文档介绍：论太阳能无线充电器的设计与制造
摘要
近年来通过用无线的技术来传送电能已经成为可能,并且已经有许多公司将这种技术应用于无线充电领域,而随着充电效率及充电电压的提高,有望在未来得到普及。但是无线充电在充电效率方面还是与有线充电有着一定的差距,因此造成的能源浪费无法避免。目前公认最为绿色的能源是太阳能,如果能够通过太阳能电池将能量接收并贮藏起来再对手机等电子产品的内置锂电池进行充电,这样既利用了太阳能达到了节能的作用,而且相对于市电的220V又多了几分安全。对于远距离无线传送电能需要的技术含量极高,但是无线充电电路对距离的要求较短,电路相对简单,所以将以上各部分电路集合在一单层PCB板或双层PCB板上进行批量生产是可行的。
关键词无线充电电路太阳能电池太阳能充电电路电路图印制电路板
Solar energy wireless battery charger's design and manufacture
Abstract
To transmit electricity by using wireless technology has e possible in recent years, and panies have applied the technology to wireless recharge areas. With the increasing of charging efficiency and charging voltage,it is expected to be popular in the future. But there is a certain gap between the wireless charging efficiency in charging and charging cable, the waste of energy can not be avoided. At present, more and more people recognize the most green energy is the solar energy. If we can receive the solar energy and store it to electronic products and so on handset built-in lithium batteries carries on again the charge, we will achieve the energy conservation function by using the solar energy. Moreover, it is security opposite to city electricity 220V . The technique content which needs regarding the long-distance range wireless transmission electrical energy is extremely high, but the wireless charging circuit is short to the distance request. The electric circuit is relatively simple. Therefore above various part of electric circuits will gather on a single-layer PCB board or the double-decked PCB board carry on the volume production will be feasible
Keywords Wireless charging circuit Solar cell
Solar energy charging circuit circuit diagram
目录
1 引言……………………………………………………………………………1
无线充电概况……………………………………………………………1
太阳能光伏应用的概况…………………………………………………2
印制电路板制造的基本概况……………………………………………3
2 无线充电电路……………………………………………………………………4
无线充电的原理…………………………………………………………4
电路设计前的分析………………………………………………………4
电路的设计………………………………………………………………5
无线充电电路的电