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NATIONAL
INSTITUTE OF SCIENCE & TECHNOLOGY |
ECE 602 TV & RADAR SYSTEMS
(A) RADAR:
- Pulsed Radar: Basic principle , Block diagram and operation of pulsed radar,
ranger Radar equation and minimum detection signal, Limitations of Radar, PRF and Range
ambiguities, Brief idea of pulser circuits and indicators,
- CW and RM Radar: Doppler effect, CW Radar Range measuring Doppler System. RMCW
radar, Airborne Doppler navigation, Multiple frequency CW radar MTI radar, pulse doppler
Radar.
- Radio Aids to Navigation: Hyperbolic systems, VOR,LORAN, DECCA, GEE , Radar
becons, Instruments Landing systems and Ground Control approach, Radio direction finding.
(B) TELEVISION:
- Principles of Television scanning:Bandwidth calculation, sino brightness,
contrast, resolution, spurious signal and other performance criteria
- Camera Tubes: Orthicon, Image-orthicon, Vidicon Image-reproducing tubes, silicon
diode arrays, Image sensor.
- Composite video Signal: Composite video signal, blanking and Synchronizing
standards composite video signal generator , vestigial sideband transmission, and carrier
transmission of picture and sound signals, VSB Filters, video recording and reproduction.
- TV Transmitters and Receivers: Block diagram & description of TV
transmitters, Standard TV channels, R, F. system, Video system, DC Restoration circuits,
TV transmitting antennas, Block diagram and description of TV receivers, Receiver swep
circuit and synchronization, Separation of audio and video-signals, Video amplifiers, Trap
circuits, receiving antennas.
- Colour Television: Colour quantities, the trichromatic system colour TV standards
and practices, colour, TV Transmitter and receivers, Shadownask and chromatron colour
picture tubes, Elementary idea of cable television.
- Basic Principles of High Definition Digital Television.
TEXT BOOKS:
1) Television by Fink
2) Introduction to Radar Systems by Skolnick
REFERENCE :
1) Electronic and Radio Engineering by F.E, Terman.
2) Fundamental of Television by Zworykien.
3) Radar system Engg. by Reidnour.
4) Principles of Radar - M.I. T. Staff.
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