功率大于400mw的980 nm泵浦激光器模块的设计与性能

D. Crawford, M. Mcelhinney, R. McGowan, P. Thiagarajan, J. Cahill, S. Nelson, S. Olson, P. Pedersen, C. Lennon
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引用次数: 5

摘要

为了最大限度地提高980 nm泵浦激光器的无扭结功率,成功地实现了二维波导模型。此外,我们证明了高质量的单晶镜可以通过MBE外延沉积,以消除COMD作为这些器件中的失效模式。利用先进的制造和封装能力,高功率芯片已被纳入高功率波长稳定的980 nm泵浦激光模块的设计中。给出了该系列激光模块的光纤耦合功率随驱动电流变化的典型曲线。
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Design and performance of 980 nm pump laser modules exhibiting greater than 400 mW kink-free fiber-coupled power
A 2-dimensional waveguide model was successfully implemented to maximize the kink-free power from 980 nm pump lasers. Additionally, we show that high quality single crystal mirrors can be deposited epitaxially by MBE to eliminate COMD as a failure mode in these devices. Using state of the art manufacturing and packaging capabilities, the high power chip has been incorporated into the design of a high power wavelength stabilized 980 nm pump laser module. A typical curve showing fiber coupled power as a function of drive current for this family of laser modules is shown.
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