Complete Syllabus of EC All Year

8/12/2019 Complete Syllabus of EC All Year

1/35

DETAILS OF COURSE CONTENTS OF EACH SUBJECTB.E. ELECTRONICS & COMMUNICATION ENGINEERING

SEMESTER : I I I

SUBJECT : MATHEMATICS-III

UNIT-1: Laplace TransformsLaplace transform and their simple properties, simple applications for Laplace transform

to solve ordinary differential equations including simultaneous equations, solutions ofone dimensional partial differential equations by transform method

UNIT-! : "omple# $ariables%nalytic function, "auchy-&iemann conditions, con'ugate functions, singularitiescauchy(s integral theorem and integral formula)statement only*, Taylor(s and Laurent(stheorem)statement only*, &esidue theorem, contour integration

UNIT-+ : "alculus of variationsa#ima and inima of functionals, variation and its properties ular(s equation,functionals dependent on first and second order derivatives, simple applications

UNIT-. : /ourier 0eries and 0ignal 0pectraIntroduction, /ourier theorem, valuation of fourier coefficients, considerations ofsymmetry, )odd, even, rotational*, e#ponential form : /ourier series, /ourier integratheorem, /ourier transform and continuous spectra

UNIT- : 2artial 3ifferential quation2artial differential quation of first order first degree ieLangrage(s form, Linear4omogenous pde of nth order 5ith constant coefficient, method of separation ofvariables %pplication to transmission lines

UNIT-6 : atricesInverse of matri# by ad'oint method and its use in solving simultaneous equations, ran7of matri#, consistency of system of equation, inverse of matri# by partitioning methodLinear dependance, Linear and orthogonal transformations "haracteristics equations,eigan values and eigan vectors &eduction to diagonal form, "ayley-4amiltone theorem)5ithout proof* statement and verification, 0ylvestor(s theorem, %ssociation of matrices5ith linear differential equations of second order 5ith constant coefficient 3eterminationof largest eigan values and eigan vector by iteration method


2/35

SUBJECT : ELECTRONIC DEVICES AND CIRCUITS

UNIT-1 : 0emiconductor diode and 2o5er supplies2-N 'unction diode, open circuited 'unction, /or5ard and reverse bias, $-"haracteristics, dynamic resistance, temparature dependance, %valanche and 8enerbrea7do5n, schott7ey diode, photodiode , L3s, L"3, $aractor diode, Tunnel diode2o5er supplies, 4alf5ave and /ull5ave &ectifiers, $oltage doublers, filters, ripple

factor 9ener and mitter follo5er type and series regulators

UNIT-! : unction TransistorsTheory of operation, static characteristics, brea7 do5n voltages, current voltage po5erlimitations, ;iasing of ;T, different biasing arrangements, stability factor Thermarun5ay, 2o5er transistors

UNIT-+ : ;T %nalysis0mall signal analysis ",";,"" amplifiers and comparison 4igh frequency analysiscalculation of frequency response, gain band5idth product

UNIT-. : 2o5er %mplifiers"lassification %, ;, %;, " classes efficiency, push pull configuration ) %, ;, %; *"omplimentary symmetry second harmonic and cross over distortion

UNIT- : 2ositive and Negative /eedbac7 %mplifiers/eedbac7 amplifiers, classification, practical circuit applications, advantages


3/35

SUBJECT : ELECTRONIC MEASUREMENTS

UNIT-10tatistical analysis of measurement of errors, accuracy, 2recision, types of errors/undamental and derived units, conversion of units "lassification of standardsstandards for mass, length, time, volume, frequency, temperature, light intensityelectrical properties

UNIT-!2" galvanometer,dc voltmeter, ammeter, multimeter, 5att-hour meter, three phase5attmeter, po5er factor meter, instrument transformerseasurement of lo5, medium and high resistance

UNIT-+;ridges : ?heat stone, @elvin, a#-5ell, 4ay, 0chering, ?einbridge 2otentiometers,easurement of Inductance, capacitance using %" bridges

UNIT-.

%mplified dc meters, %" voltmeter using rectifiers, True &0 voltmeter, lectronicmultimeter, 3igital voltmeter, components measuring instruments, A-meter, &/ po5erand voltage measurements

UNIT-


4/35

SUBJECT : NETWORK THEORY

UNIT-1Nodal and mesh-basis equilibrium equation, matri# approach for complicated net5or7containing voltage current sources and reactances, source transformations, dualityesh basis equation for coupled circuits

UNIT-!Net5or7 Theoresms : 0uperposition, &eciprocity, Thevenin(s Norton(s a#imum 2o5ertransfer, "ompensation, Tellegen(s theorem as applied to %" circuits

UNIT-+Trignometric and e#ponential /ourier series, 3iscrete spectra and symmetry of5aveforms, steady state response of a net5or7 to non-sinusoidal periodic inputs 2o5erfactor, /ourier transforms and continuous spectra, three phase unbalances circuit andpo5er calculations

UNIT-.

Laplace transforms and properties, partial fractions, singularity functions, 5aveformsynthesis, analysis of &", &L, and &L" net5or7s 5ith and 5ithout initial conditions 5ithLaplace transforms, valuation of initial conditions

UNIT BTransient behavior, concept of comple# frequency, 3riving points and transfer functions,poles and 8eros of Immitance function, their properties, sinusoidal response from pole-8ero locations, convolution Theorem and integral solutions

UNIT-6T5o port Net5or7 2arameters and inter-connections, ;ehavior of series and parallel

resonant circuits, Introduction to band pass, lo5 2ass, 4igh 2ass and band re'ect filters

2ractical based on above syllabus


5/35

SUBJECT:C AND DATA STRUCTURE

UNIT-10tructure of " programs B 3ata types 0torage classes, scope of variables, e#pressionsand operators

UNIT-!2rogram "ontrol 0tatements B for, if, 5hile 05itch concept of function and recursion

UNIT-+IC< through printf, scanf functions, file IC< open, close, read = 5rite

UNIT-.%rrays searching )Linear = ;inary* sorting );ubble, 0election sort*

UNIT-2ointers and 0tructures, 0ingly lin7ed list Insertion, deletion, updation

UNIT-60tudy of follo5ing numericals methods 5ith reference to algorithm development anderror analysis

- Ne5ton &aphson ethod- >auss 0eidal ethod- &unga 7utta ethod ) 0econd order method*



6/35

SEMESTER : IV

SUBJECT : ELECTROMAGNETIC FIELDS

UNIT-1>radient, divergence = curl of a vector = their physical interpretation, 3ivergence and0to7e(s theorems, their proof and validity for vector fields Irrotational and 0olenoidalfields The uniqueness = 4elmholt8 theorems

UNIT-!lectrostatic fields, "oulumb(s la5, lectric field for different charge distributions >aussla5 = its applications lectric potentials for different charge distributions 2oisson(s =Laplace equations

UNIT-+agnetic fields, Lorent8 la5, ;iot-savert la5, agnetic field due to different currentdistributions >ause la5 = %mpere(s la5 agnetic vector potential = magnetic flu#agnetic vector potential for different current distributions Len8(s and /araday(s la5,nergy stored in a magnetic field

UNIT-.lectric scalar potential, solution of laplace equation in t5o dimensions using method ofseparation of variables, displacement current a#5ell(s equations for time varying fields= their physical significance ;oundary conditions of the vector fields

UNIT-2oynting vectors theorem = its proof, Uniform plane 5ave, ?ave equation = its solutionin free space, relation bet5een = 4 vectors, intrinsic impedance, 5ave equations =their solutions in conducting = dielectric media

UNIT-62lane 5aves, normal = oblique incidence on a perfect conductor = dielectric, reflection= refraction, snell(s la5, bre5ster angle, polari8ation, linear, circular = elliptical


7/35

SUBJECT : DIGITAL CIRCUITS

UNIT-1%nalog $Cs 3igital systems, Transistor as a s5itch, ;oolean %lgebra, ;oolean Identities,Logic problems, ;inary, >ray,


8/35

SUBJECT : ELECTRONIC ENGINEERING MATERIALS AND COMPONENTS

UNIT-13ielectric, properties of insulators in static fields, 2olarisation, dielectric constantdielectric behaviour of monoautomic = polyautomic gases, liquids = solids, polar = non-polor dielectrics, "lausius-asotti equation, ferroelectric, pie8oelectric = pyroelectric

materials

UNIT-!3ielectric properties of insulators in alternating fields, comple# dielectric constantdipolar rela#ation, dielectric loss, loss tangent, dielectric brea7do5n, fi#ed and variablecapacitors, electrolytic, paper, plastic, ceramic = mica capacitors used in electroniccircuits, dielectrics used in cables = transformers

UNIT-+"onductivity of pure metals = alloys, temperature coefficient of resistivity, highconductivity materials, high resistivity materials, heating elements, fuses, contact

materials, connectors, s5itches, heatsin7s, solders, fi#ed = variable resistors, non linearresistors, resistors used in electronic circuits, 0uperconductivity, applications ofsuperconductivity

UNIT-.0pin = orbital magnetic dipole moment of electron, dia, para, ferro, ferri, = antferromagnetism, soft and hard magnetic materials, ferrites, magnetic cores ofconductors, transformers, relays, electric machines = memory elements, magneticresistors, magnetic tapes

UNIT-

0emiconductors, band gap, electron and hole mobilities purification = doping ofsemiconductor materials, characteristics of semiconductor devices, diodes, 8ener =brea7do5n diodes, tunnel diodes, varactors, transistors ) ;T,/T


9/35

SUBJECT : APPLIED MATHEMATICS IV

UNIT-1Numerical ethods:-rror %nalysis, 0olutions of algebraic and transcendental equations, method of falseposition, Ne5ton-&aphson method and their convergence 0ystem of linear equation,>auss elimination method, >auss seidel method, "routs method Numerical solution of

ordinary differential equation by Taylors series method, &unga-@utta methods, ulermodified methodF ilne(s predictor corrector method

UNIT-!The 9-Transform:-9-Transform, inverse 9-Transform, &elationship of the /ourier transform to 9-transform2roperties of 9-transform, "onvolution of t5o sequences, 2oles and 9eros, The inverse9-transform by po5er series e#pansion The inverse 9-transform by partial fractione#pansion, the one sided 9-transform : 3efinition and properties, 0olution of 3ifferenceequations

UNIT-+&andom variable and probability distribution :-&andom variables : discrete and continuousF probability density functionF probabilitydistribution function for discrete and continuous random variable 'oint distributions

UNIT-.athematical #pectation:-3efinition of mathematical e#pectation, functions of random variables The variance andstandard deviations, moment generating function other measures of central tendencyand dispersion, 07e5ness and @urtosis

UNIT-2robability 3istributions:-;ernoulli 3istribution, 2oisson distribution, &elation bet5een ;inomial and 2oissondistribution Normal 3istribution,, &elation bet5een ;inomial and Normal distributionThe central limit theorem, #ponential distributionF

UNIT-60pecial /unctions and 0eries 0olution:-0eries solution of differential equation by : /robanius method, ;essel(s functionsLegendre(s polynomials, &ecurrence relations, &odrigue(s formula, generating

functions, orthogonal properties n)D* and 2n )D*


10/35

SUBJECT : BASIC ELECTRICAL MACHINES

UNIT-1Transformer: 0ingle phase and three phase, effect of loading, regulation, open circuitand short circuit tests, efficiency, all day efficiency, 2arallel operation, auto transformers

UNIT-!3" generators, series, shunt and compound, commutator, armature emf, armaturereaction and commutation, equivalent circuit, characteristics, parallel operation

%pplications

UNIT-+3" otor : 0eries, 0hunt and "ompound, bac7 emf, characteristics, starting, speed-control, applications

UNIT-.Three phase induction motor : 2rinciple of operation, type, torque and slip equivalentcircuit, No load and ;loc7ed rotor test, starting speed control and applications

UNIT-

0ingle phase motors : 2rinciple of operation of single phase induction motor, startingmethods, principle of %" series motor, Universal motor

UNIT-6Three phase synchronous machines : otor and >enerator action, synchronousimpedance and e#citation quivalent circuit, voltage regulation, starting of motor, effectof e#citation variation in case of motor



11/35

SEMESTER : - V

SUBJECT:- ENGINEERING ECONOMICS AND INDUSTRIAL MANAGEMENT

UNIT-13emand utility Indifference curve %pproaches to analysis of demand, elasticity ofdemand ,measures of demand elasticity/actor of production %dvertising elasticity and marginalism

UNIT !:La5s of returns and costs 2rice and output determination under perfect competitionmonopolistic competition, monopoly, oligopoly depreciation and methods for itsdetermination

UNIT +:/unctions of "entral and commercial ban7s Inflation , 3eflation,

stagflation, direct and indirect ta#es onetary and GG cycles, ne5 economicpolicies, Liberali8ation, globali8ation, privati8ation, ar7et friendly state, /iscal policies of

the government , meaning and phases of business

UNIT .:3efinition, nature and scope of management, functions of

management planning, organi8ing , directing , controlling andcommunicating

UNIT eaning of mar7eting management, concept of mar7eting ,

mar7eting mi#, administrative and cost plus pricing, channels of distributions,advertising and sales promotion

UNIT 6eaning , nature of scope of financial management, brief outline of profit

and loss account , balance sheet, budget and their importance , ratio analysisprinciples of costing


12/35

SUBJECT:LINEAR ELECTRONIC CIRCUITS:

UNIT1:;%0I"


13/35

SUBJECT : POWER ELECTRONICS

UNIT-10emiconductor devices used in 2o5er lectronics,: 0ilicon controlled rectifier )0"&*,

%symmetrical 0"& )%0"&*, &everse conduction thyristor )&"T*, Light activated 0"&)L%0"&*, /ield controlled thyristor )/"T*, T&I%", onolithic 3arlington )3*, Insulated>ate ;ipolar Transistor )I>;T*, 2o5er T


14/35

SUBJECT : MICROPROCESSORS AND INTERFACING

UNIT-1%pproach to integrated system 3esign using microprocessors, ;us concept, %ddress3ata = control,


15/35

SUBJECT : SIGNALS & SYSTEM

UNIT-1 : %nalysis of 0ignals :

&epresentation of signals using a set of orthogonal signals, /ourier 0eriesrepresentation of periodic signals, /ourier transform of periodic and nonperiodic signals,properties of /ourier Transform, convolution in time = frequency domain, 0ampling

theory of band limited signals

UNIT-! :2robability, random variables and stochastic processes :&evie5 of probability theory, random variables,probability density and distributionfunction, &andom processes, periodic processes, stationary processes, %uto correlationcross correlation applications to signal analysis, po5er density and spectral densityfunctions

UNIT-+;and5ith and rate of pulse transmission :

Intersymbol interference, 203 of 3igital signals, Line coding, &9, N&9, 2olaranchester coding systems, Nyquist(s first = second criterion for 8ero I0I,2ulse shaping, tapped delay line filters and adaptive equali8ation

UNIT-. :Auati8ation noise, 2", %-la5 = u-la5, 3elta modulation, %3, Introduction to

%32", 0tudy of noise performance for above systems

UNIT-3igital modulation techniques, salient features of %0@,20@,/0@ = 320@ systems, -

ary communication systems,atched filter detection

UNIT-6Information theory, channel capacity of discrete = continuous channels, rror controlcoding, 4amming distance, Linear bloc7 codes, "&", convolutionlcodes


16/35

SEMESTER :- VI

SUBJECT : FIELDS AND RADIATING SYSTEMS

UNIT-1>uided 5aves ?aves bet5een parallel planes T, T, T 5aves and theircharacteristics %ttenuation in parallel-plane guides, 5ave impedances

UNIT-!&ectangular 5aveguides T,T 5aves in rectangular guides and their characteristics,

5ave velocity, guide 5ave length, 5ave impedances, field configurations

UNIT-+Transmission line parameters "haracteristics impedance, propagation constantattenuation constant and phase constant, ?aveform distortion, 3istortion-lesstransmission lines Loading of transmission Lines, reflection coefficient and $0?&quivalent circuits of transmission lines Transmission lines at radio frequency


17/35

SUBJECT : CONTROL SYSTEM ENGINEERING

UNIT-1Introduction to need for automation and automatic control Use of feedbac7 , ;oard

spectrum of system applicationathematical modeling, 3iff equations, transfer functions, bloc7 diagram, signal flo5graphs, %pplication to parameter variation, disturbance signal servomechanisms andregulators"ontrol system components, lectrical, lectro-mechanical, hydraulic, pneumatic andother components Their functional analysis and input output representation

UNIT-!Time response of system, /irst order and second order system, )0tandard inputs* conceptof gain and time constants, 0teady 0tate error, type of control system, appro#imatemethods for higher order system

UNIT-+&oot location and its effect on time response, lementary idea of &oot Locus, effect ofadding pole and 8ero and pro#imity of imaginary a#is

UNIT-.0tability control systems, conditions of stability characteristic equation, &outh 4ur5it8criterion, special cases for determining relative stability

UNIT-/requency response method of analy8ing linear system

Nyquist and ;ode plot, 0tability and accuracy analysis from frequency response, open loopand close loop frequency responseNyquist criterion, ffect of variation of gain and addition of pole and 8ero on response plot,stability margins in frequency response

UNIT-60tate variable method of analysis, characteristic of system state, choice of state representationof vector mati# different equation, standard form, relation bet5een transfer function and statevariable



18/35

SUBJECT : LINE COMMUNICATION AND SWITCHING SYSTEM

UNIT-1Telegraphy: telegraph code, morse code, cable code, five unit code, E unit code,

telegraph speed, baud, morse 7ey, morse sounder, telegraph relays, operate andrelease lags, telegraph c7t:: simple#, duple#, differential duple#, bridge duple#,telegraph repeater

UNIT-!Teleprinter: teleprinter, transmitter- receiver baudot multiples, tele#, facsimile

UNIT-+Telphone transmitter and receiver, side tone, subscriber telephone set, electronicstelephone transmission bridge, telephone relays, principle of manual s5itching system,central battery system, local battery system, 'unction 5or7ing, trun7 e#change

UNIT-.%utomatic telephone: stro5ger e#change, line s5itches and selector, ringing and tonec7t, subscriber uniselector c7t, hybrid coil, line balancing net5or7s, t5o 5ire and four5ire repeater, trun7ing diagram, crossbar s5itching system, traffic engineering, trafficunit, grade of service, calculation of s5itches and selector, director system, busy hourcall attend );4"%*

UNIT-lectronic s5itching system, 2" principle, companding 43;%, coding, ;


19/35

SUBJECT:-COMMUNICATION ELECTRONICS

UNIT-1/requency spectrum of electromagnetic 5aves, their properties , 5ave propagationetc ,Tuned amplifiers >ain and band5idth Neutrali8ation Noise types , source Noisefigure calculations

UNIT-!% modulators series plate modulated class " amplifier, efficency and po5ercalculations 00; modulation 00;-0" modulations, % demodulators ,square la5detector, diode pea7 detector, envelope detector , detectors for 00; and 00; B0" %signals , % using transistors

UNIT-+%ngle odulation, /requency modulation, spectrum &eactance tube and /Tmodulators ,%rmstrong ethod ,/ transmitters frequency stabili8ation methods /discriminatior /oster 0leely, 2LL detectors 0tereophonic /

UNIT-.2ulse modulationF pulse amplitude modulation )2%*, pulse 5idth modultion )2?* pulse position odulation )22* 2ulse code odulation )2"* 3elta modulation )3*

UNIT-&adio &eceiver and its measurements F T&/ receiver, superhetrodyne receiver3etailed study of bloc7 0chematic and circuits of mi#er, &/ Bstage, I/ stage, detector,

%utomatic gain control )%>"* / &adio receivers&eceiver easurements F 0ensitivity, selectivity , image frequency re'ection etc"ommunication receiver;loc7 schematic and its special features

UNIT-6Line Telephony F lemental phone system, central s5ithching, simple e#chandge, T5o-and four 5ire connectionns , Time division multiple#ing ,%nalog Time -divisions5itching , Time slot Interchanging)T0I* , space array for digital signals, combined space time s5itching



20/35

SUBJECT: COMPUTER ORGANISATION

UNIT 1:&egister level design- general characteristics, description language, combinational andsequential components, design methods2rocessor level design- components, design techniques

UNIT !:2rocessor design- processor organi8ation, information representation, number formatsInstruction sets- instruction formats, instruction types, multiplication and division %LUdesign, floating point arithmetic, I E. floating point formats

UNIT +:"ontrol design- instruction sequencing, interpretation,4ard5ired control- design methods, multiplier and "2U control uniticro programmed control- basic concepts, minimi8ing micro instruction si8e, multipliercontrol uniticro programmed computers- cpu control unit, conventional and unconventional

computers

UNIT .:emory organi8ation: device characteristics, &%, serial access memories, virtualmemory, concept of cache and associative memories

UNIT :0ystem organi8ation:Local and long distance communication, inputCoutput systems, interrupt, 3%,introduction to parallel processing

UNIT 6:"oncept of parallel processing, pipelining, vector processors, introduction to &I0"architectures, data flo5 architecture


21/35

S+#,%c : E"%cr'(!c 'r$/'0

/abrication and testing of small electronic circuit,

2"; design and technical report presentation

0tudy of Indian standard in electronic industry,

anufacturing practices in electronic industry


22/35

SEMESTER SEVEN

NAME OF SUBJECT:TELEVISION ENGINEERING12ET-34

UNIT-I;rief introduction to T$ transmission and reception,interlace scanning,T$picture:resolution,brightness,video ;?,line and frame frequency,blan7ing,synchroni8ing andequali8ing pulses,complete composite vedio signal,$0; transmission and reception

UNIT-IIonochrome T$ camera tubes:Image orthicon,vidicon and plumbicon tubes,monochrome T$transmitter bloc7 diagram,T$ transmitting and receiving antennas

UNIT-IIIonochrome T$ receiver bloc7 diagram,balun,&/ tuner,video T/ amplifier,video detector,intercarriersound system,sound ta7e off circuit,sound I2 and / detector,transistori8ed 7eyed %>"circuit,hori8ontal and vertical deflection circuit,4T generator

UNIT BI$ssentials of colour T$,compatibility,three colour theory,chromaticity diagram,colour T$

camera,production of luminance and colour difference signal,colour T$ picture tubes:delta gun,2ILand trintron tubes

UNIT-$"olour signal transmission and reception,frequency interleaving,modulation of colour differencesignal,2%L colour T$ system,choice of subcarrier frequency,2%L decoder,2%L colourreceiver,comparison of 2%L 5ith NT0" and 0"% system

UNIT-$I&emote control circuits,%T$,"%T$ and ""T$ system, 43T$ and T$ via satellite

2ractical:minimum e#periments based on above syllabus2ractical should include e#periments onfault finding and trouble shooting

;


23/35

NAME OF SUBJECT : ADVANCED MICROPROCESSORS& MICROCONTROLLERS 1TH.5P4 12ET-64

UNIT I: Introduction to 16 bit microprocessors ,J6CJ "2U architecture, memory organisation,interfacing addressing modes, Instruction set, programming e#amples, pseudo opcodes, assemblerdirectives 1374

UNIT II: Interfacing of peripherals !, !+ = !1 Interfacing of %3" = 3%", stepper motor,

serial communication standards &0!+!, I!" ;us 1384

UNIT III:%rchitecture, organi8ation operation = interfacing of !H, I"?s,


24/35

NAME OF SUBJECT : DIGITAL SIGNAL PROCESSING 1T/5P412ET-74

UNIT 3:3iscrete time signals = systems : 3iscrete time signals, 3iscrete time systems, Linearity,causality, stability, staticCdynamic, Time InvarianceCTime variance , classification of discrete timesystem, Linear convolution, "ircular convolution "ross "orrelation, %utocorrelationLinear constant coefficient difference equations, sampling theorem = sampling process&econstruction of sampling data, convolution 1 38 4

UNIT II : /requency domain representation of discrete time signals and systems, /ourier transform ofdiscrete time signals, properties of discrete time /ourier transform 1 38 4

UNIT III: The 9-transform: 3efinition, properties of the region of convergence for the 9-transform, 9-transform properties, Inverse 9-transform using contour integration, comple# convolution theorem,2arseval(s, unilateral 9-transform, stability interpretation using ury(s array

1 38 4

UNIT-IV: Transform analysis of LTI system = structures for discrete-time system :/requency response of LTI system, relationship bet5een magnitude = phase, all pass systems,minimum phase system, Linear system 5ith generali8ed linear phase 1 38 4

;loc7 diagram representation = signal flo5 graph representation of Linear constant "oefficientdifference equations, ;asic structures for II& systems, transposed forms, basic net5or7 structures for/I& systems, lattice structures 1 38 4

UNIT V: /ilter design Techniques: 3esign of discrete time II& filters from continuous time filters,frequency transformations of lo5 pass II& filters, 3esign of /I& filters by 5indo5ing, /I& filter designby @aiser 5indo5 method /requency sampling method

138 4

UNIT VI: 3iscrete /ourier Transform: 3iscrete /ourier series, properties of discrete fourier series,

3iscrete fourier transform, properties of 3/T, circular convolution using discrete fourier transform3ecimation in time //T algorithm, decimation in frequency //T, //T of long sequences using overlapadd and overlap save method 1 38 4

;


25/35

3igital 0ignal 2rocessing: S+


26/35

NAME OF SUBJECT : DIGITAL COMMUNICATION 12ET-?4

UNIT- I: 3igital modulation:- 2" systems, "hannel capacity, 3elta modulation, %daptive digital5aveform coding schemes, matched filter receiver"oherent ;inary: 20@, /0@, A20@, 0@, 320@ 1 38 4

UNIT-II: 0ource coding methods: - &evie5 of information theory, 4uffman and L-9 encodingalgorithm

&ate distortion theory for optimum quanti8ation, scalar and vector quanti8ation 1 38 4

UNIT-III: ?aveform coding methods, %32", %daptive sub-band and transform coding, model basedspeech coding li7e L2 coding , "L2 codingIntroduction to Image compression, &evie5 of techniques used in 2> and 2> standards

1 38 4

UNIT- IV:%dvanced modulation methods:-The signal space concept, >ram-0chmitt procedure, 0ignaspace representation of modulated signals, nonlinear modulation methods 5ith memory, rrorprobability and optimum receivers for %?>N channels

1 38 4

UNIT-V:%dvanced transmission methods:- &evie5 of channel coding , convolution, encoding anddecoding , distance properties, $iterbi algorithm and /ano algorithm Trellis coded modulationmethods 1 38 4

UNIT-VI: 0pread B 0pectrum methods:- 0tudy of 2N sequences, direct sequence methods,/requency hop methods, digital spread spectrum, slo5 and fast frequency hop, performanceanalysis, synchroni8ation methods for spread spectrum %pplication of spread spectrum, "3%

1 38 4BOOKS:

1* 3igital communication : ohn > 2ro7is )T>*

!* 3igital communication : 0imon 4ay7in)?2*&eference;oo7s:

+* odern communication systems )2rinciples and application*:Leon ?"ouch II )24I*

.*3igital communication :0hanmugh


27/35

NAME OF SUBJECT : DIGITAL SYSTEM DESIGN 1T/4 12ET-@1!44

UNIT-I: Introduction to $43L, design units, data ob'ects, signal drivers, inertial and transport delaysdelta delay, $43L data types, concurrent and sequential styatements

1384

UNIT-II:0ubprograms B /unction, 2rocedures, attributes, generic, generate, pac7age, I std logiclibrary, file IC% architecture )Dilin# C %ltera*

1384

BOOKS:Te#t:1 $43L B +rddition B 3ouglas 2erry B T4

! /undamentals of 3igital Logic 5ith $43L design B 0tephen ;ro5n, 9von7o $ranesic B T4+ 3igital 3esign principles B /letcher. $43L 0ynthesis B ;has7er $43L 2rimer B ;has7er B 2earson ducation&eference:1 3igital 0ystem 3esign Using $43L B "hales 4 &oth! 3igital 0ystem 3esign B ohn ?a7erley+ $43L B 9ainalabedin Navabbi. $43L B 3 0mith


28/35

NAME OF SUBJECT : RADAR ENGG. 1T/4 12ET-@1!!44

UNIT- 1&adar range equation, "? = / odulated radar

UNIT-!TI = 2ulse 3oppler &adar, Trac7ing &adar

UNIT-+&%3%& Transmitters, agnetron


29/35

NAME OF SUBJECT : E"%c!)%-I 1!4SATELLITE COMMUNICATION 12ET-@1!!!44

UNIT-I: Introduction:-


30/35

SEMESTER EIGHT

NAME OF SUBJECT : ELECTRONIC SYSTEM DESIGN 1T/5P4 9ET-3

UNIT I:3esign of 2o5er supply system: Unregulated 3" po5er supply system 5ith rectifiersand filters 3esign of emitter follo5er regulator, series regulators, overload protection circuitsfor regulators3esign of 020: 0tep up and step do5n 13@4

UNIT II: 3esign of class % small signal amplifiers: mitter follo5er, 3arlington pair amplifiers5ith and 5ithout ;ootstrapping , T5o stage direct coupled amplifier 3esign of class % , "lass

%; audio po5er amplifier 5ith drivers 13@4

UNIT III: 3esign of sinusoidal oscillators: " circuits, Transistor based 4artley, "olpits and "rystal oscillators,valuation of figure of merit for all above oscillator circuits 13@4

UNIT IV: 3esign of constant current sources, 3esign of function generators, 3esign of tunedamplifiers 3esign of ;utter5orth, "hebyshev filters upto si#th order 5ith $"$0 and I>/configuration 13@4

BOOKS :1 &egulated 2o5er supply 4andboo7 Te#as Instruments! lectronics : ;T(s, /T0 and icrocircuits B %nielo+ onograph on lectronic circuit 3esign : >oyal = @hetan

lectronic 0ystem 3esign 2racticals based on above syllabusN'%: J practicals should be based on 02I" simulation


31/35

NAME OF SUBJECT : UHF MICROWAVE 1T/5P4 9ET-6

UNITI:"auses of failure of conventional tubes at high frequency T5o cavity 7lystron amplifier, &efle#7lystron oscillator

UNIT II: Traveling 5ave tube , 0lo5 5ave structure ;ac75ard 5ave architecture )"arcinotron*agnetron : culindrical magnetron, parallel plate magnetron, voltage tunable magnetron

UNIT III : icro5ave components : %ttenuators , Tees , 3irectional couplers , "irculators ,Isolators ,>yrators, 2hase shifter , "avity resonator, Transmission line resonator

UNIT I$ : 0cattering matrices :0cattering matrices of transmission lines, micro5ave 'unction and tees,directional coupler ,circulator

UNIT $: icro5ave filters :3esign of micro5ave filters by Image parameter method ,Insertion lossmethodicro5ave measurement :micro5ave po5er measurement- ;olometer method and "alorimetermethod, $0?& measurement, %ttenuation measurement, Impedance and A factor measurement

UNIT $I : icro5ave solid state devices : >a%s oscillator, 2arametric amplifier ,2IN diode, 3etectordiode ,%0& 0trip lines :icrostrip lines, coplanar ,shielded ,parallel strip lines

Te#t ;oo7s:1* icro5ave device and circuits :0amuel KLio !* /oundations of micro5ave engineering :& "ollins +* icro5ave engineering :& "hatter'ee

&eference boo7s :1*icro5ave communication :4und !* icro5ave theory and measurement :> Lance



32/35

NAME OF SUBJECT : MOBILE COMMUNICATION 19ET-74

UNIT-I:The cellular concept: volution of mobile radio communication "ellular telephone system,frequency reuse, channel assignment and handoff strategies, intrerference and system capacity,trun7ing and grade of service, improving capacity in cellular system

)184

UNIT II:The mobile radio environment: causes of propagation path loss, causes of fading -long term

and short term, definition of sample average, statistical average, probability density function,cumulative probability distribution, level crossing rate and average duration of fade, delay spread,coherence band5idth, intersymbol interference

UNIT III: odulation techniques for mobile communication: ;20@, A20@ Transmission and detectiontechniques, . A20@ transmission and detection techniques A%, >0@

UNIT I$: qualisation, diversity and channel coding: fundamentals of equali8ation, space polari8ation,frequency and time diversity techniques, space diversity, polari8ation diversity, frequency and timediversity, fundamentals of channel coding

UNIT $: ultiple access techniques: Introduction to multiple access, /3%, T3%, 0pread spectrummultiple access, fruqency hopped multiple access)/4%*, code division multiple access ) "3%*,space division multiple access

UNIT $I: >0- global system for mobile: services and features, >0 system architecture, >0 radiosubsystem, >0 channel types, >0 frame structure, signal processing in >0, introduction to"3% digital cellular standard

Te#t ;oo7s:

1 ?ireless "ommunication B 2rinciples and practice by T 0 &appaport )2rentice 4all

2T&, upper saddle river, Ne5 ersey*! obile "ommunications B 3esign fundamentals by ?illiam " K Lee, )ohn ?illey*

&efernce ;oo7s:1 ?ireless digital communication by @amilo /eher )24I*! obile "ellular "ommunication by ?"KLee )c >ra5 4ill*+ The obile &adio 2ropagation channel by 3 2arson


33/35

NAME OF SUBJECT : OPTICAL COMMUNICATION 19ET-?4

UNIT 3:2rinciple of optical communication-%ttributes and structures of various fibers such as stepinde#, graded inde# mode and multi mode fibers2ropagation in fibers-&ay mode, Numerical aperture and multipath dispersion in step inde# andgraded inde# fibers aterial dispersion and frequency response 1384

UNIT II : lectromagnetic 5ave equation in step inde# and graded inde# fibers odes and 2o5er flo5in fibersanufacture of fibers and cables, fiber 'oints, splices and connectors 1384

UNIT III: 0ignal degradation in fibers - %ttenuation, material dispersion, 5aveguide dispersion , pulsebroadening , mode coupling 1384

UNIT IV:


34/35

NAME OF SUBJECT : E"%c!)%-II1!!!4DIGITAL IMAGE PROCEESSING 19ET-@1!44

UNIT- I: 3igital modulation:- 2" systems, "hannel capacity, 3elta modulation, %daptive digital5aveform coding schemes, matched filter receiver"oherent ;inary: 20@, /0@, A20@, 0@, 320@ 1 38 4

UNIT-II: 0ource coding methods: - &evie5 of information theory, 4uffman and L-9 encodingalgorithm&ate distortion theory for optimum quanti8ation, scalar and vector quanti8ation 1 38 4

UNIT-III: ?aveform coding methods, %32", %daptive sub-band and transform coding, model basedspeech coding li7e L2 coding , "L2 codingIntroduction to Image compression, &evie5 of techniques used in 2> and 2> standards

1 38 4

UNIT- IV:%dvanced modulation methods:-The signal space concept, >ram-0chmitt procedure, 0ignaspace representation of modulated signals, nonlinear modulation methods 5ith memory, rror

probability and optimum receivers for %?>N channels1 38 4

UNIT-V:%dvanced transmission methods:- &evie5 of channel coding , convolution, encoding anddecoding , distance properties, $iterbi algorithm and /ano algorithm Trellis coded modulationmethods 1 38 4

UNIT-VI: 0pread B 0pectrum methods:- 0tudy of 2N sequences, direct sequence methods,/requency hop methods, digital spread spectrum, slo5 and fast frequency hop, performanceanalysis, synchroni8ation methods for spread spectrum %pplication of spread spectrum, "3%

1 38 4

BOOKS: 1* 3igital communication : ohn > 2ro7is )T>* !* 3igital communication : 0imon 4ay7in)?2*

R%;%r%(c% B''$: 1* odern communication systems )2rinciples and application*:Leon ?

"ouch II )24I* !*3igital communication :0hanmugh


35/35

NAME OF SUBJECT : COMPUTER COMMUNICATION NETWORK19ET-@1!!44

UNIT-INet5or7 = 0ervices"ommunication Net5or7, %pproaches to net5or7 3esign, types of Net5or7, T5o 0tage, Three stageNet5or7, Time 3ivision 05itching, Time ultiple#ed 05itching Time ultiple#ed Time 05itching

1 38 4

UNIT-6 L%N Net5or7 = edium %ccess layerL%N structure, random access, multiple access protocols, I standard J! for L%N = %N 4ighspeed L%N0, /33I, /ast thernet 1 38 4

UNIT-7%pplication = Layered %rchitecture

Complete Syllabus of EC All Year

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