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20 February 2015 Effects of packaging on the performances of high brightness 9xx nm CW mini-bar diode lasers
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Abstract
9xx nm CW mini-bar diode lasers and stacks with high brightness and reliability are desired for pumping fiber lasers and direct fiber coupling applications. For the traditional cm-bar with 1mm-2mm cavity, it can provide CW output power up to 80W-100W and high reliability, whereas the brightness is relatively low. In comparison, mini-bar based diode lasers with 4mm cavity offer a superior performance balance between power, brightness, and reliability. However, the long cavity and large footprint of mini-bar diode laser renders its sensitivity towards thermal stress formed in packaging process, which directly affects the performances of high bright mini-bar diode lasers. In this work, the thermal stress correlating with package structure and packaging process are compared and analyzed. Based on the experiment and analysis results, an optimized package structure of CW 60W 976 nm mini-bar diode lasers is designed and developed which relieves thermal stress.
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Xiaoning Li, Jingwei Wang, Feifei Feng, Yalong Liu, Dongshan Yu, Pu Zhang, and Xingsheng Liu "Effects of packaging on the performances of high brightness 9xx nm CW mini-bar diode lasers", Proc. SPIE 9346, Components and Packaging for Laser Systems, 93460C (20 February 2015); https://doi.org/10.1117/12.2080480
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