Lecture Notes pdf ppt :ofc optical fiber communication

Lecture Notes

Lecture		Title
1		Photonics Overview
2		Wave Equations, Bouncing Wave Picture of SlabWaveguides
3		Wave Optics Approach to the Slab Waveguide
4		Wave Optics Approach, Connection to Bouncing Wave Picture
5		Wave Optics Approach, Effective Index, Mode Normalization
6		Mode Orthogonality and Completeness, Rectangular Waveguides
7		Coupling into Waveguides
8		Side and Prism Coupling
9		Coupled Waveguides
10		Coupled Mode Theory
10		Coupled Mode Theory Appendix
11		Grating Coupling, Introduction to Numerical Methods
12		Finite Difference Time Domain Method
13		Beam Propagation Method
14		Bend Loss and Photonic Crystals
15		Optical Fibers, Introduction
16		Fiber Mode Profiles and LP Modes
17		Fiber Mode Degeneracy
18		Number of Fiber Modes
19		Group Velocity Dispersion
20		Introduction to Photodetectors, Photoemissive Type
21/22		Photodiodes and Solar Cells
23		Midterm Review
24		Spectral Modal Noise
25		Quantum Efficiency, Calorimeters
26		Pyroelectric Photodetectors, Detector Summary
27		Optical Amplifiers, Introduction
28/29/30		EDFAs
31		EDFA Gain and Gain Saturation
32		Semiconductor Optical Amplifiers
33		Raman Amplifiers
34		Amplified Spontaneous Emission
35		Optical Preamplifiers
36		Optical Amplifier Chains
37		No additional lecture notes
38		No additional lecture notes
39		Laser Balance Eq., Gain in Semiconductor Lasers
39		Supplemental material on single frequency semiconductor lasers
40		No additional notes for this lecture
41		Confinement Factor, Longitudinal Modes, Rate Eqs.
42		No additional notes for this lecture.
43		Optical Modulators