Abstract
The impurity-free interdiffusion technique has been utilized to modify the operating wavelength of high-speed In/sub 0.3G/a/sub 0.65/As-GaAs multiple quantum well lasers. Modulation bandwidths of up to 26 GHz (I/sub bias/=50 mA) and modulation current efficiency factors of 5 GHz/mA/sup 1/2/ are demonstrated for 3/spl times/100 /spl mu/m/sup 2/ ridge waveguide lasers following wavelength shifts of 32 nm (34 meV). These results demonstrate the feasibility of fabricating monolithic multiple wavelength laser arrays in which each element is capable of low-bias-current direct modulation at bandwidths exceeding 20 GHz. >
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