The original paper is in English. Non-English content has been machine-translated and may contain typographical errors or mistranslations. ex. Some numerals are expressed as "XNUMX".
Copyrights notice
The original paper is in English. Non-English content has been machine-translated and may contain typographical errors or mistranslations. Copyrights notice
Récepteur monolithique 10 Gbit/s OEICLes systèmes de transmission optique de 1.55, XNUMX µm ont été fabriqués à l'aide d'une structure de couches empilées de photodiodes à broches et de HEMT cultivés sur des substrats InP par MOVPE en une seule étape. Un récepteur OEIC avec un grand facteur de conversion O/E a été obtenu en ajoutant un amplificateur différentiel à trois étages à un amplificateur à rétroaction conventionnel intégré monolithiquement avec une photodiode à broche éclairée en surface. La configuration du circuit donnait à un préamplificateur une transimpédance de 60 dBΩ. Le récepteur OEIC a obtenu un fonctionnement sans erreur à 10 Gbit/s sans postamplificateur, même avec une entrée optique aussi faible que -10.3 dBm, grâce à son grand facteur de conversion O/E de 890 V/W. Un récepteur à deux canaux OEIC La matrice destinée à être utilisée dans un module photorécepteur parallèle de 10 Gbit/s basé sur une plate-forme PLC a été réalisée en intégrant de manière monolithique des WGPD multimodes avec des préamplificateurs HEMT. La structure à éclairage latéral du WGPD convient à l'intégration avec d'autres dispositifs optiques de type guide d'ondes. Le récepteur OEIC les matrices ont été fabriquées sur une tranche de 2 pouces avec une excellente uniformité et un rendement supérieur à 90 % : la transimpédance moyenne et la bande passante moyenne de 3 dB vers le bas étaient de 43.8 dBΩ et 8.0 GHz. Les deux canaux du récepteur OEIC La matrice a également montré des sensibilités de -16.1 dBm et -15.3 dBm à 10 Gbit/s. Le module photorécepteur à deux canaux a été construit en assemblant l'OEIC tableau sur une plate-forme PLC. La réponse en fréquence du module était presque la même que celle du OEIC puce et la diaphonie entre les canaux du module était meilleure que -27 dB dans la gamme de fréquences inférieure à 6 GHz. Ces résultats démontrent la faisabilité d'utiliser notre récepteur OEICC'est dans divers types de systèmes de récepteurs optiques.
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Kiyoto TAKAHATA, Yoshifumi MURAMOTO, Kazutoshi KATO, Yuji AKATSU, Atsuo KOZEN, Yuji AKAHORI, "10-Gbit/s InP-Based High-Performance Monolithic Photoreceivers Consisting of p-i-n Photodiodes and HEMT's" in IEICE TRANSACTIONS on Electronics,
vol. E83-C, no. 6, pp. 950-958, June 2000, doi: .
Abstract: 10-Gbit/s monolithic receiver OEIC's for 1.55-µm optical transmission systems were fabricated using a stacked layer structure of p-i-n photodiodes and HEMT's grown on InP substrates by single-step MOVPE. A receiver OEIC with a large O/E conversion factor was obtained by adding a three-stage differential amplifier to a conventional feedback amplifier monolithically integrated with a surface-illuminated p-i-n photodiode. The circuit configuration gave a preamplifier a transimpedance of 60 dBΩ. The receiver OEIC achieved error-free operation at 10 Gbit/s without a postamplifier even with the optical input as low as -10.3 dBm because of its large O/E conversion factor of 890 V/W. A two-channel receiver OEIC array for use in a 10-Gbit/s parallel photoreceiver module based on a PLC platform was made by monolithically integrating multimode WGPD's with HEMT preamplifiers. The side-illuminated structure of the WGPD is suitable for integration with other waveguide-type optical devices. The receiver OEIC arrays were fabricated on a 2-inch wafer with achieving excellent uniformity and a yield over 90%: average transimpedance and average 3-dB-down bandwidth were 43.8 dBΩ and 8.0 GHz. The two channels in the receiver OEIC array also showed sensitivities of -16.1 dBm and -15.3 dBm at 10 Gbit/s. The two-channel photoreceiver module was constructed by assembling the OEIC array on a PLC platform. The frequency response of the module was almost the same as that of the OEIC chip and the crosstalk between channels in the module was better than -27 dB in the frequency range below 6 GHz. These results demonstrate the feasibility of using our receiver OEIC's in various types of optical receiver systems.
URL: https://global.ieice.org/en_transactions/electronics/10.1587/e83-c_6_950/_p
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@ARTICLE{e83-c_6_950,
author={Kiyoto TAKAHATA, Yoshifumi MURAMOTO, Kazutoshi KATO, Yuji AKATSU, Atsuo KOZEN, Yuji AKAHORI, },
journal={IEICE TRANSACTIONS on Electronics},
title={10-Gbit/s InP-Based High-Performance Monolithic Photoreceivers Consisting of p-i-n Photodiodes and HEMT's},
year={2000},
volume={E83-C},
number={6},
pages={950-958},
abstract={10-Gbit/s monolithic receiver OEIC's for 1.55-µm optical transmission systems were fabricated using a stacked layer structure of p-i-n photodiodes and HEMT's grown on InP substrates by single-step MOVPE. A receiver OEIC with a large O/E conversion factor was obtained by adding a three-stage differential amplifier to a conventional feedback amplifier monolithically integrated with a surface-illuminated p-i-n photodiode. The circuit configuration gave a preamplifier a transimpedance of 60 dBΩ. The receiver OEIC achieved error-free operation at 10 Gbit/s without a postamplifier even with the optical input as low as -10.3 dBm because of its large O/E conversion factor of 890 V/W. A two-channel receiver OEIC array for use in a 10-Gbit/s parallel photoreceiver module based on a PLC platform was made by monolithically integrating multimode WGPD's with HEMT preamplifiers. The side-illuminated structure of the WGPD is suitable for integration with other waveguide-type optical devices. The receiver OEIC arrays were fabricated on a 2-inch wafer with achieving excellent uniformity and a yield over 90%: average transimpedance and average 3-dB-down bandwidth were 43.8 dBΩ and 8.0 GHz. The two channels in the receiver OEIC array also showed sensitivities of -16.1 dBm and -15.3 dBm at 10 Gbit/s. The two-channel photoreceiver module was constructed by assembling the OEIC array on a PLC platform. The frequency response of the module was almost the same as that of the OEIC chip and the crosstalk between channels in the module was better than -27 dB in the frequency range below 6 GHz. These results demonstrate the feasibility of using our receiver OEIC's in various types of optical receiver systems.},
keywords={},
doi={},
ISSN={},
month={June},}
Copier
TY - JOUR
TI - 10-Gbit/s InP-Based High-Performance Monolithic Photoreceivers Consisting of p-i-n Photodiodes and HEMT's
T2 - IEICE TRANSACTIONS on Electronics
SP - 950
EP - 958
AU - Kiyoto TAKAHATA
AU - Yoshifumi MURAMOTO
AU - Kazutoshi KATO
AU - Yuji AKATSU
AU - Atsuo KOZEN
AU - Yuji AKAHORI
PY - 2000
DO -
JO - IEICE TRANSACTIONS on Electronics
SN -
VL - E83-C
IS - 6
JA - IEICE TRANSACTIONS on Electronics
Y1 - June 2000
AB - 10-Gbit/s monolithic receiver OEIC's for 1.55-µm optical transmission systems were fabricated using a stacked layer structure of p-i-n photodiodes and HEMT's grown on InP substrates by single-step MOVPE. A receiver OEIC with a large O/E conversion factor was obtained by adding a three-stage differential amplifier to a conventional feedback amplifier monolithically integrated with a surface-illuminated p-i-n photodiode. The circuit configuration gave a preamplifier a transimpedance of 60 dBΩ. The receiver OEIC achieved error-free operation at 10 Gbit/s without a postamplifier even with the optical input as low as -10.3 dBm because of its large O/E conversion factor of 890 V/W. A two-channel receiver OEIC array for use in a 10-Gbit/s parallel photoreceiver module based on a PLC platform was made by monolithically integrating multimode WGPD's with HEMT preamplifiers. The side-illuminated structure of the WGPD is suitable for integration with other waveguide-type optical devices. The receiver OEIC arrays were fabricated on a 2-inch wafer with achieving excellent uniformity and a yield over 90%: average transimpedance and average 3-dB-down bandwidth were 43.8 dBΩ and 8.0 GHz. The two channels in the receiver OEIC array also showed sensitivities of -16.1 dBm and -15.3 dBm at 10 Gbit/s. The two-channel photoreceiver module was constructed by assembling the OEIC array on a PLC platform. The frequency response of the module was almost the same as that of the OEIC chip and the crosstalk between channels in the module was better than -27 dB in the frequency range below 6 GHz. These results demonstrate the feasibility of using our receiver OEIC's in various types of optical receiver systems.
ER -