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Bit Error Rate Degradation Due to Modal Noise in Single-Mode Fiberoptic Communication Systems
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P. Mohana Shankar,
Veröffentlicht/Copyright:
1. März 1989
Published Online: 1989-03
©2011 by Walter de Gruyter GmbH & Co.
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Artikel in diesem Heft
- Editorial
- Mechanical Shaping of Preforms for Low Loss at Low Cost
- Attenuation of Modes in Multiple-Cladding Single-Mode Fibers
- Sensitivity Comparison of Coherent Optical Heterodyne, Phase Diversity, and Polarization Diversity Receivers
- Bit Error Rate Degradation Due to Modal Noise in Single-Mode Fiberoptic Communication Systems
- A Fast and Accurate Test Method for Determining the Dynamic Low Level of Optical Transmitters
- Limits of Optical Heterodyne DPSK Transmission Systems with Envelope Detection
- Simple Method for Quantifying Optical Feedback for Laser to Single-Mode Fiber Coupling Structures
- News
Artikel in diesem Heft
- Editorial
- Mechanical Shaping of Preforms for Low Loss at Low Cost
- Attenuation of Modes in Multiple-Cladding Single-Mode Fibers
- Sensitivity Comparison of Coherent Optical Heterodyne, Phase Diversity, and Polarization Diversity Receivers
- Bit Error Rate Degradation Due to Modal Noise in Single-Mode Fiberoptic Communication Systems
- A Fast and Accurate Test Method for Determining the Dynamic Low Level of Optical Transmitters
- Limits of Optical Heterodyne DPSK Transmission Systems with Envelope Detection
- Simple Method for Quantifying Optical Feedback for Laser to Single-Mode Fiber Coupling Structures
- News
