Optoelectronics for Data Communication
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Table of contents
- Cover
- Contentsv
- Contributorsix
- Prefacexi
- Chapter 1. Introduction1
- 1.1 Introduction1
- 1.2 Historical Perspective2
- 1.3 Recent Efforts in Optical Data Communication4
- Chapter 2. Fiber, Cable, and Coupling7
- 2.1 Introduction7
- 2.2 Ray and Electromagnetic Mode Theory8
- 2.3 Coupling of Light into an Optical Fiber16
- 2.4 Optical Fiber Characteristics21
- 2.5 Optical Fiber Cable Design36
- 2.6 Optical Fiber Connectors44
- Appendix A72
- References75
- Chapter 3. Light Sources, Detectors, and Basic Optics77
- 3.1 Introduction77
- 3.2 Basic Optics78
- 3.3 Optical Processes in Semiconductors84
- 3.4 Impurities92
- 3.5 The p–n Junction Diode96
- 3.6 Photodetectors102
- 3.7 Light Emitting Diodes108
- 3.8 Lasers113
- 3.9 Semiconductor Laser Diodes115
- References125
- Chapter 4. Integrated Circuits, Transceiver Modules, and Packaging127
- 4.1 Basic Link Overview127
- 4.2 Cable/Connector131
- 4.3 Building the Link144
- 4.4 Industry Examples of Packaging Solutions155
- 4.5 Future Trends159
- References163
- Chapter 5. Connector/Module Interface165
- 5.1 Introduction165
- 5.2 Interface Definition and Importance170
- 5.3 The Twelve Elements of Coupled Power Repeatability in Single Mode Systems185
- 5.4 Metrology: Measuring the Coupled Power Range197
- 5.5 Computer Simulations to Guarantee the Coupled Power Range214
- 5.6 Conclusions215
- References215
- Chapter 6. Data Processing Systems and Optoelectronics219
- 6.1 Data Processing System Overview219
- 6.2 Optical Data Link Design224
- 6.3 Industry Standards for Optical Fiber Data Communication248
- 6.4 Intraconnection Applications255
- 6.5 ATM/SONET: Emerging Telecom/Datacom Standard263
- 6.6 Emerging Applications and Technologies270
- References279
- Chapter 7. Bringing a Product to Market285
- 7.1 Introduction285
- 7.2 Organization287
- 7.3 Ideas for New Products292
- 7.4 Preparing the Offerings Proposal297
- 7.5 Business Case298
- 7.6 YES!304
- 7.7 Selling the Product or Service306
- 7.8 Conclusions308
- References309
- Chapter 8. The Future of Information Technology311
- 8.1 Introduction311
- 8.2 The Technology313
- 8.3 Technology versus Services315
- 8.4 Implications317
- 8.5 Opportunities319
- 8.6 Conclusions320
- Index321
The use of optoelectronics for data communication is becoming increasingly important in the 1990s. Much of the base technology needed for this field was developed by the telecommunications industry, but there are important differences which are covered in this text.
This is the first book to focus on the critical technology and application issues that are necessary to understand the optoelectronics for data communication industry, which is expected to grow exponentially during the coming years. Optoelectronics for Data Communication is an excellent reference for both researchers and engineers because it emphasizes fundamentals rather than more easily dated topics. The book focuses particular attention on practical engineering issues, making it invaluable to those who have worked or studied in the field of optoelectronics for telecommunication and are now moving to optoelectronics for data communication.
Focuses on fundamentals of the field
Reviews critical technologies and applications
Explains important technology compatibility issues
Includes chapters written by specialists in each area with emphasis on engineering issues and practical aspects
Presents coverage of topics that are unique to optical data communications including:
This is the first book to focus on the critical technology and application issues that are necessary to understand the optoelectronics for data communication industry, which is expected to grow exponentially during the coming years. Optoelectronics for Data Communication is an excellent reference for both researchers and engineers because it emphasizes fundamentals rather than more easily dated topics. The book focuses particular attention on practical engineering issues, making it invaluable to those who have worked or studied in the field of optoelectronics for telecommunication and are now moving to optoelectronics for data communication.
Focuses on fundamentals of the field
Reviews critical technologies and applications
Explains important technology compatibility issues
Includes chapters written by specialists in each area with emphasis on engineering issues and practical aspects
Presents coverage of topics that are unique to optical data communications including: