毕业论文学生姓名谢欢欢学 号170907073学院 物理与电子电气工程学院专 业电子信息工程题 目基于 PROTUES 的温湿度测量系统设计指导老师 付 浩 副教授 2025年5月摘 要：本文采纳Protues7.5仿真软件设计以低功耗STC89C51单片机为核心，配置新式的微型低功耗传感器DHT11,使用液晶显示LED1602采集到的数据，实现了温度、湿度两个参数的采集、处理和显示等功能。文章以温室环境作为讨论对象，介绍了温湿度温湿度测量电路、单片机外围电路、软件流程、汇编语言源程序的设计、数据采集系统的设计过程及仿真的实现方法。该方法可以提高系统的开发效率、缩短周期和降低成本，为单片机系统的开发提供了手段。结果表明，所设计环境参数温度控制精度稳定在O.1℃范围之内，湿度的误差可控制在±2.0％RH以内。关键词：Protues，STC89C51，DHT11，LED1602，温度，湿度Abstract: By Protues7.5 simulation software design for low power STC89C51 microcontroller as the core, the allocation of new low-power micro-sensors DHT11, using liquid crystal display LED1602 data collected, realizing the collection of temperature, humidity, two parameters, processing and display functions. Based on greenhouse environment as the research object, this paper introduces the temperature and humidity temperature and humidity measuring circuit, microcontroller peripheral circuit, software flow, assembly language source program design, the design process of the data acquisition system and the realization of the simulation method. The method can improve system development efficiency, shorten the cycle and reduce costs, provides a means for the development of single-chip microcomputer system. Results show that the design of environmental parameters, temperature control precision is stable in o. 1 ,℃ humidity of the error can be controlled within + / - 2.0% RH.Key words: Protues, STC89C51, DHT11, LED1602, temperature and humidity目 录1 前言..........................................................42 整体方案设计.....
