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A theoretical model is presented describing continuous-wave operation of diode-end-pumped Er3+ :YAG lasers. Implemented as a numerical computer model it takes into account the full spectral information of the pump and laser transitions as well as all important ionic levels, their Stark splitting, decay schemes, up-conversion processes, excited-state absorption and especially the thermal dependencies...
We present spectroscopic results on Er:YAG at 300 K-550 K with respect to resonant pump absorption at 1.53 mum and laser emission at 1.61 mum and 1.64 mum and numerical results on laser performance.
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