EC-801 Optical Fibre Communication Notes
5 notes for Optical Fibre Communication, unit by unit.
Notes for EC-801
- Unit 1 · Short notes Introduction to optical fibers and light propagation Vector nature of light · Propagation of light in free space and in a cylindrical dielectric rod · Ray model and wave model of light propagation · Different types of optical fibers · Modal analysis of fibers · Structure and wave‑guiding fundamentals of optical fibers
- Unit 2 · Short notes Signal degradation in optical fibers Dispersion and attenuation in optical fibers · Intermodal dispersion · Intramodal dispersion · Fabrication of optical fibers · Measurement techniques such as OTDR
- Unit 3 · Short notes Optical sources and detectors LEDs and laser diodes as optical sources · Laser and LED structures · Principles of photodetection · PIN photodiodes · Avalanche photodiodes · Phototransistors
- Unit 4 · Short notes Optical transceivers and fiber interconnection Direct detection and coherent receivers · Noise in detection process · Digital receiver performance evaluation and BER calculation · System design, power budgeting, rise‑time budgeting · Fiber joints and splicing techniques · Optical fiber connectors
- Unit 5 · Short notes Optical networks and amplifiers Optical network topologies · SONET and SDH networks · Optical amplifiers: EDFAs and Raman amplifiers · WDM systems · Passive optical networks
More for EC-801
Other 8th semester ECE subjects
- EC-802 (A) AI & Signal Processing
- EC-802 (B) Wireless Communication
- EC-802 (C) 5G Technology
- EC-803 (A) Wireless Network
- EC-803 (B) Digital Image Processing
- EC-803 (C) Speech Processing
- EC-804 Advanced Communication Engg. Lab