GaInP–AlInP–GaAs Blue Photovoltaic Detectors With Narrow Response Wavelength Width

Photonics Technology Letters, IEEE(2010)

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摘要
Ga0.51In0.49P-Al0.52In0.52In0.48P-GaAs blue photovoltaic detectors using AlInP as a light absorption active layer and GaInP as a short wavelength limiting cap layer have been fabricated by using gas source molecular beam epitaxy, and their performances have been characterized in detail. Excellent performance has been demonstrated on the detectors, resistance area product ofR 0 A = 6.9 ?? 108 ?? ?? cm2, and the open-circuit voltage of V oc > 1.28 V have been measured at room temperature. The detectors show peak response at 480 nm with responsivity of 0.168 A/W at zero bias, as well as an inherent narrow wavelength width of 9.4%, which makes them a good candidate in blue light detection applications such as water related sensing and communication.
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blue photovoltaic detectors,indium compounds,gas source molecular beam epitaxy,wavelength 480 nm,electrical conductivity,gallium arsenide,photodiodes,materials sciences and technology,resistance area product,Ga0.51In0.49P-Al0.52In0.52In0.48P-GaAs,underwater optical communication,photodetectors,gallium compounds,narrow response wavelength width,III-V semiconductors,light absorption,short wavelength limiting cap layer,spectral line breadth,light absorption active layer,molecular beam epitaxial growth,photovoltaic photodetectors,open-circuit voltage,temperature 293 K to 298 K,aluminium compounds,Materials sciences and technology,electrical resistivity
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