10/18/2024, 08:36 AM UTC
ECOC2024：DFB研究进展ECOC2024: DFB Research Advances
<p>➀ 面发射DFB激光器，适用于短距离应用，具有单模和易于耦合的特点；</p><p>➁ 利用PPR效应提高DML带宽至53GHz，适用于短距离LAN-WDM应用；</p><p>➂ 使用SCOW结构的DFB光源，适用于硅光子学应用，支持全温工作；</p><p>➃ 窄线宽O波段量子点DFB激光器，性能得到改进；</p><p>➄ 对不同研究中DFB激光器的性能进行分析。</p><p>➀ Surface emitting DFB lasers for short-distance applications, with features like single-mode and easy coupling;</p><p>➁ Utilizing PPR effect to increase DML bandwidth to 53GHz for short-distance LAN-WDM applications;</p><p>➂ High-power DFB sources using SCOW structure for silicon photonics applications, supporting full-temperature operation;</p><p>➃ Narrow linewidth O-band QD DFB laser with improved performance;</p><p>➄ Analysis of the performance of DFB lasers in various studies.</p>
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