We realize and test power monitors monolithically integrated on silicon-on-insulator optical chips. The devices consist of near-infrared waveguide photodetectors in evaporated germanium with front-end transimpedance amplifiers. The power monitors operate with signals as small as 10nW, with errors below 0.2% and 2% at 1 and 0.1 mu W, respectively
Germanium is considered the most suitable semiconductor for monolithic integration of near-infrared ...
Polycrystalline germanium thermally evaporated on silicon has been demonstrated as a feasible way to...
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 the fabrication and operation of optical power monitors monolithically integrated on...
We report the integration of near-infrared waveguide photodetectors in polycrystalline Germanium wit...
The authors demonstrate near infrared photodetectors in evaporated germanium on silicon-on-insulator...
We report on near-infrared waveguide photodetectors realized in germanium evaporated at low temperat...
We demonstrate novel near-infrared waveguide photodetectors in polycrystalline germanium deposited o...
Using a low-temperature technology for polycrystalline Ge deposition, we report on the monolithic in...
In recent years, the of Germanium on Silicon approach has been recognized as the best alternative to...
International audienceNear-infrared (near-IR) Germanium (Ge) photodetectors monolithically integrate...
Germanium is considered the most suitable semiconductor for monolithic integration of near-infrared ...
Polycrystalline germanium thermally evaporated on silicon has been demonstrated as a feasible way to...
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 the fabrication and operation of optical power monitors monolithically integrated on...
We report the integration of near-infrared waveguide photodetectors in polycrystalline Germanium wit...
The authors demonstrate near infrared photodetectors in evaporated germanium on silicon-on-insulator...
We report on near-infrared waveguide photodetectors realized in germanium evaporated at low temperat...
We demonstrate novel near-infrared waveguide photodetectors in polycrystalline germanium deposited o...
Using a low-temperature technology for polycrystalline Ge deposition, we report on the monolithic in...
In recent years, the of Germanium on Silicon approach has been recognized as the best alternative to...
International audienceNear-infrared (near-IR) Germanium (Ge) photodetectors monolithically integrate...
Germanium is considered the most suitable semiconductor for monolithic integration of near-infrared ...
Polycrystalline germanium thermally evaporated on silicon has been demonstrated as a feasible way to...
We review near-infrared detectors in germanium grown on silicon. We discuss pn and pin photodiodes b...