Studiehandboken 06/07 del 4 - KTH

KTH Studiehandbok Studiehandbok 2006-2007
2B1813 Fiberoptisk kommunikation
Poäng/KTH Credits 5
ECTS-poäng/ECTS Credits 7.5
Kursnivå/Level
D
Betygsskala/Grading, KTH 3, 4, 5
ECTS-betygsskala/Grading, ECTS
A-F
Obligatorisk för/Compulsory for
TFOTM1
Språk/Language
Engelska/English
Kurssida/Course Page
http://www.it.kth.se/courses/2B1813
Fiber-optical Communication
Kursansvarig/Coordinator
Eilert Berglind, eilert@imit.kth.se
Tel. 08 790 40 53
Kursuppläggning/Time Period 3
Föreläsningar 28 h
Övningar 14 h
Lab 8 h
Kortbeskrivning
The course content is knowledge of fibre-optical components, links, and
systems.
Mål
The course content is knowledge of fibre-optical components, links, and
systems. The systems relevant parameters of devices are derived from a
physical description, and this forms the basis for designing fibre-optic links.
After a completed course the participants should be able to:
- Understand, describe, analyse, and compare the most important devices:
light sources, fibres and detectors.
- Design of digital fibre-optic links.
Kursinnehåll
Dielectric wave guides: Attenuation, wavelength dispersion. Light sources:
Semiconductor laser, light-emitting diode, rate equations, output power,
modulation, noise, laser amplifiers, chirp. Detectors: PIN diode, avalanche
diode, responsitivity, bandwidth, noise Systems: Direct detection systems,
heterodyne systems, attenuation limitations, dispersion limitations, signal
dependent noise, additive noise, bit error rate, optical networks, solitones.
Förkunskaper
It is assumed that the participants are familiar with:
- Wave guides, i.e. wave equation and modes, which is given in 2A1820,
2A1840 or 2A1850 or in the wave guide chapter in Microwave Engineering
2B1310;
- Circuit theory, i.e. impulse response, convolutions, and transfer function for
time continuous signals, which is taught in Signals and Systems 2E1313 or
5B1215;
- Pn-junction, which is taught in Solid state components 2B1252;
- Noise, i.e. the concepts of auto correlation for analogue signals, spectral
density and filtering, which is taught in Signal theory 2E1423;
Kursfordringar
One written examination (TEN1; 4 credits) and laboratory course (LAB1; 1
credit)
Kurslitteratur
Agrawal: ”Fiber-Optic Communication Systems”, third edition, Wiley 2002
Abstract
The course content is knowledge of
fibre-optical components, links, and
systems.
Aim
The course content is knowledge of
fibre-optical components, links, and
systems. The systems relevant
parameters of devices are derived from a
physical description, and this forms the
basis for designing fibre-optic links.
After a completed course the
participants should be able to:
- Understand, describe, analyse, and
compare the most important devices:
light sources, fibres and detectors.
- Design of digital fibre-optic links.
Syllabus
Dielectric wave guides: Attenuation,
wavelength dispersion. Light sources:
Semiconductor laser, light-emitting
diode, rate equations, output power,
modulation, noise, laser amplifiers,
chirp. Detectors: PIN diode, avalanche
diode, responsitivity, bandwidth, noise
Systems: Direct detection systems,
heterodyne systems, attenuation
limitations, dispersion limitations, signal
dependent noise, additive noise, bit error
rate, optical networks, solitones.
Prerequisites
It is assumed that the participants are
familiar with:
- Wave guides, i.e. wave equation and
modes, which is given in 2A1820,
2A1840 or 2A1850 or in the wave guide
chapter in Microwave Engineering
2B1310;
- Circuit theory, i.e. impulse response,
convolutions, and transfer function for
time continuous signals, which is taught
in Signals and Systems 2E1313 or
5B1215;
- Pn-junction, which is taught in Solid
state components 2B1252;
- Noise, i.e. the concepts of auto
correlation for analogue signals, spectral
density and filtering, which is taught in
Signal theory 2E1423;
Requirements
One written examination (TEN1; 4
credits) and laboratory course (LAB1; 1
credit)
Required Reading
Agrawal: ”Fiber-Optic Communication
Systems”, third edition, Wiley 2002
660
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