ID 原文 译文
51447 文章主要介绍了TOSA的关键设计和封装形式，并从设计和工艺上对其控温能力进行了优化，最后对样品的光电性能、控温能力以及传输性能进行了测试。 This paper mainly introduces the key design and packaging form of TOSA, and optimizes its temperature control ability from the design and process. Finally, the photoelectric performance, temperature control ability and transmission performance of the sample are tested.
51448 测试结果表明，器件性能优良，且满足SFP28封装形式和IEEE 802. 3协议标准。 The results show that the device has excellent performance, which also meet the SFP28 package form and IEEE 802. 3 protocol standards.
51449 针对远程泵浦传输系统高功率泵浦光传输受限问题， The transmission distance of high-power pump in the remote pump transmission system is limited.
51450 文章基于随机分布反馈光纤激光器的工作原理，创新性地提出了一种新型远程泵浦传输方案， Considering this issue, a novel remote pump transmission scheme is proposed based on the principle of the randomly distributed feedback fiber laser,
51451 通过高反射率的光纤布拉格光栅增强泵浦光的受激拉曼效应，输出目的泵浦光功率。 which enhances the stimulated Raman effect of the pump and outputs the target pump power through the fiber Bragg grating with high reflectivity.
51452 对新型远程泵浦传输系统的传输性能进行了测试， The transmission performance of the new remote pump transmission system is tested.
51453 测试结果表明，实验数据和理论计算数据一致; The experimental results show that the experimental data and theoretical calculation data of the new remote pump transmission system are consistent.
51454 与传统远程泵浦传输系统相比，新型远程泵浦传输系统提高了泵浦的入纤光功率，延长了传输系统的传输距离。 Compared with the remote pump transmission system, the new remote pump transmission system improves the fiber input power of the pump and extends the transmission distance of the transmission system.
51455 针对电力系统中微机电系统(MEMS)光开关在切换备纤时可能受到光控信号的影响而造成光时域反射仪(OTDR)发生损坏的问题， The Micro-Electromechanical System(MEMS) optical switches in power systems may be affected by optical control signals during fiber switching, which may cause damage to Optical Time-Domain Reflectometer(OTDR).
51456 文章提出了一种电力系统中MEMS光开关切换路径优化控制的方法， In order to solve this problem, this paper proposes a method to optimize the switching path of MEMS optical switches in power systems.