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Optical Fibers course outlines Course outlines: • Introduction to optical fiber • Advantages of optical communication engineering • Electromagnetic spectrum • Transmission windows • Waves concepts • Reflection index • Step-Index multi mode • Step-Index single mode • Graded-Index multi mode • Attenuation •Attenuation mechanism • Rayleigh scattering • Absorption • Micro-bending • Macro-bending • Dispersion • Optical fiber cable construction • Structure of a 250um coated fiber • Structure of a 900um tight buffered fiber • Multifiber loose buffer • Structure of a loose tube cable • Structure of a loose tube cable • Over length storage • Cable types • Fiber optic duct cable • Fiber optic buried cable • Optical ground wires OPGW • Submarine cable • MCS-drain cable • MCS-road cable • Optical fiber connectors • Fiber fusion splicer • Splice closures • Testing • Influences on fusion process

Optical Fibers course outlines new

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Page 1: Optical Fibers course outlines new

Optical Fibers course outlinesCourse outlines:• Introduction to optical fiber• Advantages of optical communication engineering• Electromagnetic spectrum• Transmission windows• Waves concepts• Reflection index• Step-Index multi mode• Step-Index single mode• Graded-Index multi mode• Attenuation•Attenuation mechanism• Rayleigh scattering• Absorption• Micro-bending• Macro-bending• Dispersion• Optical fiber cable construction• Structure of a 250um coated fiber• Structure of a 900um tight buffered fiber• Multifiber loose buffer• Structure of a loose tube cable• Structure of a loose tube cable• Over length storage• Cable types• Fiber optic duct cable• Fiber optic buried cable• Optical ground wires OPGW• Submarine cable• MCS-drain cable• MCS-road cable• Optical fiber connectors• Fiber fusion splicer• Splice closures• Testing• Influences on fusion process• Splice problem troubleshooting• Optical fibers test instruments• OTDR• Average loss (dB/Km)• Splice loss & location• Reflectance and Optical Return Loss (ORL)• End-to-end attenuation• Total length• Using the OTDR• OTDR parameters• Wavelength• Pulse width• Distance range• Categorizing events types• A non-reflective event• A reflective event

Page 2: Optical Fibers course outlines new