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  • 11:29 AM, Tuesday, 04 Aug 2020


Course Postgraduate
Semester Electives
Subject Code AVM870
Subject Title Photonic Integrated Circuits

Syllabus

Photonic Integrated Circuits (PIC) are highly promising to handle the quickly growing
data traffic in the near future where pure copper based electronic will fail to satisfy
the requirements of bandwidth and distance. This course deals with principles,
devices and applications that enable the integration of various photonic devices and
circuits on a single chip.
Electronic integrated circuits, Scaling of electronic devices, Electrical interconnects,
issues with electrical interconnection, Optical interconnects-advantages-similarities
with electrical interconnects Integration-Photonic Integrated Circuits (PIC)-brief
history of PIC-Features- Materials for PIC platform-Si, Silica, SOI, III-V, LiNbO3
Basic theory of Planar and channel waveguide-effective index method-guided modes
Types of waveguides-Optical losses in waveguides-(side wall scattering, bending,
losses due to metal layer)-waveguide fabrication (LiNbO3 and III-V based)
Passive devices for photonic integrated circuits -waveguides-splitters-directional
coupler-waveguide bends-coupled and uncoupled waveguides-application to
directional coupler-gratings, DBR mirrors, Photonic crystals Switches and modulators
for photonic integrated circuits -controlling guided waves-electro-optic effect,-electroabsorption
effect, Quantum Confined Stark Effect (QCSE), -acousto-optic effect,–
thermo-optic effect,-magneto-optic effect, plasma-dispersion effect, non-linear optic
effect.
Phase modulators, intensity modulators, microring resonators, fabrication techniques,
materials(Si, glass, polymer, III-V), multi-layer processing, all-optical switching,
filters, transversemodulators, optical switches, self electro optic devices (SEED)
Light sources and detectors for photonic integrated circuits: Edge emitting lasers,
vertical cavitysurface emitting lasers (VCSEL), advantages of VCSEL for
interconnects, basic design.plasmonic lasers, single photon lasers, Resonant cavity
enhanced photo detectors, pinphotodetector, MSM photo detector

Silicon photonics: advantages and disadvantages of Silicon for photonics-Fabrication
of Siwaveguide devices-SIMOX-BESOI-Wafer splitting-SOI-submicron waveguides,
Silicon lightsources (LED, LASER), porous Silicon, Si nanocrystals, Raman effect
based Si devices SiGedevices, QCSE effect in SiGe, SiGe modulator.
PIC configuration: Examples of III-V based PIC, Si based PIC, III-V on Si based PIC,
OPTO-VLSI, chip-chip, board-board interconnect architecture, bi-directional
interconnects, selected configurations from recent literature, free space
interconnection.

Text Books
References

1. Nishihara, Hiroshi, Masamitsu Haruna, and Toshiaki Suhara. "Optical integrated circuits."New York (1989)
2. Larry A. Coldren and Scott W. Corzine. Diode Lasers and Photonic Integrated Circuits. Wiley.