论文部分内容阅读
采用色散搭配技术进行了１Ｇｂｉｔ／ｓ，５２．６８ｋｍ的孤子传输实验，实验表明采用色散搭配技术传输孤子时存在着合理地组合光纤的问题，相同的组合即使入纤方向改变，孤子传输的稳定性以及为了实现一阶孤子传输所需要的能量也是不同的，采用合理的色散搭配技术有利于孤子的稳定传输。
The experiments of 1Gbit / s, 52.68km soliton transmission are carried out by the chromatic dispersion collocation technique. Experiments show that there is a reasonable combination of optical fibers when the soliton is transported by the chromatic dispersion technology. The stability of the soliton transmission can be improved even if the fiber orientation changes. And the energy needed for the first-order soliton transmission are also different. The reasonable dispersion collocation technology is conducive to the stable transmission of solitons.