1. Transmission Lines and Waveguides 1. Review and Introductionby
Nannapaneni Narayana Rao

2. Nannapaneni Narayana Rao is Edward C
Nannapaneni Narayana Rao is Edward C. Jordan Professor Emeritus of Electrical and Computer Engineering, University of Illinois at Urbana-Champaign, U.S.A., and Distinguished Amrita Professor of Engineering, Amrita Vishwa Vidyapeetham, India
This presentation prepared in December 2008 with slide materials from 1983

3. 1.1. Maxwell’s equations; Uniform plane waves in time domain in free space

4. 1.1-1

5. 1.1-2

6. 1.1-3

7. 1.1-4

8. 1.1-5

9. 1.1-6

10. 1.1-7

11. 1.1-8

12. 1.1-9

13. 1.1-10

14. 1.1-11

15. 1.1-12

16. 1.1-13

17. 1.1-14

18. 1.1-15

19. 1.1-16

20. 1.2. Sinusoidal traveling waves (frequency domain); Review of phasor technique

21. 1.2-1

22. 1.2-2

23. 1.2-3

24. 1.2-4

25. 1.2-5

26. 1.2-6

27. 1.2-7

28. 1.2-8

29. 1.2-9

30. 1.2-10

31. 1.2-11

32. 1.2-12

33. 1.2-13

34. 1.2-14

35. 1.2-15

36. 1.2-16

37. 1.3. Uniform plane waves in material media

38. 1.3-1

39. 1.3-2

40. 1.3-3

41. 1.3-4

42. 1.3-5

43. 1.3-6

44. 1.3-7

45. 1.3-8

46. 1.3-9

47. 1.3-10

48. 1.3-11

49. 1.3-12

50. 1.3-13

51. 1.3-14

52. 1.3-15

53. 1.3-16

54. 1.4. Boundary conditions; Parallel-plate line; Transmission-line equations

55. 1.4-1

56. 1.4-2

57. 1.4-3

58. 1.4-4

59. 1.4-5

60. 1.4-6

61. 1.4-7

62. 1.4-8

63. 1.4-9

64. 1.4-10

65. 1.4-11

66. 1.4-12

67. 1.4-13

68. 1.4-14

69. 1.4-15

70. 1.4-16

71. 1.5. Transverse electromagnetic waves; Transmission-line equations and solutions for lossless line; Line parameters for different lines

72. 1.5-1

73. 1.5-2

74. 1.5-3

75. 1.5-4

76. 1.5-5

77. 1.5-6

78. 1.5-7

79. 1.5-8

80. 1.5-9

81. 1.5-10

82. 1.5-11

83. 1.5-12

84. 1.5-13

85. 1.5-14

86. The End