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Performance of a Dispersion Compensated Optical Direct Detection Linecoded CPFSK System Impaired by SPM
-
S. P. Majumder,
Published/Copyright:
December 1, 2000
Published Online: 2000-12-01
©2011 by Walter de Gruyter GmbH & Co.
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Articles in the same Issue
- Editorial
- A Simple Technique to Determine the Far Field Intensity Pattern of Laser Diodes and its Influence on Coupling Efficiency
- Performance of a Dispersion Compensated Optical Direct Detection Linecoded CPFSK System Impaired by SPM
- Improved Performance of WDM Systems by Partitioned Dispersion Compensation
- A Novel Self-healing Bi-directional Wavelength Path Switched WDM Ring: Principle and Experiment
- A Simple Method for Studying Single-mode Graded Index Fibers in the low V Region
- Mode-matching Analysis of Deep-etched Phase Gratings
- Single-mode Graded Index Fiber Directional Coupler: Analysis by a Simple and Accurate Method
- News
Articles in the same Issue
- Editorial
- A Simple Technique to Determine the Far Field Intensity Pattern of Laser Diodes and its Influence on Coupling Efficiency
- Performance of a Dispersion Compensated Optical Direct Detection Linecoded CPFSK System Impaired by SPM
- Improved Performance of WDM Systems by Partitioned Dispersion Compensation
- A Novel Self-healing Bi-directional Wavelength Path Switched WDM Ring: Principle and Experiment
- A Simple Method for Studying Single-mode Graded Index Fibers in the low V Region
- Mode-matching Analysis of Deep-etched Phase Gratings
- Single-mode Graded Index Fiber Directional Coupler: Analysis by a Simple and Accurate Method
- News