Abstract
The shift of the energy of peak emission resulting from rise of the junction temperature in GaAs junction lasers during operation with a flat-topped current pulse is studied theoretically as a. function of time. The nature of this dependence is found to be in qualitative agreement with the experimental observation of such a dependence in GaAs 1-x P x junction losers as reported elsewhere. The effects of increasing doping and increasing amplitude of the current pulse on the time dependence of the energy shift are also studied. In addition expressions are derived for the maximum time duration of the output light pulse that can be obtained under the limitations of junction heating and the maximum possible shift in the energy of peak emission that may occur as a consequence of such heating.
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