The authors demonstrate near infrared photodetectors in evaporated germanium on silicon-on-insulator waveguides. The authors achieve peak responsivities as high as 1 A/W and dark current densities as low as 40 nA at a reverse bias of 1 V. Owing to the low deposition temperature, this technology allows for simple and low cost monolithic integration with silicon. (C) 2007 American Institute of Physics
We review near-infrared detectors in germanium grown on silicon. We discuss pn and pin photodiodes b...
We realize and test power monitors monolithically integrated on silicon-on-insulator optical chips. ...
We report on fast p-i-n near infrared photodetectors in pure germanium on silicon. The diodes were f...
The authors demonstrate near infrared photodetectors in evaporated germanium on silicon-on-insulator...
We demonstrate novel near-infrared waveguide photodetectors in polycrystalline germanium deposited o...
We report on near-infrared waveguide photodetectors realized in germanium evaporated at low temperat...
Using a guided wave configuration, we demonstrate a novel polyGe-on-Si heterostructure photodetector...
Using a guided wave configuration, we demonstrate a novel polyGe-on-Si heterostructure photodetector...
Germanium is considered the most suitable semiconductor for monolithic integration of near-infrared ...
We demonstrate near-infrared Ge-on-Si photodiodes designed to minimize the dark current density and ...
In recent years, the of Germanium on Silicon approach has been recognized as the best alternative to...
We report the integration of near-infrared waveguide photodetectors in polycrystalline Germanium wit...
We review near-infrared detectors in germanium grown on silicon. We discuss pn and pin photodiodes b...
We realize and test power monitors monolithically integrated on silicon-on-insulator optical chips. ...
We report on fast p-i-n near infrared photodetectors in pure germanium on silicon. The diodes were f...
The authors demonstrate near infrared photodetectors in evaporated germanium on silicon-on-insulator...
We demonstrate novel near-infrared waveguide photodetectors in polycrystalline germanium deposited o...
We report on near-infrared waveguide photodetectors realized in germanium evaporated at low temperat...
Using a guided wave configuration, we demonstrate a novel polyGe-on-Si heterostructure photodetector...
Using a guided wave configuration, we demonstrate a novel polyGe-on-Si heterostructure photodetector...
Germanium is considered the most suitable semiconductor for monolithic integration of near-infrared ...
We demonstrate near-infrared Ge-on-Si photodiodes designed to minimize the dark current density and ...
In recent years, the of Germanium on Silicon approach has been recognized as the best alternative to...
We report the integration of near-infrared waveguide photodetectors in polycrystalline Germanium wit...
We review near-infrared detectors in germanium grown on silicon. We discuss pn and pin photodiodes b...
We realize and test power monitors monolithically integrated on silicon-on-insulator optical chips. ...
We report on fast p-i-n near infrared photodetectors in pure germanium on silicon. The diodes were f...