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Modal Noise. The Influence of Modal Noise on a Digital 1.3 μm Optical Transmission System
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W. Koester
Published/Copyright:
October 11, 2016
Summary
The performance increase of optical transmission systems creates new problems like optical feedback and modal noise. It is very important to overcome these problems especially in systems composed by a lot of single optical elements. In this paper we describe a new method to determine the degree of mode selectivity produced by these devices. A simple model for modal noise description together with experimental results are presented.
Received: 1983-7-29
Published Online: 2016-10-11
Published in Print: 1984-3-1
© 2016 by Walter de Gruyter Berlin/Boston
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- Miscellaneous
- Meetings Calendar
- Call for Papers
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- Imprint
- Hints for Authors
Articles in the same Issue
- Titelei
- Contents
- Integrated Optics
- Design Tradeoffs for High-Speed Directional Coupler Modulators with Δβ-Reversal in LiNbO3
- High-Speed Δβ-Reversal Directional Coupler Modulator with Low Insertion Loss for 1.3 μm in LiNbO3
- Electrically Induced Ti:LiNbO3 Strip-Waveguides: Effect of Electrooptic Modulation
- Light Propagation in Proton-Exchanged LiNbO3 Waveguides
- Measurements. Pulse Dispersion Measurements on Concatenated Cabled Optical Fibers at 1.3 μm
- Modal Noise. The Influence of Modal Noise on a Digital 1.3 μm Optical Transmission System
- Lasers. Characterization of Laser Diodes by Measuring the Speckle Contrast at the End of a Multimode Fiber
- Miscellaneous
- Meetings Calendar
- Call for Papers
- News
- Imprint
- Hints for Authors
