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Microwave and RF Design II - Transmission Lines

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Microwave and RF Design II - Transmission Lines

The book series Microwave and RF Design is a comprehensive treatment of radio frequency (RF) and microwave design with a modern “systems-first” approach. A strong emphasis on design permeates the series with extensive case studies and design examples. Design is oriented towards cellular communications and microstrip design so that lessons learned can be applied to real-world design tasks.

Electrical EngineeringEngineering
Author
Michael Steer
Publisher
North Carolina State University
Source
LibreTexts
License
CC BY-NC
Language
EN
Read online Download PDF (open licence)
Contents· 77 sections
  1. 01: Introduction to Distributed Microwave Circuits
  2. 1.01: Introduction
  3. 1.02: Book Outline
  4. 1.03: Chapter Outline
  5. 1.04: Distributed Circuits
  6. 1.05: Maxwell's Equations
  7. 1.06: Electric and Magnetic Field Laws
  8. 1.07: Electromagnetic Fields and Materials
  9. 1.08: Electric and Magnetic Walls
  10. 1.09: Fields in Lossy Mediums
  11. 1.10: Summary
  12. 1.11: References
  13. 1.12: Exercises
  14. 1.A: Appendix- Mathematical Foundations
  15. 02: Transmission Lines
  16. 2.01: Introduction
  17. 2.02: Transmission Line Theory
  18. 2.03: The Terminated Lossless Line
  19. 2.04: Special Cases of Lossless Terminated Lines
  20. 2.05: The Lossy Terminated Line
  21. 2.06: Reflections at Interfaces
  22. 2.07: Models of Transmission Lines
  23. 2.08: Two-Conductor Transmission Lines
  24. 2.09: Coaxial Line
  25. 2.10: Summary
  26. 2.11: References
  27. 2.12: Exercises
  28. 2.A: Appendix- Physical Constants and Material Properties
  29. 03: Planar Transmission Lines
  30. 3.01: Introduction
  31. 3.02: Substrates
  32. 3.03: Planar Transmission Line Structures
  33. 3.04: Modeling of Transmission Lines
  34. 3.05: Microstrip Transmission Lines
  35. 3.06: Microstrip Design Formulas
  36. 3.07: Stripline
  37. 3.08: Co-Planar Waveguide
  38. 3.09: Summary
  39. 3.10: References
  40. 3.11: Exercises
  41. 04: Extraordinary Transmission Line Effects
  42. 4.01: Introduction
  43. 4.02: Frequency-Dependent Characteristics
  44. 4.03: High-Frequency Properties of Microstrip Lines
  45. 4.04: Multimoding on Transmission Lines
  46. 4.05: Parallel Plate Waveguide
  47. 4.06: Microstrip Operating Frequency Limitations
  48. 4.07: Multimoding Considerations for Coplanar Waveguide
  49. 4.08: Multimoding Considerations for Stripline
  50. 4.09: Power Losses and Parasitic Effects
  51. 4.10: Lines on Semiconductor Substrates
  52. 4.11: Summary
  53. 4.12: References
  54. 4.13: Exercises
  55. 05: Coupled Lines and Applications
  56. 5.01: Introduction
  57. 5.02: Physics of Coupling
  58. 5.03: Coupled Transmission Line Theory
  59. 5.04: Low Frequency Capacitance Model of Coupled Lines
  60. 5.05: Symmetric Coupled Transmission Lines
  61. 5.06: Formulas for Impedance of Coupled Microstrip Lines
  62. 5.07: Terminated Coupled Lines
  63. 5.08: Directional Coupler
  64. 5.09: Models of Parallel Coupled Lines
  65. 5.10: Differential and Common Modes
  66. 5.11: Common Impedance Coupling
  67. 5.12: Summary
  68. 5.13: References
  69. 5.14: Exercises
  70. 06: Waveguides
  71. 6.01: Introduction
  72. 6.02: The Rectangular Wave Equation
  73. 6.03: Parallel-Plate Waveguide
  74. 6.04: Rectangular Waveguide
  75. 6.05: Summary
  76. 6.06: References
  77. 6.07: Exercises