摘要
论文介绍一种新型的智能控制加温系统。该系统硬件上以MCS-51系列STC89C52芯片为核心,利用Pt100电阻结合桥式电路和仪用放大电路对温度进行高精度感知作为系统输入信息,加温电路为多分枝自组织电路;通过构建模糊自组织模式的控制算法,系统将温度感知信息经智能控制算法分析处理后,选择加温电路的构成方式,实现对物体加温精度和速度优化的智能控制。研制系统的实际测试结果表明,这样的系统可获得高的温度控制精度,也能优化加热速度。
This paper introduces a new type of intelligent control heating system with AT89C52 as the core of the whole system on hardware,and high accuracy sensing of temperature through Pt100 resistance combination bridge type circuit and instrument amplifier circuit as the input information.Through the analysis and processing with the intelligent control method based on fuzzy self-organizing model proposed by this paper,system organizes the circuit structure to realize the intelligent control of the optimum object heating process of precision and speed.The result of system test verifies that the proposed method and system enabled not only to realize high-precision temperature sensing but also to have a great improvement in temperature control precision and heating speed.
出处
《计算机与数字工程》
2011年第10期109-112,共4页
Computer & Digital Engineering
基金
第三届国家大学生创新计划项目资助
