This paper presents the generation mechanism and characteristics of modal noise in
vibrating aerial optical cables. It has been determined that splice imperfection determines …

The vibration tendencies of conventional strand and conductor with regard to tension have
been established for some time. The same cannot be said for all dielectric self-supporting …

Modal noise becomes a serious problem in multimode optical fiber systems. It is said that
there are two main causes for modal noise, one being the optical source and the other fiber …

Vibration tests were performed on commercial grade fiber optic connectors and splices. Both
singlemode and multimode components were tested. Sinusoidal vibrations up to 500 Hz and …

This article has analyzed the splicing and coupling influence of cabling to fibers test links
measurements. The simulative study for different free/forced vibration mechanics in MEMS is …

Fiber optic cables are increasingly being used in harsh environments where they are
subjected to vibration. Understanding the degradation in performance under these …

Polarization fluctuation characteristics of optical-fiber submarine cable under 8000-m-deep
sea environmental conditions, optical-fiber submarine cable coupling under periodic …

The authors present the results of a theoretical and experimental investigation of modal
noise in single-mode fiber lengths of less than 1 m. Simulations show that modal noise …

Vibration causes mechanical distortions in fiberoptic transmission lines that induce time
(phase) fluctuations. RF systems are increasingly using optical fibers in various ways and …

In the paper we are presenting the results of the measurements of the phase noise occurring
in the optical fiber because of mechanical (acoustic) vibrations. The system used for these …