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phaseequilibrium
- 闪蒸计算 水在一定压力下加热到一定温度,然后注入下级压力较低的容器中,突然扩容使部分水汽化为蒸汽的过程。多个这样的过程组成的系统称“多级闪蒸(multi-stage flash distillation) -gas phase calculation
TCTL
- 实时水流加热,可控水温的温度,经过水流量来精确控温无过冲热,温控精度高-heat flow watter!
a-thermostated-container
- 使用DS18B20温度传感器设计温控系统 功能要求:1.在前三个数码管上显示当前采集到的环境温度 2.在环境温度低于27,蜂鸣器慢滴报警,并且P1.O口放光二极管闪烁(模拟开启制热设备) 当温度低于25度,快滴,并且P1.0和P1.1口发光二极管一起闪烁(模拟大功率加热) 3.当温度高于30度,蜂鸣器慢滴报警,并且P1.2口放光二极管闪烁(模拟开启制冷设备? 当温度高于32度,快滴,并且P1.2和P1.3口发光二极管一起闪烁(模拟大功率制冷)-Use
123456666
- 51,ds1302时钟模块,ds18b20模块,在lcd12864上显示时间温度,并可以控制加热和制冷,包含仿真图-51, ds1302 clock module, ds18b20 module, display time temperature on lcd12864, and can control heating and cooling, including simulation map
PID恒温控制器
- 制作一个简易的恒温控制器学习PID。 使用到ds18b20 5V加热器(TB有卖) 场效应管IRF 640N用于开通和关断加热器。 设置预设值,通过PID不断矫正加热器输出,达到预设温度(we made a simple pid controler based on 51 in order to learn pid theory.they can control temperature to get a stable figure.)
15F104W
- 采用15wf104w作为主控芯片实现过零比较,控制热水器加热温度。(15wf104w is adopted as the main control chip to realize zero crossing comparison, and the heating temperature of the water heater is controlled.)
电加热_V14
- 通过PID调节控制晶闸管导通角实现精确控制加热温度的控制器(A controller for accurately controlling the heating temperature is realized by regulating the turn-on angle of the thyristor by PID)
4压机控制系统
- 就可以了吗他咯意思1哦原来隆基还叫我卡拉克西(ggbkgssdfgynhvvvfcjvivo)
PID加热控制系统
- 用于西门子PLC实现加热控制,实现温度稳定可控。(SIEMENS PLC for heating control, to achieve stable and controllable temperature.)
MCU1129
- 使用ht66f018驱动ht1621显示lcd。控制继电器加热,然后测量显示温度,(Through the Gpio to control heater, then drive the ht1621 to display the temputer on the LCD.)
wendulcd
- 基于arduino的温度加热程序,LCD显示(Temperature heating program based on Arduino)
PID_Temperature
- STM32 PID 恒温控制系统,通过继电器控制加热器工作,实现不同流量情况下水箱温度的恒温控制(The constant temperature control system of STM32 PID is controlled by relay to control the heater to realize the constant temperature control of the temperature of the water tank under different flow c
stress_45
- 用于激光焊接实验模拟温度场,可以直接复制使用(Temperature field simulation for laser welding experiment)