SYLLABUS & CURRICULUM of B. Tech. ELECTRONICS ...

1 SYLLABUS & (3rdto 8thsemesters)UNIVERSITY OF CALICUT(2013admission)SCHEMEfor ELECTRONICS andCommunicationEngineering(ECE) Branchfor3rdto8thSemesters3rdSemesterCod eSubjectHours/weekMarksSem-endduration-h oursCre-ditsLTP/DInte-rnalSem-endEN13301 EngineeringMathematicsIII31-5010034EN133 02 ComputerProgrammingin C3-15010034EC13303 NetworkAnalysis&Synthesis31-5010034EC133 04 SolidState Devices31-5010034EC13305 ElectronicCircuits (P)BasicElectronicsLab--35010032EC13308( P) :ForEN13302 ComputerProgramminginC,theendsemesterexa minationwillbe held bythe Systems31-5010034EC13404 ElectronicCircuitsII31-5010034EC13405 DigitalElectronics31-5010034EC13406 AnalogCommunication31-5010034EC13407(P)D igitalElectronics Lab--35010032EC13408(P)

2 ElectronicCircuits Lab--35010032 Total1866285thSemesterCodeSubjectHours/w eekMarksSem-endduration-hoursCre-ditsLTP /DInte-rnalSem-endEC13501 ComputerOrganization&Architecture31-5010 034EC13502 LinearIntegratedCircuits31-5010034EC1350 3 DigitalCommunication31-5010034EC13504 ElectromagneticFieldTheory31-5010034EC13 505 MicroprocessorsandMicrocontrollers31-501 0034EC13506 QuantitativeTechniques&ManagerialDecisio ns31-5010034EC13507(P)AnalogCommunicatio n Lab--35010032EC13508(P)LinearIntegrated CircuitsLab--35010032 Total1866286thSemesterCodeSubjectHours/w eekMarksSem-endduration-hoursCre-ditsLTP /DInte-rnalSem-endEC13601 Radiation andPropagation31-5010034EC13602 OpticalCommunication31-5010034EC13603 VLSI design31-5010034EC13604 DigitalSignalProcessing31-5010034EC13605 ControlSystems31-5010034EC13606 Satellite Communication31-5010034EC13607(P)Micropr ocessors andMicrocontrollers Lab--35010032EC13608(P)

3 MiniProject--35010032 Total1866287thSemesterCodeSubjectHours/w eekMarksSem-endduration-hoursCre-ditsLTP /DInte-rnalSem-endEC13 701 InformationTheoryandCoding31-5010034EC13 702 MicrowaveEngineering31-5010034EC13 703 DigitalSystemDesign31-5010034EC13 704 ElectiveI31-5010034EC13 705 ElectiveII31-5010034EC13 706(P)VLSIlab--35010032EC13 707(P)CommunicationSystemslab--35010032E C13 708(P)Project--4100--4 Total1551028 ElectiveIEC13 704(A)InternetTechnology(Global)EC13 704(B)TelevisionandRadar EngineeringEC13 704(C)EmbeddedSystemsEC13 704(D)NanotechnologyEC13 704(E)Imageand VideoProcessingElectiveIIEC13 705(A)SoftComputingEC13 705(B)HighSpeed DigitalDesignEC13 705(C)AntennaTheoryand DesignEC13 705(D)ElectronicPackaging(Global)EC13 705(E)BiomedicalInstrumentation8thSemest erCodeSubjectHours/weekMarksSem-enddurat ion-hoursCre-ditsLTP/DInte-rnalSem-endEC 13801 DataandCommunicationNetworks31-5010034EC 13802 EconomicsandManagement31-5010034EC13803 WirelessMobileCommunications31-5010034EC 13804 ElectiveIII31-5010034EC13805 ElectiveIV31-5010034EC13806(P)Seminar--3 100--2EC13807(P)Project--7100--4EC13808( P)Viva Voce----100-4 Total1551030 ElectiveIIIEC13 804(A)IntroductiontoMEMSEC13 804(B)PhotonicSwitchingandNetworkEC13 804(C)MicrowaveActive DevicesandCircuitsEC13 804(D)MobileComputingEC13 804(E)DataStructuresandAlgorithms(Global )

4 ElectiveIVEC13 805(A)MultimediaCommunicationSystemsEC13 805(B)ProbabilityandRandomProcessesEC13 805(C)Cryptography and NetworkSecurity(Global)EC13 805(D)Advanced Semiconductor DeviceTechnologyEC13 805(E)Advanced DigitalSignalProcessingEN13301 ENGINEERINGMATHEMATICS III(Commonforallbranches)TeachingschemeC redits:43hourslectureand :FunctionsofaComplexVariable(13hours)Fun ctionsofaComplexVariable Limit Continuity DerivativeofaComplexfunction Analyticfunctions Cauchy-RiemannEquations Laplaceequation HarmonicFunctions ConformalMapping Examples:eZ, sinz,coshz, (z+1/Z) Mobius :FunctionsofaComplexVariable(14hours)Def initionofLineintegralinthecomplexplane Cauchy s integral theorem(Proofofexistenceofindefiniteinte graltobeomitted) Independenceofpath Cauchy s integral formula Derivativesofanalyticfunctions(Proofnotr equired) Taylorseries(Noproof) Laurentseries(Noproof) Singularities-Zeros Poles-Residues Evaluationofresidues Cauchy sresiduetheorem :LinearAlgebra(13hours) (Proofsnotrequired)Vectorspaces Definition,Examples Subspaces LinearSpan LinearIndependence LinearDependence Basis Dimension OrthogonalandOrthonormalSets OrthogonalBasis OrthonormalBasis Gram-Schmidtorthogonalisationprocess Innerproductspaces Definition Examples Inequalities.

5 Schwartz, Triangle(No proof).ModuleIV:FourierTransforms(14hour s)FourierIntegraltheorem(Proofnotrequire d) FourierSineandCosineintegralrepresentati ons Fouriertransforms transformsofsomeelementaryfunctions ElementarypropertiesofFouriertransforms Convolutiontheorem(Noproof) FourierSineandCosinetransforms transformsofsome elementaryfunctions PropertiesofFourierSine :ErwinKreysig,AdvancedEngineeringMathema tics,8e,JohnWileyand Sons, , , , , , II:ErwinKreysig,AdvancedEngineeringMathe matics,8e,JohnWileyand Sons, , , , , , , , , III:BernaedKolman,DavidRHill,Introductor yLinearAlgebra,AnAppliedFirstCourse,Pear son , , , , , , IV:Wylie ,Advanced EngineeringMathematics, , , ,ComplexVariables, Theoryand Applications,2e, MHowie,ComplexAnalysis, Gupta,ComplexAnalysis,Ane ,TextbookofEngineeringMathematics,Specia lfunctionsandComplexVariables, ,Mahan,AppliedMathematics, ,GuidetoLinearAlgebra, ,AnIntroductionto LinearAlgebra, ,LinearAlgebra, ,ChrisRorres,ElementaryLinearAlgebra,App licationsVersion,JohnWileyand ,RobertDavison,MartinHargreaves,Engineer ingMathematics, (MaximumMarks-50)60%-Tests(minimum2)30%- Assignments(minimum2)suchashomework,prob lemsolving,groupdiscussions,quiz,literat uresurvey, seminar,term-project,softwareexercises.

6 Analytical/problemsolvingSHORT questions8x5 marks=40marksCandidateshaveto :Analytical/ProblemsolvingDESCRIPTIVE questions4 x 15marks=60marksTwo questionsfromeachmodule with choiceto answerone :100EN13302:COMPUTERPROGRAMMINGINC(Commo nforallbranches)TeachingschemeCredits:43 hourslectureand 1hourtutorialperweekObjectives Toimpartthe basicconceptsofcomputerandinformationtec hnology Todevelopskillinproblemsolvingconceptsth roughlearning CprogramminginpracticalapproachModule I(12hours)IntroductiontoComputers:CPU,Me mory,input-outputdevices,secondarystorag edevices, ,assemblylanguage, ,Latesttrendsandtechnologiesofstorage,me mory,processor,printing ,Systemsoftware-BIOS,OperatingSystem-Def inition-Functions-Windows, (12hours)BasicelementsofC:Flowchartandal gorithm Operatorsandexpressions Procedureandorderofevaluation ,do-whileandforstatements,if,if-else,swi tch,break,continue,goto, (14hours)FunctionsandProgramstructures:F unctions declaring,defining,andaccessingfunctions parameterpassingmethods Recursion Storageclasses extern,auto, :Definingandprocessingarrays passingarraystofunctions twodimensionalandmultidimensionalarrays application ofarrays.

7 (14hours)Structures declaration,definitionandinitializationo fstructures,unions,Pointers:Concepts,dec laration,initializationofpointervariable s, Accessing a Variable through its Pointer Chain ofPointers, Pointer Expressions, Pointer Increments and Scale Factor, Pointers and Arrays,examplesConceptofafile File operations,Input/Output Operations on Files, Random Access to ,Peter Norton sIntroductiontoComputers,TataMcGrawHill, ,Programmingin ANSIC,TataMcGrawHill, :AModern Approach,W. & .Kochan,Programmingin C,CBS publishers & ,Peter Norton s ComputingFundamentals, TataMcGrawHill, , , Future, ,ProgrammingwithC,TataMcGrawHill, ,andD. M. Ritchie,The CProgramming Language, PrenticeHallofIndiaInternalContinuousInt ernal ContinuousAssessment(MaximumMarks-50)50% -Lab PracticalTests20%-Assignments20%-MainRec ord10%-RegularityintheclassUniversityExa minationPatternPARTA:Analytical/problems olvingSHORT questions8x 5 marks=40marksCandidateshaveto :Analytical/ProblemsolvingDESCRIPTIVE questions4 x 15marks=60marksTwo questionsfromeachmodule with choiceto answerone :100EC13303 NETWORKANALYSIS &SYNTHESIST eachingscheme.

8 Credits43 Hours lectureand 1 hour tutorial perweekObjectives To exposethestudentstothe basic conceptsofelectriccircuits andtheir analysisintimeandfrequencydomain To introducetheconceptoffiltercircuits and designofpassivefilters To introducethetechniquesofnetwork synthesisModule I(15 hours)BasicCircuitelements:R,L, :Thevenin,Norton,Superposition,Sourcetra nsformations, analysis of circuits:ReviewofLaplacetransform-Transf orms of basic signals-transformationofacircuitintoS-do main,Analysisofthetransformedcircuit-mut uallycoupledcircuits,transientanalysisof RC,RLandLCnetworkswithImpulse, step, pulse,ramp and exponentialinputs-stepresponseofRLCnetwo rkModuleII(13 hours)Networkfunctions:Theconceptofcompl exfrequency-drivingpointandtransferfunct ions-Impulseresponse-PolesandZerosofnetw orkfunctions-theirlocationsandeffectsont hetimeandfrequencydomainresponses-Restri ctionofpolesandzerosinthedrivingpointand transferfunction,Timedomainbehaviourfrom thepole-zeroplot, :Impedance,admittance,transmissionand portnetworks-parallel, series, (12hours)Filters.

9 BrickwallSpecifications,Types offiltering,ButterworthLow-PassTransferC haracteristic,BasicPassiverealizationofB utterworthfilters,ChebyshevApproximation , :Transformationtohighpass, :Typesofattenuators, (12 hours)ElementsofrealizabilityTheory:Caus alityandstability-HurwitzPolynomials-Pos itiveRealFunctions-ElementarySynthesis :PropertiesofL-CAdmittanceFunctions,Synt hesisofL-CDrivingpointAdmittances-Proper tiesofR-CDrivingpointImpedances, ,NetworkAnalysis, Kuo,NetworkAnalysis and Synthesis,WileyIndia, Second ,Electric Circuits Schaum s OutlineSeries, ,EngineeringCircuitAnalysis, ,LinearCircuitAnalysis,OxfordUniversityP ress, ,NetworksandSystems,NewAgeInternationalP ublishers,SecondEditionInternalContinuou sAssessment(MaximumMarks-50)60%-Tests(mi nimum2)30%-Assignments(minimum2)suchasho mework,problemsolving,groupdiscussions,q uiz,literaturesurvey, seminar,term-project,softwareexercises, :Analytical/problemsolvingSHORT questions8x 5 marks=40marksCandidateshaveto.

10 Analytical/ProblemsolvingDESCRIPTIVE questions4 x 15marks=60marksTwo questionsfromeachmodule with choiceto answerone :100EC13304:SOLIDSTATEDEVICEST eachingschemeCredits:43hourslectureand 1hourtutorialperweekObjectives Toimpartthe basicconceptsofsemiconductor Physics Tocreateaninsightintothe workingofdifferentconventionalelectroni