Description

This free App on Television (TV) Engineering covers most importanttopics in simple English and diagrams for a quick study andrevisions at the time of Exams, Viva, Assignments and Jobinterviews. It is the most useful App for last minute preparations.The Best app for school, college and work. If you are a student Itwill help to learn a lot. This useful App lists 150 topics in 5chapters, totally based on practical as well as a strong base oftheoretical knowledge with notes written in very simple andunderstandable English. Consider this App as a quick note guidewhich professors use in a classroom. The App will help in fasterlearning and quick revisions of all the topics. Some of the topicsCovered in the app are: 1. Introduction to Television System 2.Vidicon TV camera tube 3. Sound transmission. 4. Picture reception5. Sound reception synchronization 6. Receiver controls 7. Colourtelevision 8. Colour Receiver Controls 9. GROSS STRUCTURE 10.Horizontal scanning 11. Vertical scanning 12. NUMBER OF SCANNINGLINES 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 syncdetails 25. Vertical sync details 26. Sync pulse separation andgeneration of vertical and horizontal sync pulses 27. Equalizingpulses 28. Functions of vertical pulse train 29. Sync details ofthe 525 line system 30. Amplitude modulation 31. Channel bandwidth32. Vestigial sideband transmission 33. Transmission efficiency 34.Complete channel bandwidth 35. Reception of vestigial sidebandsignals 36. Demerits of Vestigial Sideband Transmission 37.Frequency modulation 38. FM channel bandwidth. 39. Channelbandwidth for color transmission 40. Allocation of frequency bandsfor television signal Transmission 41. Monochrome picture tube 42.Electron Gun 43. Beam deflection 44. Screen phosphor 45. Face plate46. Picture tube characteristics 47. Picture tube circuit controls48. Television Camera Tube-Basic Principle 49. Television CameraTube- Video Signal 50. Television Camera Tube- Electron Multiplier51. Image orthicon 52. Light Transfer Characteristics andApplications 53. Vidicon 54. Vidicon-Leaky Capacitor Concept 55.Vidicon- Light Transfer Characteristics 56. The plumbicon 57.Plumbicon Light Transfer Characteristics 58. Silicon diode arrayvidicon 59. Solid state image scanners 60. Cameras EmployingSolid-State Scanners 61. Television studio 62. Television cameras63. Programme control room 64. Video switcher 65. ElectronicSwitcher Configuration. 66. Electronic Switcher Configuration 67.Synchronizing system 68. Sync Pulse Generation (SPG) Circuitry 69.Master control room (MCR). 70. Generation of amplitude modulation71. Television transmitter 72. Positive and negative modulation 73.Comparison of Positive and Negative Modulation 74. Sound signaltransmission 75. Merits of frequency modulation 76. Pre-emphasisand De-emphasis 77. Generation of frequency modulation 78.Transistor Reactance Modulator 79. Varactor Diode Modulator 80.Stabilized reactance modulator. 81. Armstrong FM System 82. FMsound signal 83. Types of television receivers 84. Receiversections 85. Vestigial sideband correction 86. Choice ofintermediate frequencies. 87. Picture tube circuitry and controls88. Automatic Gain Control (AGC). 89. Sync processing and AFCcircuit. 90. B or low voltage power supply 91. High Voltage (EHT)Supply 92. Antennas-Radiation Mechanism 93. Radiation Patterns ofResonant Antennas