摘 要：在电子科学技术高速发展的今天，随着人们物质生活水平的不断提高和对探索物质世界的不断深入，人们对电能的传输方式和传输质量也有了新的要求。本文基于电磁感应原理，设计了一个简易的无线供电系统，该系统包括供电模块和LED照明模块，通过电磁耦合的方式解决了发送模块和照明模块的能量传输问题，实现了无线电能的传输。LED照明模块包括桥式整流器，滤波器和五个LED灯，电能的传输通过感应线圈。LED灯有光照强度控制，此外，还通过光敏电阻限制了过大的接收端功率。通过对LED灯光强的检测并将数据反馈给能量发送模块，可控制发射模块的功率。64415
毕业论文关 键 词：无线供电，电磁耦合，LED照明
Abstract: In the rapid development of Electronic Science and technology today, with people's living standards increasing and to explore the deepening of the material world, people of power transmission and the transmission quality also has the new requirements.This paper designs a simple wireless power supply system based on the principle of electromagnetic induction., the system comprises a power supply module and the LED lighting module, by way of electromagnetic coupling solves the energy transmission of the sending module and illumination module, wireless power transmission is realized. The LED lighting module comprises a bridge rectifier, a filter and five LED lamps, and an electric energy transmission through an induction coil. LED light intensity control, in addition, the photosensitive resistance has limited the power of the receiving end. Through the detection of the LED light intensity and the data feedback to the energy sending module, the power of the transmitting module can be controlled.
Key words: wireless power supply, electromagnetic coupling, LED lighting
目 录
1 前言 5
1.1课题背景及原理简介 5
1.3国内研究现状 6
2.设计方案选择 7
2.1 振荡电路方案的选择 7
2.2功率放大电路方案的选择 7
2.3 功耗显示模块的选择 7
3 硬件设计的方案选择 7
3.1 设计要求 7
3.2设计方案总框图及概述 8
3.3 主控芯片STC89C51简介 9
3.3.1 STC89C51引脚功能说明 10
3.4 数模转换器ADC0832 13
3.5 显示模块设计 15
3.6 按键模块设计 16
3.7 亮度采集模块设计 17
3.8 硬件总体框架设计 17
4．系统软件设计 17
4.1. 软件系统总流程图 17
4.2. 软件各功能模块的流程图设计 18
4.3 硬件调试 19
4.4 软件测试 19
结 论 20
参考文献 21
致 谢 22
附 录 一 23
附 录 二 24
1 前言 非接触式无线供电LED照明电路设计:http://www.751com.cn/zidonghua/lunwen_71577.html