Optimisation of high power AlGaInP laser diodes for optical storage applications

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Optimisation of high power AlGaInP laser diodes for optical storage applications

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The use of expanded mode layers in lasers designed for DVD read/write applications is investigated and their performance is compared with that of a more conventional structure. The expanded mode design achieves a higher confinement factor and hence much lower threshold currents than the conventional structure, for the same measured vertical farfield divergence of 18°. T0 is increased from 51 to 65 K (20–70°C) for the expanded mode structure for 320-µm long devices with uncoated facets. It is also found that zinc or magnesium can be used interchangeably for the p-dopant in a given structure without any impact on device performance.

Inspec keywords: digital versatile discs; aluminium compounds; gallium compounds; laser beam applications; semiconductor lasers; zinc; III-V semiconductors; indium compounds; semiconductor doping; magnesium; laser modes

Other keywords: DVD read-write applications; uncoated facets; confinement factor; AlGaInP laser diode; vertical farfield divergence; AlGaInP:Mg; AlGaInP; AlGaInP:Zn; laser design; 20 to 70 degC; high power laser diode; 320 mum; p-dopant; expanded mode design; optical storage; 51 to 65 K

Subjects: Optical storage and retrieval; Laser applications; Design of specific laser systems; Lasing action in semiconductors; Semiconductor lasers; Semiconductor doping; Laser applications; Optical storage and retrieval

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