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Continued Advances in High-Brightness Fiber-Coupled Laser Modules for Efficient Pumping of Fiber and Solid-State Lasers

机译:高效泵浦光纤和固态激光器的高亮度光纤耦合激光模块的持续发展

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Both the fiber laser and diode-pumped solid-state laser market continue to drive advances in pump diode module brightness. We report on the continued progress by nLIGHT to develop and deliver the highest brightness diode-laser pumps using single-emitter technology. Continued advances in multimode laser diode technology and fiber-coupling techniques have enabled higher emitter counts in the element® packages, enabling us to demonstrate 305 W into 105 μm - 0.16 NA. This brightness improvement is achieved by leveraging our prior-reported package re-optimization, allowing an increase in the emitter count from two rows of nine emitters to two rows of twelve emitters. Leveraging the two rows of twelve emitter architecture, product development has commenced on a 400 W into 200 μm - 0.16 NA package. Additionally, the advances in pump technology intended for CW Yb-doped fiber laser pumping has been leveraged to develop the highest brightness 793 nm pump modules for 2 μm Thulium fiber laser pumping, generating 150 W into 200 μm - 0.18 NA and 100 W into 105 μm - 0.15 NA. Lastly, renewed interest in direct diode materials processing led us to experiment with wavelength multiplexing our existing state of the art 200 W, 105 μm - 0.15 NA package into a combined output of 395 W into 105 μm-0.16 NA.
机译:光纤激光器和二极管泵浦固态激光器市场都继续推动泵浦二极管模块亮度的提高。我们报告nLIGHT使用单发射器技术开发和交付最高亮度的二极管激光泵的持续进展。多模激光二极管技术和光纤耦合技术的不断发展已使element®封装中的发射器数量增加,使我们能够证明305 W进入105μm-0.16 NA。通过利用我们先前报告的封装重新优化,可以实现亮度的提高,从而使发射器数量从两行的九个发射器增加到两行的十二个发射器。利用两排十二个发射极架构,产品开发工作已开始从400 W转换为200μm-0.16 NA封装。此外,用于CW Yb掺杂光纤激光泵浦的泵浦技术的进步已被利用来开发最高亮度793 nm泵浦模块,用于2μmfiber光纤激光泵浦,可产生150 W(200μm-0.18 NA)和100 W(105)微米-0.15 NA。最后,对直接二极管材料加工的新兴趣使我们进行了实验,将波长为200 W,105μm-0.15 NA的现有封装波长复用为395 W到105μm-0.16NA的组合输出。

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