Description: 温度告警系统，使用msp430控制芯片，对温度实行管理，如温度出现异常，则使用中断函数进行报警，同时可停止程序运行-temperature alarm system, using Controller chip control of temperature management, such as abnormal temperature, the use of the interrupt function for the police to stop while running Platform: |
Size: 1024 |
Author:韩丽敏 |
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Description: 本程序代码是一个温度控制器的源代码，内有PID控制代码-the code is a temperature controller of the source code, there PID control code Platform: |
Size: 4096 |
Author:pawo |
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Description: 介绍了一种基于开关阶跃响应算法的
参数自整定控制器，通过在实际温度控制系统的应用，与继电振荡 参数自整定算法以及 的 参数自整定模块进行分析比较，证明该算法在安全性及整定时间上明显优于其他两种算法。-introduces a switching step-response algorithm parameters of the self-tuning controller, through the actual temperature control systems, Relay oscillation parameters and self-tuning algorithm and the parameter auto-tuning analysis module, The algorithm proves the safety and setting time than the other two algorithms. Platform: |
Size: 93184 |
Author:杨洋 |
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Description: 利用VB开发的典型pid控制程序，用于一阶加热炉恒温控制。-Using VB to develop a typical pid control procedures, for the first-order control of furnace temperature. Platform: |
Size: 4096 |
Author:xiaoning |
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Description: 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 Platform: |
Size: 6144 |
Author:李婷 |
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Description: 模糊和PID混合温度控制器，在小偏差时使用pid控制，大偏差时使用模糊控制，通过开关来切换。本室里具有一定参考价值-Fuzzy and PID temperature controller hybrid, a small deviation in the use of pid control, the use of large deviation of fuzzy control, through the switch to switch. This room has a certain reference value Platform: |
Size: 7168 |
Author:李婷 |
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Description: 模糊PID控制 温度控制 源代码 PID算法 控制程序 控制规则-Fuzzy PID control temperature control PID algorithm to control the source code control rules Platform: |
Size: 8192 |
Author:小刚 |
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Description: 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 Platform: |
Size: 71680 |
Author:李莉 |
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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: 一个用AVR单片机做的PID炉温控制器，基于C语言，在GCC环境下编译通过。-A single-chip AVR to do with the PID temperature controller, based on the C language, in the GCC compiler environment through. Platform: |
Size: 93184 |
Author: |
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Description: 模糊PID控制的温控仪程序。输入的信号为所有热电偶和热电阻以及电压电流信号。单片机采用sm8952。输出信号有SCR驱动信号，继电器驱动信号，以及电平驱动信号-Fuzzy PID control of temperature controller program. Input signal for all thermocouple and thermal resistance, and voltage and current signals. SCM sm8952. SCR drive signals and output signals, relay drive signal, and the drive signal level Platform: |
Size: 36864 |
Author:ddg |
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Description: 摘要：介绍一种高精度的、采用PID 控制原理的温度控制器, 给出了实验结果。这种控制器适用于小功率半导体器件的工作温度控制, 其控制精度可达±0.05℃。-Abstract: A high-precision, using the temperature controller PID control theory, the experimental results. The controller for small power semiconductor device operating temperature control, the control precision can reach ± 0.05 ℃. Platform: |
Size: 101376 |
Author:刘学 |
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Description: 闭环反馈单回路温度控制，PID控制器用单片机控制，通过PID调节，程序控制，实现单片机对温度的控制的编程-Closed single-loop temperature feedback control, PID controller with a single-chip control, by PID regulator, process control, temperature control to achieve single-chip programming Platform: |
Size: 2048 |
Author:刘春龙 |
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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 |
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