Description: 用C51编的温度控制的PID算法适用性强方便移植-with C51 series of PID temperature control algorithm to facilitate transplantation 3DMECAD Platform: |
Size: 192512 |
Author:高峰 |
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Description: 恒温控制单片机系统C程序,对系统的温度进行采集,然后进行PID运算后控制输出,保持恒温状态-thermostat control procedures SCM System C, the temperature of the system for the collection, then PID algorithms to control the output to maintain constant temperature condition Platform: |
Size: 2048 |
Author:朱 |
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Description: C语言的，单片机做温度控制的小系统程序，含PID算法-C language, so SCM small temperature control system procedures, including PID algorithm Platform: |
Size: 7168 |
Author: |
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Description: 温度控制系统的C程序，采用PID控制。测试单片机为AT89C51-temperature control system of C procedures, using PID control. Testing microcontroller AT89C51 Platform: |
Size: 5120 |
Author:笑三少 |
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Description: 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 Platform: |
Size: 1024 |
Author:jgw |
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Description: 基于PID算法的C语言源程序
性能良好，算法较优，简单易懂。-PID algorithm based on C language source code of good performance, algorithms better, easy-to-read. Platform: |
Size: 2048 |
Author:suyanxia |
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Description: 单片机控制锅炉温度，控制算法是比例微分积分控制（PID算法）-Single-chip microcomputer to control the boiler temperature control algorithm is proportional integral differential control (PID algorithm) Platform: |
Size: 194560 |
Author:liuqi |
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Description: 用 89C51单片机系统进行温度实时采集与控制是本设计的主要 内容。本设计介绍的
单片机 温度 自动控制系统的主要 内容包括：系统方案、理论分析、硬件设计、系统调试及
主要技术性能参数。 -89C51 single-chip microcomputer system with real-time acquisition and control of temperature is the main contents of the design. The introduction of the single-chip design of automatic temperature control systems include: system program, theoretical analysis, hardware design, system debugging and main technical performance parameters. Platform: |
Size: 209920 |
Author:gunqiu |
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Description: 该源代码为基于AVR单片机的温度加热控制系统的源程序。测温采用的的是热敏电阻，加热控制采用的是PID算法。另：编译器我用的是CVAVR 版本号是1.25.7a-The source code for AVR-based single-chip temperature heating control system of the source. Temperature measurement is used in thermistor, heating control PID algorithm is used. The other: the compiler I use is CVAVR version 1.25.7a Platform: |
Size: 7168 |
Author:刘东 |
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Description: pid算法的详细解释，及实际应用，以实现温控为实例-pid algorithm explained in detail, and the practical application in order to achieve temperature control as an example Platform: |
Size: 166912 |
Author:刘成华 |
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Description: 用于温度控制的PID程序，用c语言编写而成，在试验应用中比较可靠，已经调试过-PID temperature control for the procedure, by using c language, the application of the test more reliable, has been testing Platform: |
Size: 9216 |
Author:nick |
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Description: PID算法温控C语言程序设计，一个非常有用且简单的C语言程序-PID temperature control algorithm for C language programming, a very useful and simple C language program Platform: |
Size: 6144 |
Author:黄琳 |
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Description: 51系列单片机用PID控制算法实现温度控制-51 Series single-chip microcomputer with PID temperature control algorithm Platform: |
Size: 3072 |
Author:bill |
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Description: 电烤箱作为一种重要的生产工具广泛的应用于工业生产和食品加工等领域。电烤箱的温度是生产工艺的一项重要指标，对温度的控制性能在很大程度上决定了产品的质量和生产效率。
系统以P89V51RD2单片机为核心，实现了温度采集、PID控制、人机对话以及定时等功能。由于干扰和实际噪声的存在，在采样过程当中会出现采样信号与实际信号存在偏差的现象，为了减小这方面原因造成的测量误差，系统采用了16次采样取平均值的方式对采样值进行平滑滤波，再对滤波值查表就得到了实际的温度值。在控制方面采用PID控制，温度控制具有滞后性、惯性等特点，PID运算中的积分项可以消除稳态误差，而微分项有很强的预见性，能够加快反应速度，减小超调量，使系统稳定性提高。系统通过将设定温度、当前温度、历史偏差进行PID运算产生fout输出参数，通过该参数控制加热时间，从而调节加热器的平均功率。人机对话方面，为了减少资源占用，系统的每个键都具有第二功能，通过数码管可以显示定时时间以及实时的温度值，定时时间到蜂鸣器蜂鸣提示。
-Oven as an important production tool widely used in industrial production and food processing and other fields. Oven temperature is an important indicator of the production process, for the temperature control performance to a large extent determine the product quality and production efficiency.
System P89V51RD2 microcontroller as its core achieved a temperature acquisition, PID control, human-machine dialogue, and timing functions. Due to noise interference and the actual existence of which occur in the sampling process sampling signal and the actual signal biased phenomenon, caused in this regard in order to reduce measurement error, the system uses 16 sub-samples averaging method of sampling values smoothing filter, then the value of the filter look-up table to get the actual temperature. In the control using PID control, temperature control with a lag, inertia and other characteristics, PID operation in the integral term steady-state error can be eliminated, while the differentia Platform: |
Size: 2048 |
Author:格芯电子 |
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Description: 温度控制的PID算法的c语言程序，通过pid算法控制输出的开端时间比。-PID temperature control algorithm c language program, pid algorithm by the beginning of time than control output. Platform: |
Size: 1024 |
Author:张嵩 |
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Search - Temperature PID c