Wide-Band Dispersion Compensation for PCF with Uniform Air Hole Structure

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概要

• 論文の詳細を見る

• We investigate numerically the applicability of photonic crystal fiber (PCF) with a uniform air hole structure as a wide-band transmission medium. We show that accumulated dispersion over the PCF can be reduced effectively by optimizing the index profile of dispersion compensating fiber (DCF). We also show that a bandwidth of more than 300nm will be available for 40Gbit/s NRZ transmission by using the PCF as a transmission medium instead of conventional 1.3μm zero-dispersion single-mode fiber (SMF).

• （社）電子情報通信学会の論文
• 2009-09-01

著者

• Nakajima Kazuhide

  Ntt Access Network Service Systems Laboratories Ntt Corporation

• Nakajima K

  Ntt Access Network Service Systems Laboratories

• Matsui Takashi

  Ntt Access Network Service Systems Laboratories Ntt Corporation

• Fukai Chisato

  Ntt Access Network Service Systems Laboratories Ntt Corporation

• NAKAJIMA Kazuhide

  NTT Corporation

• MATSUI Takashi

  NTT Corporation

• FUKAI Chisato

  NTT Corporation

関連論文

• 10Gb/s WDM Transmission at 1064 and 1550nm over 24km Photonic Crystal Fiber with Negative Power Penalties(Optical Fiber for Communications)
• Novel Optical Loss Design Method for WDM Systems(Optical Fiber for Communications)
• SB-12-1 Design considerations for 1.38 μm zero-dispersion fiber for access and metropolitan networks
• Wide-Band Dispersion Compensation for PCF with Uniform Air Hole Structure
• Applicability of Large Effective Area PCF to DRA Transmission
• Design Considerations for Inverse Dispersion Fiber(Special Issue on Optical Fibers and Devices)
• Bending-Loss Insensitive Fiber with Hole-Assisted Structure
• Conditions for Measuring Nonlinear Refractive Index n_2 by SPM Based cw Dual-Frequency Method

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