Title:
TemperatureControlSystem
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Description: 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.
- [temp_finish] - MSP430 development of the use of PID alg
- [PID] - 89C51 microcontroller, through keyboard
- [pid] - MSP430 DC Motor PID Speed Control progra
- [PIDalgorithm] - The use of PIC18 series microcontroller,
- [SB26] - 空调控制程序,包括制热,制冷,送风,除霜等多种模式控制.
- [PID] - PID algorithm for MSP430 Microcontroller
- [GA] - Genetic Algorithm- PID parameter optimiz
- [300-C51B] - c51 source code
File list (Check if you may need any files):
[D][湖北师范学院][鲁湛，贾奕，黄劲松][温度自动控制系统].doc
