TV Engineering|教育線上App不用買

This unique application is for all students across the world. It covers 169 topics of TV ENGINEERING in detail. These 169 topics are divided in 7 units.

Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.

This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere they like.

Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.

Some of topics Covered in this application are:

1. Introduction to Television System

2. Vidicon TV camera tube

3. Sound transmission.

4. Picture reception

5. Sound reception synchronization

6. Receiver controls

7. Colour television

8. Colour Receiver Controls

9. GROSS STRUCTURE

10. Horizontal scanning

11. Vertical scanning

12. NUMBER OF SCANNING LINES

13. Flicker

14. Interlaced scanning

15. Scanning periods

16. Scanning periods

17. Scanning sequence

18. Vertical resolution

19. Horizontal resolution

20. Interlace error

21. Tonal gradation

22. VIDEO SIGNAL DIMENSIONS

23. Blanking pulses

24. Horizontal sync details

25. Vertical sync details

26. Sync pulse separation and generation of vertical and horizontal sync pulses

27. Equalizing pulses

28. Functions of vertical pulse train

29. Sync details of the 525 line system

30. Amplitude modulation

31. Channel bandwidth

32. Vestigial sideband transmission

33. Transmission efficiency

34. Complete channel bandwidth

35. Reception of vestigial sideband signals

36. Demerits of Vestigial Sideband Transmission

37. Frequency modulation

38. FM channel bandwidth.

39. Channel bandwidth for color transmission

40. Allocation of frequency bands for television signal Transmission

41. Monochrome picture tube

42. Electron Gun

43. Beam deflection

44. Screen phosphor

45. Face plate

46. Picture tube characteristics

47. Picture tube circuit controls

48. Television Camera Tube-Basic Principle

49. Television Camera Tube- Video Signal

50. Television Camera Tube- Electron Multiplier

51. Image orthicon

52. Light Transfer Characteristics and Applications

53. Vidicon

54. Vidicon-Leaky Capacitor Concept

55. Vidicon- Light Transfer Characteristics

56. The plumbicon

57. Plumbicon Light Transfer Characteristics

58. Silicon diode array vidicon

59. Solid state image scanners

60. Cameras Employing Solid-State Scanners

61. Television studio

62. Television cameras

63. Programme control room

64. Video switcher

65. Electronic Switcher Configuration.

66. Electronic Switcher Configuration

67. Synchronizing system

68. Sync Pulse Generation (SPG) Circuitry

69. Master control room (MCR).

70. Generation of amplitude modulation

71. Television transmitter

72. Positive and negative modulation

73. Comparison of Positive and Negative Modulation

74. Sound signal transmission

75. Merits of frequency modulation

76. Pre-emphasis and De-emphasis

77. Generation of frequency modulation

78. Transistor Reactance Modulator

79. Varactor Diode Modulator

80. Stabilized reactance modulator.

81. Armstrong FM System

82. FM sound signal

83. Types of television receivers

84. Receiver sections

85. Vestigial sideband correction

86. Choice of intermediate frequencies.

87. Picture tube circuitry and controls

88. Automatic Gain Control (AGC).

89. Sync processing and AFC circuit.

90. B or low voltage power supply

91. High Voltage (EHT) Supply

92. Antennas-Radiation Mechanism

93. Radiation Patterns of Resonant Antennas

94. Nonresonant Antennas

95. Antenna Arrays

96. Folded Dipole

97. Television transmission antennas-Turnstile Array

98. Television transmission antennas- Dipole Panel Antenna System

99. Television receiver antennas-Yagi-Uda Antenna

All topics are not listed because of character limitations set by the Play Store.

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