Add to ORKGAn optical time domain reflectometer is described which combines in one instrument the basic capability to analyze several important fiber characteristics. The device uses the polarization properties of light to enable high sensitivity fault detection close to the fiber input end; its probe pulse temporal characteristics and high gain photodetector in combination provide excellent discontinuity location resolution in long lossy fibers, and give an indication of fiber dispersion at large bandwidths
Polarization-sensitive optical time domain reflectometry techniques which are used for measurement o...
Polarization sensitive reflectometric measurements are effective tools for the characterization of p...
The last couple of decades have witnessed a steep rise in extensive research on fiber optical commun...
It is very evident that fiber optics technology is one of the fastest growing technology today. This...
Polarization optical time domain reflectrometry is an effective technique for the characterization o...
With increase in usage of optical fiber for digital data communication which is replacing copper cab...
In recent years, optical time-domain reflectometry (OTDR) has progressed from a laboratory experimen...
The paper concerns the optical fiber sensors with distributed parameters based on the combination of...
Fiber optics has become the preferred technology in communication systems because of what it has to ...
Polarization sensitive optical reflectometry is an effective tool for measuring birefringence and po...
A dual-wavelength pulse strategy is proposed to reduce the fading phenomenon in a phase-sensitive op...
A new OTDR technique to interrogate the range of reflective markers in an optical fiber (or an elect...
Supervision of the physical layer of optical networks is an extremely relevant subject. To detect fi...
In this study, we developed a multi-channel fiber-optic temperature sensor system (FTSS) using an op...
A simple method to localize and estimate PMD in optical fibers using the polarization optical time d...
Polarization-sensitive optical time domain reflectometry techniques which are used for measurement o...
Polarization sensitive reflectometric measurements are effective tools for the characterization of p...
The last couple of decades have witnessed a steep rise in extensive research on fiber optical commun...
It is very evident that fiber optics technology is one of the fastest growing technology today. This...
Polarization optical time domain reflectrometry is an effective technique for the characterization o...
With increase in usage of optical fiber for digital data communication which is replacing copper cab...
In recent years, optical time-domain reflectometry (OTDR) has progressed from a laboratory experimen...
The paper concerns the optical fiber sensors with distributed parameters based on the combination of...
Fiber optics has become the preferred technology in communication systems because of what it has to ...
Polarization sensitive optical reflectometry is an effective tool for measuring birefringence and po...
A dual-wavelength pulse strategy is proposed to reduce the fading phenomenon in a phase-sensitive op...
A new OTDR technique to interrogate the range of reflective markers in an optical fiber (or an elect...
Supervision of the physical layer of optical networks is an extremely relevant subject. To detect fi...
In this study, we developed a multi-channel fiber-optic temperature sensor system (FTSS) using an op...
A simple method to localize and estimate PMD in optical fibers using the polarization optical time d...
Polarization-sensitive optical time domain reflectometry techniques which are used for measurement o...
Polarization sensitive reflectometric measurements are effective tools for the characterization of p...
The last couple of decades have witnessed a steep rise in extensive research on fiber optical commun...