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直流电动机单级性双闭环可逆控制程序
- 用DSP实现直流电动机速度，全部控制程序包括速度PI调节，电流PI调节，PWM控制，主程序进行电机转向的判别-DSP DC motor speed control procedures including full speed PI regulator and current PI regulator, PWM control, the main program for the motor to discriminant
直流电动机双极性可逆PWM程序
- 直流电动机双极性可逆PWM系统，其中电流PI调节控制中，根据转向标志DIRECTION来决定输出极限：正转时，输出范围是0-250，反转时是250-5-DC motor reversible bipolar PWM system, current PI regulator control, according to signs DIRECTION decision to limit exports : being transferred, the output range is 0-250, w
BIGPID
- 用TMS３２０LF２４０７做的一个大型PID调节器，很好用-TMS320LF2407 to do with a large PID regulator, useful
sss
- ds1302温度调节控制，已简单电路搭建液晶显示器，可以显示温度-ds1302 temperature regulator control circuit has a simple structure of liquid crystal displays, can show the temperature
f_556014_32092
- ds1302温度调节控制，已简单电路搭建液晶显示器，可以显示温度-ds1302 temperature regulator control circuit has a simple structure of liquid crystal displays, can show the temperature
DS18B20
- ds1302温度调节控制，已简单电路搭建液晶显示器，可以显示温度-ds1302 temperature regulator control circuit has a simple structure of liquid crystal displays, can show the temperature
spwm
- it is code based on spwm in voltage regulator
pi
- PI调节，用于自动控制方面的电机调节，采用比例积分的方式-PI regulator for the automatic control of the motor, the proportional integration method
PID
- 他是基于DSP F2812的学习版开发，拥有调节PID的作用-He is based on the DSP F2812 learning version of the development, with the role of the PID regulator
3977
- A3977是一个完整的微电机驱动，与内建 翻译。它的设计操作双极步进电机 全，半，季，和第八步的模式，与输出驱动器 35 V和±2.5答：A3977的功能包括一个固定 关断时间电流稳压器，具有操作能力 慢，快或混合衰减模式 -The A3977 is a complete microstepping motor driver, with builtin translator. It is designed to operate bipolar stepper moto
PI-REgular
- 如何进行PI 控制器设计，详细的讲解了数字PI调节器的实现-PI controller design, a detailed explanation of the digital PI regulator
epwm_deadband
- PWM死区宽度设置，和PWM控制电流PI调节-The width of the PWM deadband settings, and PWM control current PI regulator
cur_reg
- PI current regulator
Speed_reg
- SPEED REGULATOR 2407-> 28337
Current_reg
- Current regulator 2407->28335
PID-Examples
- PID的调节实例，有原理图，有程序，供参考 -Examples of the PID regulator, schematics, there are procedures for reference
bldc-pID
- bldc采用霍尔效应传感器通过ecap捕获转速 PWM调节电压 PID闭环调速-bldc using Hall effect sensor PWM voltage regulator PID loop speed control via ecap capture speed
three-phase-PWM-rectifier
- 提出了一种无电流传感器的三相 PWM 整流器控制策略。系统采用双闭环控制，外环 PI 调节器控制直流侧输出电压，内环通过滞环调节器控制有功功率和无功功率，达到单位功率因 数运行的目的。根据整流器的数学模型通过电流重构可获得网侧电流，以实现无电流传感器控制。 仿真实验证明该方案具有良好的控制性能。-In this paper a current sensorless control strategy of three-phase PWM rectifiers is presente
buckbihuan
- TMS320F28035通过PID调节器控制占空比，调节buck电路输出。(TMS320F28035 controls the duty cycle through the PID regulator and regulates the output of the buck circuit.)