搜索资源列表
PWM-PID-motor
- 运用PID调节器,实现直流电机在带动负载的情况下也能稳定的运行。运用A/D转换芯片将滑动变阻器的模拟电压转换为数字量作为控制直流电机速度的给定值;用压控振荡器模拟直流电机的运行(电压高-转速高-脉冲多),单片机在单位时间内对脉冲计数作为电机速度的检测值;应用数字PID模型作单片机控制编程,其中P、I、D参数可按键输入并用LED数码显示;单片机PWM调宽输出作为输出值,开关驱动、电子滤波控制模拟电机(压控振荡器)实现对直流电机的PID调压调速功能。-Use of the PID controlle
MCU-pid
- 基于MCS-51单片机的温控PID算法,包含全部程序-MCS-51 microcontroller-based temperature control PID algorithm, including all program
PID-control-of-regulated-DC-power
- PID算法控制的直流稳压电源,其硬件为51单片机。-PID algorithm control of regulated DC power supply
PID-DC-motor-control
- mega16单片机控制的直流电机调速系统。-mega16 microcontroller to control the DC motor speed control system.
PID-motor-control-system
- 基于51单片机的PID电机控制系统,已调试成功!-PID motor control system
Incremental-PID-algorithm
- 增量式PID算法,单片机C51写的程序是增量式的可以借以参考-Incremental PID algorithm
PID
- PID控制直流电机自动调速,带KEIL4工程,下载后可直接使用。单片机型号为STC2C5A60S2-The PID control DC motor automatic speed control, with KEIL4 engineering can be used directly after downloading. The MCU model for STC2C5A60S2
PID
- 基于MSP430单片机的PID算法,可以帮助我们快速准确的控制参数。-PID algorithm based on MSP430 microcontroller, can help us to quickly and accurately control parameters.
pid
- 伺服控制PID改进算法 经典控制算法单片机C语言源程序-PID servo control algorithm for the classical control algorithms to improve C-source SCM
PID
- PID控制算法实现 基于飞思卡尔XS单片机-PID
pid
- 在使用单片机作为控制cpu时,请稍作简化,具体的PID参数必须由具体对象通过实验确定-Microcontroller as control cpu, some simplification, the PID parameters must be experimentally determined by the specific object
PID
- 单片机通过PWM输出供电,驱动3个串联电阻,其中50K是一个电位器,人为不断的旋动电位器,来模拟负载无规律的变化。 目标要求:100uF电容两端的电压不受负载的影响,即ADC读数要求稳定在100左右。 大概的输出电压mV = 5000mV * ADC读数 / 255 调整 P、I、D 这三个系数,还有调整间隔检测时间,即可调整负载电压的稳定度和皱纹度。 -单片机通过PWM输出供电,驱动3个串联电阻,其中50K是一个电位器,人为不断的旋动电位器,来模拟负载无规律的变化。 目标要
PID-temperature-control-algorithm
- 基于PID算法的温度控制系统 89C51单片机,通过键盘输入预设值,与DS18B20测得的实际值做比较,然后驱动制冷或加热电路。用keil C语言来实现PID的控制。 -PID algorithm based on the 89C51 microcontroller temperature control system, through the keyboard input default value, compared with the actual value of the DS1
PID
- 基于单片机的PID算法控制,可以应用于各方面的工业控制,简单且高效。-Microcontroller-based PID control algorithm can be applied to all aspects of industrial control, simple and efficient.
PID
- 比较典型的PID处理程序,在使用单片机作为控制cpu时,请稍作简化,具体的PID参数必须由具体对象通过实验确定。由于单片机的处理速度和ram资源的限制,一般不采用浮点数运算,而将所有参数全部用整数,运算-Typical PID handler, use the microcontroller as control cpu, some simplification, the the specific PID parameters must be experimentally determined
temperature-control-PID
- 温度控制的PID算法的C语言程序,51系列单片机上调试过-PID temperature control algorithm in C language program
PIC-@@-PID
- 基于PIC单片机的PID算法在温度控制器中的设计,含有Matlab程序-Based on the design of the PIC microcontroller PID algorithm temperature controller, containing Matlab program
PID
- 此资料是有关于PID算法在控制领域的应用,特别是用单片机对一些目标进行稳态控制油指导作用-This information is about the application of PID algorithm in the field of control, especially for steady-state control oil guide for some targets with SCM
furry-PID
- 用51单片机实现的模糊PID控制,主要实现电炉的加热控制,另附有protues仿真与程序,仅供参考-MCU with 51 fuzzy PID control, the main furnace heating control, attached with protues simulation and procedures for reference
PID-temperature-control-based-on-51
- 用51单片机实现电阻炉的水温控制系统,将温度稳定到设定的温度,并每隔五秒将实时温度值通过串口发送给电脑(外围器件为光+可控硅)-MCU with 51 resistance furnace temperature control system, the temperature was stabilized to the set temperature and real temperature value every five seconds will send to the computer t