具体描述
As laser diodes continue to increase in use and versatility so their design has become more sophisticated, requiring extensive physical and mathematical modelling. Concentrating on presenting a thorough analysis of DFB lasers from a level suitable for research students, the book emphasises understanding of fundamental principles and gives extensive coverage of computer aided modelling techniques. It is supported by a suite of Matlab programs.
这本书详细介绍了分布式反馈半导体激光器这一重要的技术领域，旨在为读者提供全面而深入的学习资源。内容涵盖了激光器的工作原理、设计方法及其在现代电子和光学系统中的应用。这一书不仅关注理论框架，还结合大量实验案例，帮助读者理解分布式反馈激光器的实现细节和实际效果。 作者采用清晰易懂的语言，系统地讲解了各个关键概念，从基础知识到高级应用，确保每一部分内容都能为读者提供坚实的理论支持。书中对实验过程的详细描述，使得读者能够通过实际操作和观察，更好地掌握该技术的应用方法。同时，书中也引入了最新的研究进展，帮助读者了解该领域的发展方向及其潜在的应用前景。 此外，该书特别强调了半导体材料选择、波长控制及激光器稳定性的重要性，为读者提供了全面的技术指南。在结构设计部分，书详细介绍了如何优化电路参数和反馈机制，以提高系统性能与可靠性。对于研究人员和工程师来说，这本书是一套宝贵的参考资料，可以帮助他们更深入地理解和应用分布式反馈激光器技术。 书中还包含丰富的图示、方程及数据对比，使复杂概念变得更加直观易懂。这些内容不仅有助于读者快速掌握核心知识，还能为后续深入研究提供坚实基础。在学习过程中，读者能够从多个角度理解分布式反馈激光器的功能和优势，从而更好地把握其在实际工程中的应用价值。 总体而言，这本书以严谨的学术风格与实践结合的方式，为读者提供了一个系统、详实且具有指导意义的学习路径，适合对半导体激光技术感兴趣的人士阅读和参考。这种内容设计不仅强调理论层面的深入探讨，更注重实际应用与工程可行性的展示，是一本具有广泛应用价值的书籍。
作者简介
目录信息
1. The semiconductor-diode laser
2. Gain, loss and spontaneous emission
3. Principles of modelling guided waves
4. Optical energy exchange in guides
5. Basic principles of lasers with distributed feedback
6. More advanced distributed feedback laser design
7. Numerical modelling for DFB lasers
8. Future devices, modelling and systems analysis
Appendix 1: Maxwell, plane waves and reflections
Appendix 2: Algorithms for the multilayer slab guide
Appendix 3: Group refractive index of laser waveguides
Appendix 4: Small-signal analysis of single-mode laser
Appendix 5: Electromagnetic energy exchange
Appendix 6: Pauli equations
Appendix 7: Kramers-Krönig relationships
Appendix 8: Relative-intensity noise (RIN)
Appendix 9: Thermal, quantum and numerical noise
Appendix 10: Laser packaging
Appendix 11: Tables of device parameters and simulated performance for DFB laser structures
Appendix 12: About MATLAB programs
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2. Gain, loss and spontaneous emission
3. Principles of modelling guided waves
4. Optical energy exchange in guides
5. Basic principles of lasers with distributed feedback
6. More advanced distributed feedback laser design
7. Numerical modelling for DFB lasers
8. Future devices, modelling and systems analysis
Appendix 1: Maxwell, plane waves and reflections
Appendix 2: Algorithms for the multilayer slab guide
Appendix 3: Group refractive index of laser waveguides
Appendix 4: Small-signal analysis of single-mode laser
Appendix 5: Electromagnetic energy exchange
Appendix 6: Pauli equations
Appendix 7: Kramers-Krönig relationships
Appendix 8: Relative-intensity noise (RIN)
Appendix 9: Thermal, quantum and numerical noise
Appendix 10: Laser packaging
Appendix 11: Tables of device parameters and simulated performance for DFB laser structures
Appendix 12: About MATLAB programs
· · · · · · (收起)
