实验技术与管理
實驗技術與管理
실험기술여관리
EXPERIMENTAL TECHNOLOGY AND MANAGEMENT
2014年
6期
81-85
,共5页
实验装置%微波%无线输电
實驗裝置%微波%無線輸電
실험장치%미파%무선수전
experimental facility%microwave%wireless power transmission
为了让学生更好地了解无线输电的知识,研制了一套使用微波进行无线输电的设备,让学生更直观地了解到无线输电的前沿知识。微波无线输电系统包含了直流-微波的发射部分,及微波-直流的接收整流部分。该系统可应用于传统的有线输电无法应用的场合,实验验证了微波输电的可行性,并实际测量计算出整流效率高达63.4%。
為瞭讓學生更好地瞭解無線輸電的知識,研製瞭一套使用微波進行無線輸電的設備,讓學生更直觀地瞭解到無線輸電的前沿知識。微波無線輸電繫統包含瞭直流-微波的髮射部分,及微波-直流的接收整流部分。該繫統可應用于傳統的有線輸電無法應用的場閤,實驗驗證瞭微波輸電的可行性,併實際測量計算齣整流效率高達63.4%。
위료양학생경호지료해무선수전적지식,연제료일투사용미파진행무선수전적설비,양학생경직관지료해도무선수전적전연지식。미파무선수전계통포함료직류-미파적발사부분,급미파-직류적접수정류부분。해계통가응용우전통적유선수전무법응용적장합,실험험증료미파수전적가행성,병실제측량계산출정류효솔고체63.4%。
The wireless power transmission is one of the hot research topics in recent years .In order to make students understand the knowledge of wireless transmission better ,a set of wireless transmission equipment is designed using microwave ,which makes the students understand the forefront knowledge of wireless transmission more intuitive . The microwave radio transmission system includes the launch part of DC -microwave ,and the receiver and rectifier part of the microwave-DC .This system can be applied to occasions where the traditional wired transmission cannot be used ,and its feasibility is verified after the experiment ,and the actual rectifier efficiency measured and calculated is as high as 63 .4 % .