목차

I. 서론 ···············································································1
II. 무선전력전송 기술 ·····························································6
2.1 무선전력전송 ··································································6
2.2 기술 분류 ······································································7
2.2.1 전자유도방식 ···························································9
2.2.2 전자공진방식 ···························································11
2.2.3 전자기파(마이크로파)방식 ···········································13
2.3 한계점 및 향후 전망 ·························································14
2.3.1 기술 표준화 ····························································14
2.3.2 전자파 사용 규정 ·····················································15
2.3.3 향후 전망 ·······························································17
III. 마이크로파 무선전력전송 시스템 ············································19
3.1 주파수 선정 ···································································19
3.2 무선전력전송 시스템의 구조 ················································21
IV. RF-DC 변환기 설계 및 제작 ················································25
4.1 RF-DC 변환기 ································································25
4.2 RF-DC 변환기 설계 및 제작 ···············································29
4.3 RF-DC 변환기 효율 측정 ···················································37
V. 무선전력전송 시스템 개발 및 전송효율측정 ·······························39
5.1 송신부와 수신부의 구성 ·····················································39
5.2 무선전력전송 시스템 개발 ···············································4
5.3 Friis 전달공식 ································································42
5.4 시스템의 거리별 전송효율측정 결과 및 분석 ···························44
VI. 결론 ·············································································50
참고문헌 ·············································································52
Abstract ··············································································55