搜索资源列表
FanCpuInfo
- SuperIO对应CPU和系统温度的主板风扇转速读写控制程序。-SuperIO CPU and system temperature corresponding to the motherboard fan speed control program to read and write.
FanSpeed
- this a program that control fan speed of dc motor using a pic microcontroller-this is a program that control fan speed of dc motor using a pic microcontroller
FFanSpeed2
- this a program that control fan speed of dc motor using a pic microcontroller-this is a program that control fan speed of dc motor using a pic microcontroller
FanSpeed3
- this a program that control fan speed of dc motor using a pic microcontroller-this is a program that control fan speed of dc motor using a pic microcontroller
FanSpeed4
- this a program that control fan speed of dc motor using a pic microcontroller-this is a program that control fan speed of dc motor using a pic microcontroller
FanSpeed5
- this a program that control fan speed of dc motor using a pic microcontroller-this is a program that control fan speed of dc motor using a pic microcontroller
FanCpuInfo
- SuperIO对应CPU和系统温度的主板风扇转速读写控制程序。-SuperIO CPU and system temperature corresponding to the motherboard fan speed control program to read and write.
MPPT_on_SMCONTROL
- 利用滑模变控制去实现风机的最大功率跟踪。基本原理是控制tip-speed ratio-The use of Sliding Mode Variable fan control to achieve maximum power tracking. The basic principle is to control the tip-speed ratio
Fan Control
- Control fan speed by ntc & pwm
遥控延时自动感应pwm版
- 能用遥控器开关开启风扇并检测温度调节风扇转速(The fan can be turned on with the remote control switch, and the temperature is adjusted and the fan speed is adjusted)
17电设校选
- 该系统为一个帆板控制系统，通过对风扇转速的控制，通过调节风力大小达到改变帆板角度的目的。本系统以AT89C52单片机作为系统的核心控制芯片，利用ADXL345 三轴加速度传感器来的采集、处理帆板角度，选用中速轴流风机电机作为风扇的制动源，系统显示采用LCD12864液晶，用于实时显示帆板的角度大小。 对于关键的电机驱动电路，经过充分的比较与论证，最终选用驱动模块L298N，通过单片机输出PWM脉冲，更好地实现了电机的调速；并且加入PID控制，实现了控制角度的优化。最后经过多次测试表明，系统完全
Dual Mode Obstacle Detection Robot
- above document is a source code for home automation system using pic16f877a. in the code when motion is detected the home light will turn on and the speed of home fan is control by using temperature
65-18b20温控风扇
- 本系统就是充分利用了8051芯片的I/O引脚。系统以采用MCS-51系列单片机89c51为中心器件来设计简易温控风扇系统，实现了能根据设置的上下限温度，来启动风扇的工作与停止，低于设置的下限温度，风扇不工作，在上限与下限之间风扇以50%的转速工作，温度高于上限，风扇全速工作。(This system is to make full use of the I/O pin of the 8051 chip. The system uses MCS-51 series microcontroller
Fan Control
- s7200控制西门子V20变频器控制风机，可根据风压控制，或者手动选择速度。(S7200 control SIEMENS V20 inverter control fan, can be controlled by wind pressure, or manually select speed.)
TCEF
- 以stc12c5a60s2单片机为控制中心，通过温度传感器采集温度数据，由单片机处理后调节风扇速度。风扇有手动调节模式和温度调节模式。(Taking STC12C5A60S2 microcontroller as control center, temperature data is collected through temperature sensor, and then speed is adjusted by MCU. The fan has manual adjustment mode
10ats散热器
- 控制电子风扇，实现水冷器智能控制，达到节能PID调速控制原理(Control the electronic fan, realize the intelligent control of water cooler, achieve the energy saving PID speed control principle)