Handbook of fiber optic data communication / Casimer DeCusatis ... [et al.].
By: DeCusatis, Casimer
.
Material type: 
BookPublisher: San Diego : Academic Press, c1998Description: xxv, 854 p. : ill. ; 24 cm. + hbk.ISBN: 0124371620 .Subject(s): Optical communications | Fiber optics | Data transmission systemsDDC classification: 621.3981 | Item type | Current library | Call number | Copy number | Status | Date due | Barcode | Item holds |
|---|---|---|---|---|---|---|---|
| General Lending | MTU Bishopstown Library Lending | 621.3981 (Browse shelf(Opens below)) | 1 | Available | 00071296 |
Enhanced descriptions from Syndetics:
This reference work provides an overview of data communication using fibre optics and optoelectronics. It includes how to order all the industry standards interpreted in the book and where to earn professional certification in fibre optic technology. The book also provides a list of Internet and World Wide Web sites for accessible information.
Includes bibliographical references and index.
Part 1: The technology -- Optical fiber, cable and connectors / Ulf L. Osterberg -- Optical sources: Light-emitting diodes and laser technology / Wenbin Jiang and Michael S. Lebby -- Detectors for fiber optics / Carolyn J. Sher De Cusatis and Ching-Long (John) Jiang -- Logic and drive circuitry / Ray D. Sundstrom and Eric Maass -- Optical subassemblies / Michael Langenwalter, Georg Jeiter and George DeMario -- Fiber optic transceivers / Michael Langenwalter, Kurt Aretz, Carsten Schwantes, Herwig Stange and George DeMario -- Part 2: The links -- Fiber optic link requirements / Casimer De Cusatis -- Planning and building the optical link / R. T. Hudson, D. R. King, T. R. Rhyne and T. A. Torchia -- Testing fiber optic local area networks / Jim Hayes and Greg LeCheminant -- Part 3: The applications -- Intramachine communications / John D. Crow and Alan F. Benner -- Applications: asynchronous transfer mode and synchronous optical network / Carl Beckmann -- Fibre channel standard / Scholto Van Doren and Casimer De Cusatis -- Enterprise systems connection fiber optic link / Daniel J. Stigliani, Jr. -- Local area networks and fiber distributed data interface / Rakesh Thapar -- Part 4: The manufacturing technology -- Semiconductor laser and light-emitting diode fabrication / Wenbin Jiang and Michael S. Lebby -- Receiver, laser driver and phase-locked loop design issues / Dave Siljenberg -- Packaging assembly techniques / Glenn Raskin -- Alignment metrology and techniques / Darrin P. Clement, Ronald C. Laskey and Daniel Baldwin -- Part 5: The future -- Market analysis and business planning / Yann Y. Morvan and Ronald C. Lasky -- New devices for optoelectronics: smart pixels / Barry L. Shoop, Andre H. Sayles and Daniel M. Litynski -- Emerging technology for fiber optic data communication / Chung-Sheng Li and Frank Tong -- Manufacturing challenges / Eric Maass.
Table of contents provided by Syndetics
- Contributors (p. xiii)
- Preface to the Second Edition (p. xv)
- Part 1 The Technology
- Chapter 1 Optical Fiber, Cable, and Connectors (p. 3)
- 1.1. Light Propagation (p. 3)
- 1.2. Optical Fiber Characterization (p. 16)
- 1.3. Cable Designs (p. 26)
- 1.4. Connectors (p. 29)
- 1.5. Optical Fiber Bragg Gratings (p. 32)
- References (p. 38)
- Chapter 2 Optical Sources: Light-Emitting Diodes and Laser Technology (p. 41)
- 2.1. Introduction (p. 41)
- 2.2. Technology Fundamentals (p. 42)
- 2.3. Device Structure--LED (p. 50)
- 2.4. Device Structure--Lasers (p. 52)
- References (p. 80)
- Chapter 3 Detectors for Fiber Optics (p. 89)
- 3.1. Introduction (p. 89)
- 3.2. Detector Terminology and Characteristics (p. 90)
- 3.3. PN Photodiode (p. 95)
- 3.4. PIN Photodiode (p. 98)
- 3.5. Other Detectors (p. 106)
- 3.6. Noise (p. 119)
- 3.7. Conclusions (p. 124)
- References (p. 125)
- Chapter 4 Logic and Drive Circuitry (p. 127)
- 4.1. System Overview (p. 127)
- 4.2. Electrical Interface (p. 131)
- 4.3. Optical Interface (p. 132)
- Chapter 5 Optical Subassemblies (p. 143)
- 5.1. Function of the Optical Subassembly (p. 143)
- 5.2. Basic Properties of the Transmitter OSA (p. 144)
- 5.3. Basic Properties of the Receiver OSA (p. 145)
- 5.4. Coupling Radiation from a Laser Diode into a Fiber (p. 146)
- 5.5. Coupling Radiation from a Fiber into a Photodetector (p. 150)
- 5.6. Packaging of Optical Subassemblies (p. 152)
- 5.7. Optical Subassemblies for Parallel Optical Links (p. 154)
- 5.8. Outlook (p. 156)
- References (p. 158)
- Chapter 6 Fiber Optic Transceivers (p. 159)
- 6.1. Introduction (p. 159)
- 6.2. Technical Description of Fiber Optic Transceivers (p. 168)
- 6.3. The Optical Interface (p. 173)
- 6.4. Noise Testing of Transceivers (p. 182)
- 6.5. Packaging of Transceivers (TRX) (p. 189)
- 6.6. Series Production of Transceivers (p. 195)
- 6.7. Transceivers Today and Tomorrow (p. 201)
- 6.8. Parallel Optical Links (p. 207)
- References (p. 213)
- Part 2 The Links
- Chapter 7 Fiber Optic Link Requirements (p. 217)
- 7.1. Introduction (p. 217)
- 7.2. Link Budget Planning (p. 229)
- 7.3. Link Planning Considerations (p. 258)
- Appendix A Contact Information for Optoelectronics and Fiber Optics Information (p. 276)
- Appendix B Some Accredited Homologation Test Labs (p. 285)
- References (p. 287)
- Chapter 8 Planning and Building the Optical Link (p. 292)
- 8.1. Introduction (p. 292)
- 8.2. Private Networks (p. 293)
- 8.3. Standards (p. 310)
- 8.4. Handling and Installing Fiber Optics (p. 320)
- References (p. 332)
- Chapter 9 Testing Fiber Optic Local Area Networks (LANs) (p. 333)
- 9.1. Fiber Optic Testing Defined (p. 333)
- 9.2. Practical Considerations (p. 335)
- 9.3. Component Testing (p. 338)
- 9.4. Standardization of Testing Procedures (p. 339)
- 9.5. Fiber Optic Test Equipment Needed for Testing (p. 339)
- 9.6. Measuring Optical Power (p. 341)
- 9.7. Testing Loss (p. 342)
- 9.8. Testing Cable Loss (p. 344)
- 9.9. OTDR Testing (p. 346)
- 9.10. Troubleshooting Hints for the Cable Plant (p. 348)
- 9.11. Special Test Considerations for Gigabit Multimode Networks (p. 348)
- 9.12. Cable Plant Loss with Laser Sources (p. 352)
- 9.13. Bit Error Ratio Measurements (p. 353)
- 9.14. Characterizing Digital Communications Waveforms (p. 356)
- 9.15. Testing and Troubleshooting Networks (p. 361)
- 9.16. Transceiver Loopback Testing (p. 363)
- 9.17. Conclusion (p. 363)
- Part 3 The Applications
- Chapter 10 Introduction to Industry Standards (p. 367)
- 10.1. Introduction (p. 367)
- 10.2. Why Are International Standards Needed? (p. 369)
- 10.3. ISO (p. 370)
- 10.4. An Introduction to ANSI (p. 370)
- 10.5. IEEE 802.3z (Gigabit Ethernet) (p. 374)
- Chapter 11 Intramachine Communications (p. 379)
- 11.1. Introduction (p. 379)
- 11.2. Current Intramachine Optics Applications (p. 381)
- 11.3. System Area Networks (p. 383)
- 11.4. SAN Physical Layer Technology Requirements (p. 389)
- 11.5. Copper vs Optical: Technology Trade-Offs (p. 393)
- 11.6. Parallel Optical Interconnect hardware (p. 398)
- 11.7. Examples of Parallel Optical Interconnect Links (p. 419)
- 11.8. Conclusions (p. 431)
- References (p. 432)
- Chapter 12 Applications: Asynchronous Transfer Mode and Synchronous Optical Network (p. 435)
- 12.1. Introduction (p. 435)
- 12.2. SONET (p. 441)
- 12.3. ATM (p. 450)
- References (p. 463)
- Chapter 13 Fibre Channel Standard (p. 464)
- 13.1. Introduction (p. 464)
- 13.2. Overview (p. 465)
- 13.3. Storage Area Networks (p. 498)
- 13.4. How Fibre Channel Leverages Optical Data Communications (p. 498)
- 13.5. Summary (p. 503)
- Web Resources and References (p. 503)
- Chapter 14 Enterprise Systems Connection Fiber Optic Link (p. 506)
- 14.1. Introduction (p. 506)
- 14.2. ESCON System Overview (p. 508)
- 14.3. ESCON Link Design (p. 515)
- 14.4. Multimode Physical Layer (p. 523)
- 14.5. Single-Mode Physical Layer (p. 529)
- 14.6. Planning and Installation of an ESCON Link (p. 535)
- 14.7. Loss Budget Analysis (p. 546)
- 14.8. Link Troubleshooting (p. 551)
- 14.9. Additional Aspects (p. 556)
- References (p. 562)
- Chapter 15 Local Area Networks, Fiber Distributed Data Interface, Ethernet, and Token Ring (p. 564)
- 15.1. Introduction (p. 564)
- 15.2. Fast Ethernet (p. 565)
- 15.3. Gigabit Ethernet (p. 571)
- 15.4. VG-Any LAN (p. 572)
- 15.5. FDDI (p. 587)
- 15.6. FDDI-II (p. 598)
- References (p. 599)
- Part 4 The Manufacturing Technology
- Chapter 16 Semiconductor Laser and Light-Emitting Diode Fabrication (p. 603)
- 16.1. Introduction (p. 603)
- 16.2. LED Fabrication (p. 603)
- 16.3. Material Growth--Lasers (p. 605)
- 16.4. Device Processing (p. 616)
- 16.5. Conclusion (p. 642)
- References (p. 644)
- Chapter 17 Receiver, Laser Driver, and Phase-Locked Loop Design Issues (p. 655)
- 17.1. Introduction (p. 655)
- 17.2. Fiber Optic Receivers (p. 655)
- 17.3. Laser Drivers (p. 658)
- 17.4. Clock Recovery and PLLs (p. 664)
- 17.5. Conclusion (p. 673)
- References (p. 673)
- Chapter 18 Packaging Assembly Techniques (p. 675)
- 18.1. Packaging Assembly--Overview (p. 675)
- 18.2. First-Level Interconnects (p. 677)
- 18.3. Package Types (p. 688)
- 18.4. Package to Board Attach (p. 692)
- 18.5. Optical Interconnect (p. 695)
- References (p. 698)
- Chapter 19 Alignment Metrology and Techniques (p. 699)
- 19.1. Introduction (p. 699)
- 19.2. Interface Definition and Importance (p. 699)
- 19.3. Light Coupling (p. 701)
- 19.4. Elements of Coupled Power (p. 703)
- 19.5. Alignment Techniques (p. 715)
- 19.6. Conclusion (p. 730)
- References (p. 732)
- Appendix A Measurement Conversion Tables (p. 735)
- Appendix B Physical Constants (p. 737)
- Appendix C Index of Professional Organizations (p. 738)
- Appendix D OSI Model (p. 740)
- Appendix E Network Standards and Documents (p. 741)
- Appendix F Data Network Rates (p. 744)
- Appendix G Other Datacom Developments (p. 754)
- Acronyms (p. 759)
- Glossary (p. 778)
- Index (p. 803)