Abstract
Single longitudinal mode operation of cleaved-coupled-cavity lasers formed by recleaving of 1.5-μm InGaAsP buried crescent lasers is investigated as a function of bias current, temperature, and modulation frequency. The two-cavity lasers are made to operate in a stable single mode by adjusting the bias levels of the electrically isolated and optically coupled sections. The wavelength stability with temperature results in a change of only 0.48 Å/°C over a range of 14 °C. Single mode operation is preserved under direct modulation at rates as high as 1 Gb/s. The reduction in linewidth and the absence of partition noise makes these lasers useful for optical transmission through highly dispersive single mode fibers.
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