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CVAVR_MEGA64
- 以mega64为主控核心,驱动外围共同工作,有max197adc12位.max5453数字电位器.18b20温度传感器.hb128x64液晶.继电器.PWM控制直流电机转速等.全部为原创.-Mega64 for the master to the core of the external drive to work, there max197adc12 bit. Max5453 Digital Potentiometers .18 b20 temperature sensor. Hb128x64
q
- 温度传感器,控制电机转速,c语言程序源代码-温度
temp-motor
- 基于89C51F020系列单片机进行开发,实现使用温度传感器18B20检测温度变化,然后控制直流电机转动,温度越高,电极转速越大,温度降低,转速变低,详细内容见压缩包内说明文档。程序调试通过并在实验箱上仿真成功-MCU-based development 89C51F020 to achieve the use of temperature sensors detect temperature changes 18B20, and then control the DC motor rotati
24
- 利用DS18B20温度传感器+AT89C51控制直流电机转速,-The use of DS18B20 temperature sensor+ AT89C51 control DC motor speed,
wenkongdianshan
- 自动温度控制电扇系统,根据温度控制电机转速,51单片机仿真图和程序。-Automatic temperature control fan system, motor speed according to temperature control, 51 MCU plans and procedures.
55TemperatuerMonitor
- 单片机控制电机转速调节及温度测量报警源程序,绝对精品-Microcomputer control of motor speed regulation and temperature measurement alarm source code is absolutely fine
TemperatureControlOfDCmotorSpeed
- 温度控制直流电机转速 带Proteus仿真-Temperature control of DC motor speed simulation with Proteus
jixiangcewen
- 热敏电阻两点测温,然后控制电机,根据不同的温度控制电机不同的转速!-Two thermistor temperature measurement, and control motor
dc-motor-speed---temperature
- 通过温度控制直流电机的转速。这里主要是在proteus上实现仿真。-By temperature control DC motor speed. This is mainly realized in the proteus simulation.
Temprature-Control
- 基于PIC16F877的温度控制系统,温度高于0°,增加电机转速,低于0°减少电机转速,PWM调速-The temperature control system based on PIC16F877, temperature higher than 0 °, increase the motor speed, lower than 0 ° reduce motor speed, PWM speed
temperature-control-design
- 基于51单片机的温度控制直流电机转速的设计 内含protues原理图及源程序-51 Microcontroller based DC motor speed temperature control design schematics and source code contains protues
BLCD
- 无叶电机 方案,可识别电机异常,过载,输入电源异常等,并在故障发生后进行相应的保护。如果可能,还可在异常恢复后,重新恢复工作。同时,还可增加红外遥控,数码管显示,液晶显示等人机交互界面。可实现自然风,定时功能,预约,智能控制等功能。 主要应用的无叶风扇参数: 输入电压:220AC 电机:310VDC,8200RPM,45W、直流无刷无传感器控制方案 为精确控制电机转速,通常需要在直流无刷电机上增加位置传感器(例如:霍尔传感器)。控制器根据传感的信号,进行相应的控制
Temperature-control-of-DC-motor
- 利用温度采集到的数据 显示在液晶上 并控制电机转速-Temperature data collected is displayed on the LCD and control the motor speed
Temperature-control-speed
- 实现了基于温度控制电机转速的控制,在工业中可能会有广泛的应用。-Implemented based on the temperature control of motor speed control, there may be a wide range of applications in industry.
main
- 采用两个温度传感器采集不同地方的两个温度,根据两个温度传感器的温度差进行比较确定电机旋转方向(正转或反转),并自动控制电机转速,温度差越高速度越快。电机调速采用PWM方式,并需要采集电机速度实现闭环控制,并将温度和电机速度通过液晶显示器显示出来。-Using two temperature sensors collect two temperatures in different places, were compared to determine motor rotation directio
Temperature-control-motor-speed
- 这是一个基于C51单片机的温度控制电机转速的c语言程序。基于PWM的占空比来进行房山的转速,传感器采用DS18B20-Temperature control motor speed
温控风扇
- 通过温度传感器控制电机转速,也可以用遥控器控制电机转速。显示屏显示pwm的占空比。(The motor speed is controlled by a temperature sensor, and the motor speed can also be controlled by a remote controller. The display screen shows the duty cycle of the pwm.)
电综程序
- stc12c5a60s2芯片通过ds18b20测量温度值并通过数码管显示。同时根据温度值改变pwm波控制直流电机转速(The stc12c5a60s2 chip was measured by ds18b20 and displayed through a digital tube. At the same time, the PWM wave control dc motor speed is controlled according to the temperature value)
work
- 对不同温度进行云模型定性推理后达到控制电机转速的目的 给定条件如下: 1. 如果温度为冷(cold),那么电机停止转动(stop) 2. 如果温度为低(cool),那么电机慢速转动(slow) 3. 如果温度为适宜(just right),那么电机中速转动(medium) 4. 如果温度为暖(warm),那么电机快速转动(fast) 5. 如果温度为热(hot),那么电机飞速转动(blast)(The purpose of controlling motor speed after
温度风扇
- 能够通过环境温度控制电机的转速进而形成对风扇的控制(The speed of the motor can be controlled by the ambient temperature)