GOVERNMENT COLLEGE OF ENGINEERING , AURANGABAD ...

ET-414 i) Radar and Satellite EngineeringTeaching SchemeLectures: 4 Hrs/WeekExamination SchemeTestAssignmentEnd Semester Exam: 20 Marks: 20 Marks: 60 MarksUNIT-IRadar frequencies, Radar principle, Pulse Radar: Operation, Range equation,Displays, Minimum detectable signal, Receiver noise, Transmitter power, PRF,Unambiguous rangeUNIT-IICW Radar: Doppler effect principle, Receivers, Bank of filters, Sign of radialvelocity, Applications , FM-CW Radar, Altimeter, Multiple frequency CW radar,MTI radar, Delay line canceller, Blind speed, Non-coherent MTI & Pulse Dopplerradar, AMTI, Search radar, Tracking radar, Types of tracking radar, RadarantennaUNIT-IIICommunication satellites, Orbits, Frequency bands, Multiple access formats,Analog modulation, Digital encoding & decoding, Error correction, Digitalthroughput, Links, Propagation loss, Polarization, Antennae, Atmospheric losses,Receiver noise, Carrier to noise ratio, Satellite link analysisUNIT-IVDTH, Satellite cross links, Frequency reuse, Satellite transponder& their details,signal processing, Limitations, Non linear satellite amplifiers, AM/AMconversion, AM/PM conversion, Effect of nonlinear amplification on digitalcarriersUNIT-VFDMA, FDMA carriers, Spectrum, Soft limiting amplifiers, FDMA chanalization,TDMA system, Guard time, Bit timing, Network synchronization, CDMA system,synchronized-non synchronized CDMA, Orthogonal & non orthogonal CDMA,Frequency hopped CDMA,06 Hrs08 Hrs08 Hrs08 Hrs10 HrsReference Books:1. Merrill I. Skolnik, Introduction to Radar Systems, McGraw-Hill International2. Robert M. Gagliardi, Satellite Communication, CBS Publishers & Distributors21