常规单模光纤

在常规单模光纤G.652、10Gb／s系统中实现超过100km的色散补偿。

Dispersion compensation over 100 km is realized for standard single-mode fibre ( G.652 ), 10 Gb / s system .

这种光纤类似于常规单模光纤（G.652光纤），但具有较低的衰减和较小的宏弯损耗。

Such fiber is similar to the conventional single mode fiber , but provides smaller attenuation and less macrobending loss .

给出103km常规单模光纤色散补偿实验结果。

Dispersion compensation experimental result on 103 km long standard fiber link is presented .

采用常规单模光纤成功地进行了孤子传输的基础性实验。

The basic experiment of soliton transmission has been successfully carried out by using standard single mode fiber .

并且针对常规单模光纤色散特性，设计出合适κ值的色散补偿光子晶体光纤，色散值为-519.3ps/km/nm，补偿能力远大于常规色散补偿光纤。

Furthermore , according to the dispersion property of the conventional fiber , a κ matched dispersion compensation PCF is designed with a dispersion of-519.3ps/km/nm .

详细研究了反转光脉冲的峰值功率、脉冲宽度和消光比等重要物理参量以及反转光脉冲继续在常规单模光纤中传输时的演变特性。

We focus on the peak power , pulse width , extinction ratio of conversion optical pulse and the transmission property of conversion optical pulse in standard single mode fiber .

对于常规单模光纤，光纤非线性阻尼将对类明孤子脉冲的振幅、脉宽、啁啾、频率和相位参数有影响，而对位置参数ξ无影响。

The result shows that optical fiber nonlinear damping effect on the amplitude , pulse width , chirp , frequency and phase , but don 't on the position of the bright-soliton-like pulse in convenient monomode optical fibers .

本文介绍了光纤的传输特性，简述了常规单模光纤和色散位移单模光纤的特点和应用，重点阐述了非零色散位移光纤的性能及光纤色散补偿技术，分析了各种光纤的应用条件。

This paper introduces the transmission performance of optical fiber , the characteristics and applications of single mode fiber ( SMF ) and dispersion shifted fiber ( DSF ), emphasizes the performance of NZDSF and optical dispersion compensation technology , and analyses the application conditions of various fibers .