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[SCM] temp_finish

Description: MSP430开发的使用PID算法温度控制程序 本程序通过485总线与上位机通信发送和接受命令，并自动通过PID算法控制温控板的温度加热到37度或制冷到16度，是我工作后完成的第一个工程项目-MSP430 development of the use of PID algorithm temperature control procedures of this procedure with the host computer 485 communication send and receive orders, and automatically, through PID temperature control algorithm to control the temperature of plate heated to 37 degrees or cooling to 16 degrees, after the completion of my work The first project
Platform: | Size: 228352 | Author: | Hits:

[Other] 1

Description: 带搅拌釜式反应器是一种最为常见，具有代表性的反应器，广泛的应用于化工生产的各个领域。带搅拌釜式反应器有一些非常重要的过程参数，如：反应压力、反应温度、冷却水阀流量等等。对于这些参数的控制至关重要，它们不但决定着产品的质量和生产的效率，也很大程度上决定了生产过程的安全性。由于非线性和温度滞后等很多因素，使得常规方法对釜式反应器的控制效果不是很理想。本文以带搅拌釜式反应器的工业生产过程作为被控对象，结合模糊 PID 控制、变比值控制、串级控制、前馈控制等多种控制方式，设计了一套基于西门子 PCS7 的自动化控制系统。-With stirred tank reactor is one of the most common reactor representative, widely used in various areas of chemical production. With stirred tank reactor have some very important process parameters, such as: reaction pressure, reaction temperature, cooling flow valve and so on. For the control of these parameters is essential that they not only determine the product quality and production efficiency, but also to a large extent determines the safety of the production process. Non-linear and as a result of many factors such as temperature lag, the conventional method of autoclave reactor control is not very satisfactory results. Of this article with a stirred tank reactor as the process of industrial production plant, combined with fuzzy PID control, variable ratio control, cascade control, feedforward control and other control methods, design a set of automation based on Siemens PCS7 control system .
Platform: | Size: 265216 | Author: 王炳文 | Hits:

[CSharp] AVRTemperatureControlSystem

Description: 基于 AVR 单片机的水温自动控制系统 摘要: 本系统以 ATMEGA16 单片机作为系统的检测和控制核心，采用温度传感器 AD590实现0—100℃温度范围内的实时温度采集，通过双向可控硅 BT136 控制电热杯对系统进行加热，利用继电器控制半导体制冷片对系统进行散热。通过一线键盘实现对任意温度值进行设定并对模糊 PID 参数的调整，液晶 LCD1602 实时更新显示当前温度测量值与键盘设定温度值。利用模糊 PID 算法，通过调功法对水温系统进行控制,实现在 0—100℃范围内任意设定温度值，静态误差小于±0.5℃。 关键词： AVR 单片机 水温自动控制 模糊 PID 算法 -AVR Microcontroller Based Temperature Control System Abstract: This system ATMEGA16 microcontroller as the core monitoring and control system using the temperature sensor AD590 0-100 ℃ temperature range to achieve real-time temperature acquisition, through triac BT136 control system for electric heating cup, using relay control system for semiconductor cooling heat tablet. Achieved through the keyboard line value for any temperature setting and adjustment of fuzzy PID parameters, real-time updates LCD1602 LCD displays the current temperature measurements and the keyboard set temperature. Fuzzy PID algorithm, the system transfer function method of temperature control, to achieve the 0-100 ℃ adjustable set temperature, the static error is less than ± 0.5 ℃. Keywords: AVR microcontroller water temperature control fuzzy PID algorithm
Platform: | Size: 135168 | Author: zhoupinneng | Hits:

[Documents] TemperatureControlSystem

Description: 本系统严格按照题中所定参数及要求，构建了一个以MSP430单片机为控制核心的温度自动控制系统。该系统用PSB型负温热敏电阻作为温度传感器，以一种类R-F的方法测量木盒内实时温度，单片机用实时温度与预设温度值一起代入PID算式得出一个温度增量，再用此温度增量线性的控制PWM波的占空比，开关电源的输出电压也会随之变化，即制冷晶片的输入功率发生变化，因此制冷晶片制冷（加热）的功率随PWM波占空比变化，达到自动控温的目的。本系统制冷（加热）效果明显，效率高，界面友好，制作精致，能够胜任题中所定各项要求。-Question in strict accordance with the system parameters and requirements set out to construct a MSP430 microcontroller to control the core temperature control system. The system with the PSB-type negative thermal sensitive resistors as temperature sensors, the method in a class of RF real-time measurement of temperature inside the wooden box, single chip with real-time temperature and the preset temperature value into the PID formula come together on behalf of a temperature increase, then this temperature increment linear wave PWM duty cycle control, switching power supply output voltage will change, that is cooling the chip input power changes, so cooling the chip cooling (heating) power with the PWM duty cycle changes in wave to achieve the purpose of automatic temperature control. The system cooling (heating) effect is obvious, efficient, friendly interface, making sophisticated, capable of the requirements set out in the title.
Platform: | Size: 316416 | Author: 康倩 | Hits:

[SCM] golobal_embody_name

Description: PID 自动控温实用例程,请大家参考，希望有点帮助-PID automatically contorlling heating and cooling
Platform: | Size: 2048 | Author: lhq | Hits:

[Other Embeded program] Bipolar-pid-integer-

Description: 双极性pid 单极性就是输出只有整数没有负数，双极性有负数，比如一个温度控制系统，只有加热或者只有制冷，这就是单极性，又有加热也有制冷这就是双极性-Bipolar pid integer not only unipolar output is negative, bipolar have a negative, such as a temperature control system, only heating or only cooling, which is unipolar, there are also cooling heating that is bipolar
Platform: | Size: 242688 | Author: johu | Hits:

[SCM] tempe_pid

Description: 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。 -Temperature control system based on PID algorithm 89C51 microcontroller, through keyboard input default value compared with the the DS18B20 measured actual value, and then drives the cooling or heating circuits. Keil C language to implement the PID control.
Platform: | Size: 719872 | Author: 小周 | Hits:

[Other] moto

Description: 可实现电机PID控制，应用于发动机冷却水温度控制，双闭环-Motor PID control, and applied to the engine cooling water temperature control, dual closed loop
Platform: | Size: 4096 | Author: 祝顺 | Hits:

[SCM] PID-temperature-control-algorithm

Description: 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 DS18B20 measured, and then drive the cooling or heating circuit. Use keil C language to realize the PID control.
Platform: | Size: 10240 | Author: 无敌县令 | Hits:

[assembly language] PID-algorithm

Description: 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-89C51 microcontroller, through keyboard input defaults, and DS18B20 measured to compare the actual values​ ​ , and then driven cooling or heating circuit
Platform: | Size: 10240 | Author: 谢志成 | Hits:

[Linux-Unix] pid

Description: pid.c PID controller for testing cooling devices.
Platform: | Size: 3072 | Author: yicira | Hits:

[Linux-Unix] pid

Description: pid.c PID controller for testing cooling devices.
Platform: | Size: 4096 | Author: kiksxei | Hits:

[SCM] shuiwenkongzhi

Description: 为了实现水温控制系统的设计要求，通过对各模块电路方案的比较及论证，最后确定了这种以STC89C52单片机为核心的硬件电路，选用DS18B20温度传感器测量水温，该传感器分辨温度可达0.0625℃，750ms数字转换，采用单总线连接，测量精度高，转换时间快，就有极强抗干扰纠错能力，在加上PID算法的精确控制，其精度足以满足题目要求。显示模块采用12864点阵液晶，并行接口，编程容易，美观大方，可实现水温及其随时间变化的实时曲线的显示功能。除单片机可实现的恒值自动控制外，该系统还可通过键盘设定水温，在短时间内迅速加热或制冷。本系统实现了对一升水的温度控制，即在10℃—70℃量程范围内对每一点温度的自动控制以保持设定的温度基本不变。-In order to achieve the design requirements for water temperature control system, by comparing each module circuit programs and feasibility studies, finalized this to STC89C52 microcontroller core hardware circuit, the choice of DS18B20 temperature sensors measure temperature, the temperature sensor resolution up to 0.0625 ℃, 750ms to-digital converter, a single bus connection, high accuracy, fast conversion time, there is a strong anti-interference correction capability, coupled with precise control PID algorithm, its accuracy is sufficient to meet the subject requirements. 12864 dot matrix LCD display module, a parallel interface, easy programming, nice, can achieve real-time curve temperature and changes with time display function. In addition to the constant microcontroller can achieve automatic control, the system can also set the temperature via the keyboard, the rapid heating or cooling in a short time. The system realizes the temperature control of a premium, that is, within 10
Platform: | Size: 90112 | Author: dina | Hits:

[Linux-Unix] pid

Description: pid.c PID controller for testing cooling devices.
Platform: | Size: 2048 | Author: xuijhkue | Hits:

[SCM] CoolingFan2

Description: 车用燃料电池散热风扇控制程序，采样PID算法。-Cooling fan control program
Platform: | Size: 2319360 | Author: tanmingsheng | Hits:

[Software Engineering] labveiw-handbook-PID

Description: Currently, the Proportional-Integral-Derivative (PID) algorithmis the most common control algorithm used in dustry. Often, people use PID to control processes that include heating and cooling systems, fluid level monitoring, flow control, and pressure control. In PID control, you must specify a process variable and a setpoint. The process variable is the system parameter you want to control, such as temperature, pressure, or flow rate, and the setpoint is the desired value for the parameter you are controlling. A PID controller determines a controller output value, such as the heater power or valve position. The controller applies the controller output value to the system, which in turn drives the process variable toward the setpoint value.-Currently, the Proportional-Integral-Derivative (PID) algorithmis the most common control algorithm used in industry. Often, people use PID to control processes that include heating and cooling systems, fluid level monitoring, flow control, and pressure control. In PID control, you must specify a process variable and a setpoint. The process variable is the system parameter you want to control, such as temperature, pressure, or flow rate, and the setpoint is the desired value for the parameter you are controlling. A PID controller determines a controller output value, such as the heater power or valve position. The controller applies the controller output value to the system, which in turn drives the process variable toward the setpoint value.
Platform: | Size: 1332224 | Author: zzz | Hits:

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