时间为10.4us的PWM9/10- Dead-time insertion of 10.4us of PWM9/10
C8051F060_PWM
- 基于C8051F060的PWM产生程序。 采用软件定时器完成，使用普通口线输出，输出为推挽输出，上升沿和下降沿陡峭并存在过充。提供PWM波频率调整、占空比调整、双路输出PWM波死区时间调整功能。-The PWM generation process based on the C8051F060. Completed using the software timer, use the normal port line output,
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 C8051F
fuzzyPID
- 某工业系统可等效为二阶环节带延迟...且执行机构具有0.07的死区和0.7的饱和区。采样时间T=0.01；系统的输入r(t)=1.5 要求1）设计一模糊控制器，使系统输出尽快跟随系统输入；2）模糊控制与PID控制的性能进行比较；3）系统有无延迟性能进行比较-An industrial system can be equivalent to second-order part of the implementing agencies
deadtime
- ，通过对87C196MC单 片机及波形发生器(WFG)的深入研究分析，提出 了一种通过调整死区时间生成DC／DC变换器 PWM控制脉冲的新方法。该-Through 87C196MC SCM and Waveform Generator (WFG) in-depth analysis, a dead time generated by adjusting the DC/DC converter PWM control puls
First_Order_Plus_Dead-Time_Model
- 应用最小二乘法对一阶加滞后系统进行辨识，得到相关参数-Least square method the first order plus delay system identification, are relevant parameters
vdtls
- Perform a least square fitting to dead time correction equation
test
- 控制交通灯闪烁，使其产生南北直拐，与东西直拐，期间有10秒的停滞时间，是四面互不相通-Control of traffic lights flashing, to produce a straight north-south street, and something straight street, and during 10 seconds of dead time, is surrounded by each other thro
PIDtun
- A simple method for PID tuning for integrator/dead-time processes using selectable parameters
compensation-of-dead-time
- 交流伺服系统中的死区效应分析与补偿分析了逆变器的死区效应产生的原因及其对交流伺服系统控制性能产生的影响,指出死区补偿的关键 在于电流相位的获取,为了克服实际系统中电流零点的模糊性,提出了一种基于两相静止坐标系下的前馈死 区补偿方法. 该方法通过对三相输出电流一个周期内补偿电压进行傅里叶变换,发现仅需补偿1 ,5 ,7 次谐波 分量即可消除死区效应. 仿真和试验结果验证了这种方法的正确性和可行性.-AC servo syste
Dead-Timeof-PWM-Controlled
- Dead-Time Elimination of PWM-Controlled
mechanism-of-production-of-Dead-time
- 逆变器死区产生的机理 分析和对策 很好的资料-Inverter dead generation mechanism analysis and countermeasures
PWM-dead-zone
- 实现PWM输出的死区控制，可保证避免上下桥臂同时导通损坏功率器件-Achieve PWM output dead time control, can guarantee to avoid simultaneous conduction of upper and lower leg damage power devices
dead-time-timer-1-2
- creat dead time whiteout using hardware withe avr