搜索资源列表
Pulse_2407_zero
- 基于DSP2407产生带死区的6个PWM脉冲的源代码!-have died with the six PWM pulse source code!
pwm
- easyARM8962 带死区控制的PWM控制操作源码
3.14_PWM
- LUMINARY ARM的PWM代码(带死区控制)
MC_PWM
- 基于LPC175x 32位微处理器设计的带死区保护的三相电机控制代码。-LPC175x 32-bit microprocessor-based design with dead-protected three-phase motor control code.
Deadzone_PID
- 带死区的PID控制算法及仿真,分离式PID控制-Die area with the PID control algorithm and simulation, discrete PID control
Dead-zonePIDcontrolalgorithm
- 带死区控制的PID算法.由于是用整型数来做的,所以也不是很精确,但是对于很多的使用场合,这个精度也够了。关于系数和采样电压全部是放大10倍处理的。所以精度不是很高,但是也不是那么低,大部分的场合都够用了。实在觉得精度不够,可以再放大10倍或者100倍处理,但是要注意不超出整个数据类型的范围就可以了。-Dead-zone PID control algorithm. Because it is done with integers, so are not very accurate, but th
LM3SLib_PWM_Dead-Band
- LM3S系列PWM例程:产生两路带死区的PWM信号 LM3S系列PWM例程:产生两路带死区的PWM信号-LM3S series PWM routine: generate two-way dead-zone of the PWM signal LM3S series PWM routine: generate two-way dead-zone of the PWM signal
51_ePWM
- 基于STC89C51单片机的ePWM波,当不带死区-MCU based STC89C51 ePWM wave, when the non-dead
PWM
- PWM 电机控制实验针对微型直流。两路带死区的 PWM 信号直接从 DSP 上产生,电机 驱动采用的是 4 个 PIN 三极管,可控制正反转。DSP 的 PWM 口在复位和无控制态度下为 IO 口,且为高电平,这样可能引起4个NPN管同时导通。为了防止这种情况的发生,DSP 出来的PWM信号进行了反向,即复位时给NPN基极的时低电平。 -PWM DC motor control experiment for the micro. Two PWM signals with dead
pwm_pan
- 带死区控制的PWM波,可驱动IGBT逆变桥。双路pwm波输出,驱动单相桥。双极性控制。-PWM control with dead zone waves to drive IGBT inverter bridge. Dual pwm wave output, driving single-phase bridge. Bipolar control.
temperature-PID-controller-
- 基于STM32的温度控制器系统设计,带液晶显示,带死区控制,在实验室实验,效果较好。-temperature controller
TIM1-PWM
- STM32 TIM1 PWM 两路输出,带死区时间-STM32 TIM1 PWM two outputs with dead time
_siqu_pwm_
- lm3s8962,使用API编程的带死区的pwm初始化及使用例程-Lm3s8962, use the API programming with the death of PWM initialization and use routines
TMS320F28335_PWM_dead
- 针对TI公司的TMS320F28335这一款DSP的ePWM模块开发出的程序。该程序的功能是:在ePWM3A和ePWM3B上输出带死区的互补PWM波形-Develop procedures for TI' s TMS320F28335 This is a the DSP' s ePWM module. The function of the program is: complementary PWM waveform output with dead-on ePWM3A and eP
EX15_Motor
- DSP2812带死区的PWM驱动电机程序,系统时钟为30MHz,占空比为40 -DSP2812 PWM motor driver with a dead zone program, the system clock is 30MHz, a duty cycle of 40
firsttime
- 用DSP中的全比较器产生六路带死区的PWM波-DSP comparator six dead-band PWM wave
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.)
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.)