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Fundamentals of fiber optics in telecomminication and sensor systems

By: Pal, Bishnu PMaterial type: Text

TextLanguage: ENG. Publication details: New Delhi: New Age International, 2015Edition: 2nd edDescription: xxiv, 620p.; PAPER BACK 23 cmISBN: 9788122436624Subject(s): Electrical and Electronic EngineeringDDC classification: 621.369 2

Contents:

Contents: Preface; Contributors; Part-I (Fiber and Integrated Optical Waveguides : Fundamental Principles); 1. Evolution of Fiber Optics-A Brief Survey 2. Opto-Electronics and the Information Age: A Perspective 3. Electromagnetics of Integrated Optical Waveguides 4. Transmission Characteristics of telecommunication Optical Fibers 5. Single-Mode Fiber Designs for Telecommunications 6. Polarisation Maintaining Fiber and Their Applications 7. Non-linear Process in Optical Fibers: Phase-Matching for Second Harmonic Generation in Optical Waveguides 8. Non-Linear Integrated Optics 9. Fabrication Techniques of Optical Fibers 10. Characterisation of Optical Fibers for Telecommunication and Sensors-Part I: Multimode Fibers 11. Characterisation of Optical Fibers- Part II: Single-Mode Fibers 12. Optical Fiber Cables; Part-II (Optical Sources, Detectors and Communication Systems); 13. Optical Sources, Detectors and Engineered Systems - Introductory Remakes 14. Semiconductor Lasers for Optical Fiber Communications 15. Distributed Feedback InGaAsP Leaser 16. Some Fundamentals of Photodetectors for Fiber Optics 17. Receivers for Digital Fiber Optics Communication Systems 18. Fundamentals of Digital Communication 19. Purpose Designing of Optical Fiber Systems 20. Coherent Optical Fiber Transmission Systems 21. Integrated Optic Devices; Part III (Fiber Sensors and Devices); 22. Optical Fiber Sensors and Devices 23. Intensity Modulated Optical Fiber Sensors 24. Interferometric Optical Fiber Sensors 25. Fused Single-Mode Optical Fiber Couplers 26. Single-Mode All Fiber Components 27. Single Processing in Monomode Fiber Optic Sensor Systems 28. Fiber Optic Sensor Multiplexing 29. Optical Fibers for Power Systems; Index.

Summary: Fiber Optics, Telecommunication, Sensor Systems.

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Holdings
Item type	Current library	Home library	Collection	Call number	Copy number	Status	Notes	Barcode
Books	ADBU Azara Campus Library Reference	ADBU Azara Campus Library Reference	Reference	621.369 2 PAL (Browse shelf(Opens below))	1	Not For Loan	Placed in Azara Campus Library in Reference Section.	16085
Books	ADBU Azara Campus Library Electrical & Electronic Engineering	ADBU Azara Campus Library Electrical & Electronic Engineering	Non-fiction	621.369 2 PAL (Browse shelf(Opens below))	2	Available	Placed in Azara Campus Library.	16086
Books	ADBU Azara Campus Library Electrical & Electronic Engineering	ADBU Azara Campus Library Electrical & Electronic Engineering	Non-fiction	621.369 2 PAL (Browse shelf(Opens below))	3	Available	Placed in Azara Campus Library.	16087
Books	ADBU Azara Campus Library Electrical & Electronic Engineering	ADBU Azara Campus Library Electrical & Electronic Engineering	Non-fiction	621.369 2 PAL (Browse shelf(Opens below))	4	Available	Placed in Azara Campus Library.	16088
Books	ADBU Azara Campus Library Electrical & Electronic Engineering	ADBU Azara Campus Library Electrical & Electronic Engineering	Non-fiction	621.369 2 PAL (Browse shelf(Opens below))	5	Available	placed in azara campus library.	10678

Electrical & Electronic

Contents:
Preface;
Contributors;
Part-I (Fiber and Integrated Optical Waveguides : Fundamental Principles);
1. Evolution of Fiber Optics-A Brief Survey
2. Opto-Electronics and the Information Age: A Perspective
3. Electromagnetics of Integrated Optical Waveguides
4. Transmission Characteristics of telecommunication Optical Fibers
5. Single-Mode Fiber Designs for Telecommunications
6. Polarisation Maintaining Fiber and Their Applications
7. Non-linear Process in Optical Fibers: Phase-Matching for Second Harmonic Generation in Optical Waveguides
8. Non-Linear Integrated Optics
9. Fabrication Techniques of Optical Fibers
10. Characterisation of Optical Fibers for Telecommunication and Sensors-Part I: Multimode Fibers
11. Characterisation of Optical Fibers- Part II: Single-Mode Fibers
12. Optical Fiber Cables;
Part-II (Optical Sources, Detectors and Communication Systems);
13. Optical Sources, Detectors and Engineered Systems - Introductory Remakes
14. Semiconductor Lasers for Optical Fiber Communications
15. Distributed Feedback InGaAsP Leaser
16. Some Fundamentals of Photodetectors for Fiber Optics
17. Receivers for Digital Fiber Optics Communication Systems
18. Fundamentals of Digital Communication
19. Purpose Designing of Optical Fiber Systems
20. Coherent Optical Fiber Transmission Systems
21. Integrated Optic Devices;
Part III (Fiber Sensors and Devices);
22. Optical Fiber Sensors and Devices
23. Intensity Modulated Optical Fiber Sensors
24. Interferometric Optical Fiber Sensors
25. Fused Single-Mode Optical Fiber Couplers
26. Single-Mode All Fiber Components
27. Single Processing in Monomode Fiber Optic Sensor Systems
28. Fiber Optic Sensor Multiplexing
29. Optical Fibers for Power Systems;
Index.

Fiber Optics, Telecommunication, Sensor Systems.

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