鱼雷技术
魚雷技術
어뢰기술
TORPEDO TECHNOLOGY
2013年
1期
34-38
,共5页
鱼雷%光纤线导%光传输%制导光缆%光信号
魚雷%光纖線導%光傳輸%製導光纜%光信號
어뢰%광섬선도%광전수%제도광람%광신호
torpedo%fiber wire-guidance%optical transmission%guidance optical-cable%optical signal
在高速布放的单芯制导光缆中实现光信息的双向高速和远程传输是提高光纤线导传输速率、增加传输距离和提高信息传输可靠性的关键.基于此,结合鱼雷光纤线导系统特点,详细分析了低动态损耗制导光缆、光通信模式选择、光信号发送与接收等技术,提出了适宜于鱼雷光纤线导光传输的最佳模式.经工程实践验证,该技术可以显著提高鱼雷光纤通信能力.
在高速佈放的單芯製導光纜中實現光信息的雙嚮高速和遠程傳輸是提高光纖線導傳輸速率、增加傳輸距離和提高信息傳輸可靠性的關鍵.基于此,結閤魚雷光纖線導繫統特點,詳細分析瞭低動態損耗製導光纜、光通信模式選擇、光信號髮送與接收等技術,提齣瞭適宜于魚雷光纖線導光傳輸的最佳模式.經工程實踐驗證,該技術可以顯著提高魚雷光纖通信能力.
재고속포방적단심제도광람중실현광신식적쌍향고속화원정전수시제고광섬선도전수속솔、증가전수거리화제고신식전수가고성적관건.기우차,결합어뢰광섬선도계통특점,상세분석료저동태손모제도광람、광통신모식선택、광신호발송여접수등기술,제출료괄의우어뢰광섬선도광전수적최가모식.경공정실천험증,해기술가이현저제고어뢰광섬통신능력.
Bidirectional transmission of optical information with high-speed and long-distance in a rapidly laid sin-gle-core guidance optical-cable is a key factor for improving fiber wire-guidance transmission speed, extending trans-mission distance and enhancing information transmission reliability. Considering the characteristics of the torpedo′s fiber wire-guided system, this paper analyzes the techniques about the guidance optical-cable with low dynamic loss, the fiber communication mode selection, the optical signal transmission and receiving, and so on. As a result, an optimum mode of optical transmission for torpedo′s fiber wire-guided system is proposed. This study may provide a reference for improving torpedo′s optical-cable communication capacity.
