Television (TV) Engineering

La description de Television (TV) Engineering

This free App on Television (TV) Engineering covers most important topics in simple English and diagrams for a quick study and revisions at the time of Exams, Viva, Assignments and Job interviews.
It is the most useful App for last minute preparations.
The Best app for school, college and work. If you are a student It will help to learn a lot.
This useful App lists 150 topics in 5 chapters, totally based on practical as well as a strong base of theoretical knowledge with notes written in very simple and understandable English.
Consider this App as a quick note guide which professors use in a classroom. The App will help in faster learning and quick revisions of all the topics.
Some of the topics Covered in the app 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