COURSE CODE : 6042 COURSE CATEGORY PERIODS PER WEEK : 5 PERIODS PER SEMESTER : 75/6 CREDITS : 5 TIME SCHEDULE
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1 COURSE TITLE : COMMUNICATION SYSTEMS COURSE CODE : 6042 COURSE CATEGORY : A PERIODS PER WEEK : 5 PERIODS PER SEMESTER : 75/6 CREDITS : 5 TIME SCHEDULE MODULE TOPIC PERIODS 1 Microwave communication 19 2 Satellite communication 19 3 Optical fibre communication 18 4 Mobile communication 19 TOTAL 75 Course General Outcome : MODULE GO On completion of the study of this course the students will be able : 1 To understand the working of microwave devices 1 2 To understand the function of microwave transmission system 3 To understand the satellite communication system 2 4 To know the transmission devices in satellite communication system 5 To understand fibre optics communication system 3 6 To understand the working of fibre optic devices 7 To understand mobile communication system 4 8 To understand various mobile technologies GO - General Outcome On completion of the study of this course the students will be able : MODULE I MICROWAVE COMMUNICATION To understand the working of microwave devices To explain the concept of microwave communication To explain the working of reflex klystron, magnetron and TWT To explain the working of gunn diode and tunnel diode To describe the function of wave guides and horn antenna
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3 1.2.0 To understand the function of microwave transmission system To explain the function of microwave transmitter To explain microwave repeater To explain microwave receiver MODULE II SATELLITE COMMUNICATION To understand the satellite communication system To explain the principle of satellite communication with block diagram To explain FDMA, TDMA and CDMA To compare FDMA, TDMA and CDMA To write the advantages and disadvantages of FDMA, TDMA and CDMA To describe communication satellite orbit To describe geostationary satellite To know the transmission devices in satellite communication system To explain various equipments used in satellite earth station To describe dish antenna To list applications of satellite To explain direct-to-home (DTH) satellite television To describe direct broadcast services (DBS) To describe GPS navigation system To describe geographic information system (GIS) MODULE III OPTICAL FIBRE COMMUNICATION To understand fibre optics communication system To explain the block diagram of fibre optic communication system To list advantages of fibre optic communication To explain acceptance angle and numerical aperture To explain single mode, multimode and graded index fibres To explain cable losses To understand the working of fibre optic devices To explain optical sources; LED and Lasers To explain the working of PIN diode and avalanche diodes as optical receivers To explain the application of fibre optics in data communication
4 MODULE IV MOBILE COMMUNICATION To understand mobile communication system To write the advantages and applications of mobile communication To explain the concept of cell, frequency reuse To explain the operation of cellular network To explain handoff strategies and channel fading To explain the GSM network architecture To understand various mobile technologies To describe the GSM standards To explain CDMA technology To compare GSM and CDMA To describe RFID To explain the concept of Wi-Fi To explain Wi-Max To list the features and applications of Wi-Max To compare Wi-Fi and Wi-Max To describe Bluetooth To describe 3G and 4G mobile technologies CONTENT DETAILS MODULE I Microwave communication Introduction to microwave communication - characteristics - frequency bands - transit time effect - microwave devices - reflex klystron - magnetron- TWT - gunn diode - tunnel diode - wave guides - types - horn antennas - microwave transmitter - microwave repeater - receiver MODULE II Satellite communication Satellite communication block diagram up-link and down-link transponder - modulation - FDMA, TDMA, CDMA - communication satellite orbits - concepts of geo stationary synchronous satellite - earth station - block diagram explanation of earth station - dish antenna - applications of satellite systems - direct-tohome (DTH) satellite television - direct broadcast services (DBS) - GPS navigation system - geographic information system (GIS) MODULE III Optical fibre communication Fiber optic system - block diagram, advantages - optical fibers - refraction, acceptance angle, numerical aperture - single mode vs multimode - grade index fiber, cable losses - optical sources - LED, LASERs - optical detectors - PIN diodes - avalanche diodes - application in data communication
5 MODULE IV Mobile communication Mobile communication - advantages - applications - operation of cellular networks - concept of cell, frequency reuse - handoff strategies and channel fading - GSM network architecture - GSM standards - CDMA technology - RFID - concept of Wi-Fi - Wi-Max - features and applications Wi-Fi and Wi-Max comparison - bluetooth - principles of operation - 3G and 4G mobile technologies - comparison Text Book 1. Microwave Devices & Circuits- Samuel Y. Liao 3 rd Edition - PHI 2. Optical Fiber Communication - John Senior - 3 rd Edition - PHI 3. Wireless Communication - Theodore S. Rappaport 2 nd Edition - PHI 4. Mobile communication - Jochen Schiller Pearson Reference 1. Electronic communication systems - George Kennedy, Robert J Schoenbeck 2. Electronic communication - Roy Blake - 2nd Edition - Thomson and Delmar 3. Satellite Communication - Roddy 4. Satellite Communication - Timothy Pratt 5. Fiber-Optic Communication Systems- 3 rd Edition Govind P. Agrawal - Wiley 6. Mobile and personal communication systems and service - Raj Pandya
Optical Fiber Communications p. 1 Introduction p. 1 History of Optical Fibers p. 1 Optical Fibers Versus Metallic Cable Facilities p.
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