(Pdf Read) Radar TV Engineering Book
Free read ò PDF, DOC, TXT or eBook õ Gaurav Soni
review Radar TV Engineering Book ´ PDF, DOC, TXT or eBook 1 RadarObjectives Introduction to Radar Basic Principle of radar Radar Block Diagram RADAR Freuencies Application of Radar Maximum Unambiguous Range Runb Radar Range Euation Limitation of Radar Range Euation Detection of Radar Signal in Presence of Noise Radar Cross Section of Target Solved Examples 2 Radar TypesObjectives Radar Classification Doppler Effect Continuous Wave CW Radar FM CW Radar Moving Target Indicator MTI Radar Delay Line Canceller Blind Speed Pulse Doppler Radar Doppler Space Difference between MTI and Pulse Doppler Radar Types of Pulse Doppler Radar High prf Pulse Doppler Radar Medium prf Pulse Doppler Radar Solved Examples 3 Tracking SystemObjectives Tracking Radar Angle Tracking Radar Seuential Lobing Conical Scan Monopulse Radar 4 Radar ReceiverObjectives Radar Receiver Noise Figure Radar Display Integration of Radar Pulses Unit–I Important uestions 5 Navigation AIDSObjectives Introduction Methods of Navigation Navigation by Pilotage Astronomical or Celestial Navigation Navigation by Dead Reckoning Radio Navigation 6 Direction FindingObjectives Introduction Direction Finders The Loop Antenna Loop Input Circuits “Aural–Null” Direction Finder Goniometer Errors in Direction Finding Polarization Errors Errors due to Abnormal Propagation Site Errors Instrumental Errors Other Direction Finders Adcock Direction Finders Automatic Direction Finders Commutated Aerial Direction Finder CADF 7 Radio RangesObjectives Low Freuency Four Course Radio Range VHF Omnidirectional Range VOR Principle of Operation Transmitter Section Receiver Section 8 LORAN DME and TACANObjectives LORAN Long Range Navigational Aid Seuence of Transmissions Receptions LORAN A Euipment Loran C Euipment DME Operation of DME DME Interrogator Operation of Tracking Circuit DME Beacon TACAN TACAN Beacon TAC.Free read Radar TV Engineering Book
review Radar TV Engineering Book ´ PDF, DOC, TXT or eBook Different Colours Composite Video Signal and Weighting factors 17 Colour TV SystemsObjectives NTSC Transmission of NTSC Signals NTSC Transmitter NTSC Receiver PAL Cancellation of Phase Errors in PAL System PAL Transmitter PAL Receiver Colour Killer Circuit SECAM SECAM Transmitter SECAM Receiver Merits of SECAM System Demerit of SECAM System Comparison of NTSC PAL and SECAM Systems 18 Picture Tubes Display DevicesObjectives Monochrome Picture Tube Working of Picture Tube Transfer Characteristics of Picture Tube Geometrical Distortions in Raster Colour Picture Tubes Delta Gun Colour Picture Tube Precision In Line PIL Picture Tube Trintron Colour Picture Tube Display Technologies LCD Technology Plasma Display 19 TV Signal Propagation and InterferenceObjectives Television Signal Transmission Interference Suffered by Carrier Signal Unit–IV Important uestions 20 TV ReceiverObjectives Functional Diagram of TV Receiver RF Tuner IF Amplifier Video IF Section Video Detector Video Amplifier Automatic Gain Control AGC SYNCH Separation Automatic Freuency Control AFC Deflection Oscillator Vertical Deflection Circuit Horizontal Deflection Circuit Sound System Common Fault and Their Diagnosis 21 TV AntennasObjectives TV Transmission Antena Turnstile Array Dipole Panel Antenna System Television Reception Antenna Yagi Uda Antenna Fringe Area Antenna Conical Dipole Antenna Parabolic Reflector Antenna Colour Television Antenna Log Periodic Antenna 22 New TechnologiesObjectives Analog Digital TV DTV Vs HDTV HDTV ATSC Formats Working of HDTV Interlaced Vs Progressive Signaling 3D TV 3D Scene Representation Capturing Rendering Rendering Coding Transmission 3DTV Display Technologies DBS Direct Broadcast Satellite TV Working of a Satellite Dish Working of Satellite TV Receiver Unit–V Important uestions P Papers.
Free read ò PDF, DOC, TXT or eBook õ Gaurav Soni
review Radar TV Engineering Book ´ PDF, DOC, TXT or eBook AN Airborne Euipment 9 Aircraft Approach Landing SystemObjectives Instrument Landing System ILS The Localizer Glide Slope System Marker Beacons Site Effects in the ILS Microwave Landing System MLS Principle of MLS System System Composition Ground Controlled Approach System GCA Surveillance Radar Approach SRA or ASR Precision Approach Radar PAR Unit–II Important uestions 10 Television Scanning SystemObjectives Scanning Techniue Blanking Flicker Problem Interlace Scanning Progressive Scanning Interlace Error Practical Scanning System Resolution Factors Affecting Bandwidth 11 CVS Composite Video SingalObjectives Dimensions of Video Signal Horizontal Synchronization Pulse Details Vertical Synchronization Pulse Details 12 TV Camera TubesObjectives Basic Principle Storage and Non Storage Type Camera Tubes Working of Photoemissive Camera Tube Working of Photoconductive Camera Tube Electron Multiplier Structure Types of Camera Tubes Image Orthicon Vidicon Plumbicon CCD Image Sensors 13 TV Signal TransmissionObjectives AM Amplitude Modulation SSB Single Side Band Transmission VSB Vestigial Side Band Transmission Colour Signal Transmission Sound Signal Transmission Reception of VSB Signals Television Broadcast Channels Unit–III Important uestions 14 Colour Television SystemObjectives Fundamental of Colours Colour Perception Helmholtz Theory Mixing of Colours Complementary Colours Grassman’s Law Colour Temperature Chrominance and Chromaticity Diagram Chrominance or Chroma Chromaticity Diagram Advantage of Chromaticity Diagram 15 Generation of Colour TV SignalObjectives Colour TV Camera Chrominance Signal Colour Circle Important Results from Colour Circle Compatibility of Colour and Monochrome TV System 16 Transmission of Colour TV SignalsObjectives Freuency Interleaving Chrominance Signal C for.