Fiber optik aşkarlama texnikasıSyllabus

Subject code

MS-1213

Credits

6

Student workload

75

Semester

Spring semester

Academic year

2025-2026

Subject type

Mandatory

Form of education

Full-time

Language of instruction

Azerbaijani

In-class hours

a) 30 saat - mühazirə b) 15 saat -seminar

Out-of-class hours

a) 75 saat - TSİ b) 60 saat – MRTSİ

“fiberoptik aşkarlama texnikası” fənni 060627-“elektronika, telekommunikasiya və radiotexnika mühəndisliyi” ixtisasının üzrə təhsil alan magistrantlar üçün baza ixtisas fənni hesab edilir. “fiberoptik aşkarlama texnikası” fənn, layihələndirilmə metod və üsulları, onların xüsusiyyətləri oxşar və fərqli cəhətləri öyrənilir.bu baxımdan mövcud telekommunikasiya şəbəkələrində optiq traktlarda tədbiq tapmış “fiberoptik aşkarlama texnikasının” praktiki nümunələri təhlil edilir.

• lecture
• project-based learning
• interactive discussion
• teamwork
• seminar
• presentations

No learning outcomes have been added.

1. 1.
   Admission to the specialty. general information on optical telecommunication systemsLecture
2. 2.
   The length of the waves transmitted by optical fiberLecture
3. 3.
   Optical fiber concept and bandwidth requirements. types and diameter of optical fibersLecture
4. 4.
   Principles of organization of two-way linear fiber optic transmission system tractsLecture
5. 5.
   Optical connectors and connectors (optical connector), sockets and adapters basic operating parameters of attenuators. optical isolators (valves). fiber optic filters. optical crosses, switching panelsLecture
6. 6.
   8. conclusion of laboratory workLaboratory
7. 7.
   Multiplexer and demultiplexers. dispersion compensators. wavelength convertersLecture
8. 8.
   External modulation of optical radiationLecture
9. 9.
   Optical switches. fiber optic converter switchesLecture
10. 10.
    Technology of microelectromechanical (mem) converters. dense multiplexing by wavelengthLecture
11. 11.
    Magnetic and electric field sensorsLecture
12. 12.
    Fiber optic sensors in oil and gas extraction, biophotonic sensors scatter based sensorsLecture
13. 13.
    Temperature detection systems in optical fibers fiber optic sensor technologyLecture
14. 14.
    Passive fiber optic sensorsLecture
15. 15.
    General revision and exam preparationLecture

1. 1. strong, andrew p.; lees, gareth; hartog, arthur h.; twohig, richard; kader, kemal; hilton, graeme (december 2009). "an integrated system for pipeline condition monitoring". international petroleum technology conference. international petroleum technology conference. doi:10.2523/iptc-13661-ms. stoltngy v. wireless communication lines and networks. изд. 2-е. испр.пер.с англ. - m.: "izdatelsky dom" "wilhems" 2003. 2. optical sensors for ITER magnets". archived from the original on january 24, 2016. retrieved august 4, 2015. 3. demiguel-soto, veronica (2018). "ultra-long (290 km) remote interrogation sensor network based on a randomly distributed feedback fiber laser". optics express. 26 (21): 27189–27200. doi:10.1364/oe.26.027189. 4. yin, ming-jie; gu, bobo; an, guan-fu; yang, chengbin; guan, yong liang; yong, ken-tye (december 1, 2018). "recent development of fiber-optic chemical sensors and biosensors: mechanisms, materials, micro/nano-fabrications and applications". coordination chemistry reviews. 376: 348.(opens in a new tab)