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Principles and Applications

  • Optical Components for Communications: Principles and Applications - Ching-Fuh Lin - Google Libros.
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Optical Components for Communications: Principles and Applications - Ching-Fuh Lin - Google книги

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Most helpful customer reviews on Amazon. June 25, - Published on Amazon. Verified Purchase. The book is a little more technical than an easy reading book on optical components. You would need a degree in physics or electrical engineering to understand. And the author uses a lot of math to discuss the concepts.

ES4C4 - Optical Communication Systems

But it's a readable book if you're just looking for the main concepts on each chapter. You can skip a lot of the math and focus on the english. I wish the book was more english and less math, but overall it's an intelligently written book and covers all the main components that you need to undersand optical and laser communication systems.

Review of Optical Ray Theory 2.

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Light Propagation in Optical Fibers 2. Classification of Optical Fibers 2. Propagation Modes 2. Dispersion in Optical Fibers 2. Types of Dispersions Contents note continued: 2. Attenuation in Optical Fibers 2. Transmission Losses in Optical Fiber Cable 2.

Need for Optical Communication

Comparison of Optical Fibers 3. Optical Sources and Transmitters 3. Requirements for an Optical Source 3. Laser Diodes 3. Optical Transmitter Block Diagram 4.

Optical Receivers 4. Requirements for a Photodetector 4. Semiconductor Photodetectors 4. Optical Receiver Block Diagram 4. Receiver Noise 4. Receiver Sensitivity Contents note continued: Points to Remember 5.

Optical Amplifiers 5. Functional Types of Optical Amplifiers 5. Raman Fiber Amplifiers 5. Erbium Doped Fiber Amplifiers 5. Comparision of Optical Amplifiers 5. Applications of Optical Amplifiers 6. Dispersion Management Techniques 6. Need for Dispersion Management 6. Pre-Compensation Dispersion Management 6. Post-Compensation Dispersion Management 6. Fiber Bragg Gratings 6. Chirped Mode Couplers 7. WDM Concepts and Components 7. Principle of Wavelength Division Multiplexing 7.

WDM System Configurations 7. Tunable Optical Filters 7.

Fiber Cables

Star Couplers 7. Wavelength Converters 7. Wavelength Routers 7. WDM Transmitters 7.

WDM Receivers 7. System Performance Issues 7. Optical Measurements 8. Requirements of Optical Fiber Measurements 8. Optical Transmitter Measurements 8. Modulation Measurement and Analysis 8. Amplifier Gain and Noise Figure Measurements 8. Insertion Loss Measurements 8. Optical Return Loss Measurements 8. Fiber Attenuation Measurements 8. Fiber Dispersion Measurements 8.

Optical Fiber Fault Measurements 8.