Optical Crosstalk Reduction of 1.3μm/1.55μm Full-Diplex In-Line PIC Transceiver (Special Issue On Devices, Packaging Technology, and Subsystems for the Optical Access Network)

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概要

• 論文の詳細を見る

• In-line transceiver chip emitting at 1.3μm and receiving at 1.55μm is described regarding the crosstalk occurring between the 1.3-μm laser and the 1.55-μm integrated photodiode. Contribution of optical and electrical crosstalk to the overall crosstalk is measured and discussed. Techniques to overcome the crosstalk are proposed and demonstrated by showing the feasibility of system compatible diplex sensitivities.

• 一般社団法人電子情報通信学会の論文
• 1997-01-25

著者

• Nakajima Hisao

  France Telecom-cnet Centre Paris-b Laboratoire De Bagneux

• Robein Didier

  France Telecom-cnet Centre Paris-b Laboratoire De Bagneux

• Leroy Arnaud

  France Telecom-cnet Centre Paris-b Laboratoire De Bagneux

• CHARIL Josette

  France Telecom-CNET, Centre Paris-B, Laboratoire de Bagneux

• GLOUKHIAN Andre

  France Telecom-CNET, Centre Paris-B, Laboratoire de Bagneux

• PIERRE Bernard

  France Telecom-CNET, Centre Paris-B, Laboratoire de Bagneux

• GROSMAIRE Serge

  France Telecom-CNET, Centre Paris-B, Laboratoire de Bagneux

• RAFFLE Yvan

  France Telecom-CNET, Centre Paris-B, Laboratoire de Bagneux

• LANDREAU Jean

  France Telecom-CNET, Centre Paris-B, Laboratoire de Bagneux

• Raffle Yvan

  France Telecom-cnet Centre Paris-b Laboratoire De Bagneux

• Landreau Jean

  France Telecom-cnet Centre Paris-b Laboratoire De Bagneux

• Charil Josette

  France Telecom-cnet Centre Paris-b Laboratoire De Bagneux

• Pierre Bernard

  France Telecom-cnet Centre Paris-b Laboratoire De Bagneux

• Gloukhian Andre

  France Telecom-cnet Centre Paris-b Laboratoire De Bagneux

• Grosmaire Serge

  France Telecom-cnet Centre Paris-b Laboratoire De Bagneux

関連論文

• Optical Crosstalk Reduction of 1.3μm/1.55μm Full-Diplex In-Line PIC Transceiver (Special Issue On Devices, Packaging Technology, and Subsystems for the Optical Access Network)

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