摘要
第四代光纤熔接机是微机技术在光纤熔接中应用典范,熔接损耗已达0.02 dB左右。从第二代光纤熔接机引入微机技术开始,发展到第四代,第五代的熔接机在光纤通信领域起着骨干作用,自动化程度比较高,熔接损耗已经很小,但尚未解决的问题包括微机远程熔接控制和使用人工智能进行全自动光纤熔接,这些可以作为以后的研究探讨方向。
4G optical fusion welding machine is a classic application of microcomputer technology on optical fiber fusion welding and loss is about 0.02dB. 5G machine has been improved since microcomputer technology was introduced into 2G machine. The 4G machine plays an important role in fiher communication system with high automation and low loss. Problems which can＇t be solved, such as remote control of computer and fully automated optical fusion welding using artificial intelligence technology can be discussed.
出处
《现代电子技术》
2009年第21期55-57,66,共4页
Modern Electronics Technique
关键词
微机技术
光纤通信
光纤熔接
熔接损耗
microcomputer technology
fiber - optic communication
fiber - optic fusion
fusion loss
