Search - temperature control in pid

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[Other resource] 分段积分的PID算法 DL : 0: 分段积分的PID算法在温度控制系统中的应用-subparagraph integral PID algorithm in the temperature control system of
Update : 2008-10-13 Size : 91.94kb Publisher : 杨久敏
[Data structs] PIDPROGRAM DL : 0: 用tubro C写的PID算法，该算法常用于温度控制等时延性控制系统-used to write the PID algorithm commonly used in the temperature control system control delay
Update : 2025-02-17 Size : 2kb Publisher : yea
[Other Embeded program] 分段积分的PID算法 DL : 0: 分段积分的PID算法在温度控制系统中的应用-subparagraph integral PID algorithm in the temperature control system of
Update : 2025-02-17 Size : 92kb Publisher : 杨久敏
[SCM] gswang DL : 0: 基于zigbee的温度控制模块开发，通过它可以粗略的了解无线通信产片的开发流程 -based on the temperature control module development, it can rough understanding of wireless communications in the film development process
Update : 2025-02-17 Size : 174kb Publisher : 王国松
[Embeded-SCM Develop] PID-C20070301 DL : 0: 工业控制中常用的PID算法C编写的，简单更改后可以移植到其他系统中，非常有用-industrial control PID algorithm commonly used in the preparation of the C, simple changes can be transferred to other systems, very useful
Update : 2025-02-17 Size : 1kb Publisher : jgw
[SCM] zxcvbnm DL : 0: 为了实现高精度的水温控制，本文介绍了一种以SPCE061A单片机为控制核心、以PID算法控制以及PID参数整定相结合的控制方法来实现的水温控制系统-In order to realize high-precision temperature control, This paper introduces a single-chip microcomputer to control the core SPCE061A to PID algorithm PID control and PID control of a combination of methods to realize the temperature control system
Update : 2025-02-17 Size : 399kb Publisher : 陆志平
[matlab] SmithPIDcontrol DL : 0: 带simth补偿的pid控制器主要用于纯滞后系统的pid温度控制，属于改进型的pid控制器。本simulink仿真为毕业设计内容，运行效果良好。本例设定温度200度，参数之类可以根据需要自由修改-Smith compensation with pid controller mainly used for pure delay systems pid temperature control, are improved pid controller. The simulink simulation content for the graduation project, run well. In this case temperature of 200 degrees, like the parameters can be modified according to need freedom
Update : 2025-02-17 Size : 6kb Publisher : 李婷
[SCM] Text2 DL : 0: 温度测控在日常生活、工业生产工程各领域均具有广阔的应用前景。目前我国各类实际温度控制系统中主要以传统控制方式为主，其控制效果不够理想。本课题将模糊控制与PID 控制结合，研制出一种具有较好跟踪速度和鲁棒性的控制系统，为工业控制提供一种新的技术储备，具有较高的应用价值。-Temperature measurement and control in our daily life and industrial production engineering in various fields have wide application prospect. At present, China all kinds of practical temperature control system mainly in the traditional control-oriented, and its control effect less than ideal. The topic of fuzzy control and PID control with the development of a good tracking speed and robustness of control systems for industrial control to provide a new technical reserves, has a higher application value.
Update : 2025-02-17 Size : 3kb Publisher :
[Embeded-SCM Develop] pic DL : 1: 此代码位PIC单片机的PID控温程序，以及一些控制操作-This code-bit PIC MCU PID temperature control procedures, as well as some control operations
Update : 2025-02-17 Size : 5kb Publisher : jianghuan
[SCM] water_temp_control DL : 0: 用PID算法控制一个加热装置烧水（有传感器测量水温），保证水温在设置值左右波动 -PID control algorithm using a heating device to boil water (water temperature sensor has), to ensure that the water temperature fluctuations in the set value of about
Update : 2025-02-17 Size : 66kb Publisher : 贝贝
[Software Engineering] wenduPIDkongzhi DL : 0: 在实验的基础上确定了温箱系统温度的数学模型, 用P ID 控制方法对温箱温度控制, 由于 P ID 控制不能同时满足较小的超调量和较短的调节时间的要求, 为此必须采用其它先进的控制策略, 选择预测控制获得较满意的结果. 并用MA TLAB 对设计的P ID 控制和预测控制分别进行了仿真和比较, 结果表明预测控制在本系统中比P ID 控制更理想.-In the experiment based on a warm box system temperature of the mathematical model, using P ID control box temperature control of temperature, because of P ID control at the same time should not meet the smaller overshoot and shorter settling time requirements, for which must use other advanced control strategies, prediction control to choose a more satisfactory results. and MA TLAB design of P ID control and predictive control, respectively, and compare simulation results show that the predictive control in this system than the P ID control better .
Update : 2025-02-17 Size : 270kb Publisher : hongwei
[Embeded-SCM Develop] 00005 DL : 0: 模糊PID在电阻炉温度控制系统中的应用。提出了FUZZY-PID控制器，设计控制器的控制算法，并进行了仿真实验-Fuzzy PID in the resistance furnace temperature control system. Put forward a FUZZY-PID controller, the control algorithm controller design and simulation experiments
Update : 2025-02-17 Size : 70kb Publisher : 李莉
[Technology Management] MCS-51 DL : 0: 本文从硬件和软件两方面介绍了MCS-51单片机温度控制系统的设计思路，对硬件原理图和程序框图作了简捷的描述。-In this paper, both hardware and software introduced the MCS-51 single-chip temperature control system design, hardware and procedures schematic diagram made a simple description.
Update : 2025-02-17 Size : 126kb Publisher : yehailong
[Software Engineering] Electricboilertemperaturecontrollerdesign DL : 0: 摘要】本文介绍了以AT89S51单片机为核心的温度控制器的设计,在该设计中采用高精度的温度传感器AD590对电热锅炉的温度进行实时精确测量,用超低温漂移高精度运算放大器OP07将温度-电压信号进行放大,再送入12位的AD574A进行A\D转换,从而实现自动检测,实时显示及越限报警。控制部分采用PID算法,实时更新PWM控制输出参数,控制可控硅的通断时间,最终实现对炉温的高精度控制。【关键词】水温控制系统 PID控制单片机温度控制是工业生产过程中经常遇到的过程控制,有些工艺过程对其温度的控制效果直接影响着产品的质量,因而设计一种较为理想的温度控制系统是非常有价值的。一系统设计方案的论证与比较根据题目要求,电热锅炉温度控制系统由核心处理模块、温度采集模块、键盘显示模块、及控制执行模块等组成。-Abstract This paper introduces the single-chip AT89S51 temperature controller at the core of the design, in the design of high-precision temperature sensor AD590 temperature of the heating boiler accurate measurement of real-time, using ultra-low temperature drift, high-precision operational amplifier OP07 temperature Part of the use of PID control algorithms, real-time PWM control output parameter update and control the on-off Thyristor time, finally achieve the high-precision control of temperature. 【Key Words】 temperature control system PID control of single-chip Temperature control is the process of industrial production often encountered in process control, and some of its process control temperature of a direct impact on the quality of the product and thus more desirable to design a temperature control system is very valuable. 1 System design of the demonstration and comparison programs According to the subject requirements, electric boiler temperature control syste
Update : 2025-02-17 Size : 220kb Publisher : 杨隆
[Other] FIZZY-PID-APPLICATION DL : 0: 基于模糊PID参数自整定的温度系统控制方法，为一个较新的硕士论文，于应用还是理论研究作用较大-Parameters based on fuzzy self-tuning PID temperature control system for a relatively new master s thesis, the role of theory in the application or higher
Update : 2025-02-17 Size : 200kb Publisher : Danny
[SCM] tempreturecontrol DL : 0: Temperature control system improved PID algorithm Proteus MATLAB simulation Avr mega16L MCU and using 1602 to display the temprature-Temperature control system improved PID algorithm Proteus MATLAB simulation Avr mega16L MCU and using 1602 to display the temprature
Update : 2025-02-17 Size : 329kb Publisher : chenjian
[SCM] temperature-control DL : 0: 温度控制是许多机器的重要的构成部分。它的功能是将温度控制在所需要的温度范围内，然后进行工件的加工与处理。PID控制系统是得到广泛应用的控制方法之一。在本文中，将详细讲叙本套系统。-Temperature control is important in many machine components. Its function is to control the temperature in the temperature range required, then the machining and processing. PID control system is widely used control methods. In this article, spoke of the sets of the system in detail.
Update : 2025-02-17 Size : 2kb Publisher : 珊瑚礁
[JSP] PID--xert DL : 0: 例举一个温度控制中的PID部分来阐明PID的工作原理-Exemplified by a temperature control in the PID part to illustrate the working principle of the PID
Update : 2025-02-17 Size : 163kb Publisher : 林振威
[SCM] temperature-control-PID DL : 1: 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
Update : 2025-02-17 Size : 702kb Publisher : 冰儿
[Software Engineering] labveiw-handbook-PID DL : 0: 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.
Update : 2025-02-17 Size : 1.27mb Publisher : zzz

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