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1/14

ERCIYESUNIVERSITY

ENGINEERINGFACULTY

DEPARTMENTOFELECTRICAL&ELECTRONICS

ENGINEERING

I.GeneralInformation

CourseTitle EEM601NoiseinElectronicCircuits

Term AutumnLocalCredit:3

Department ElectricalandElectronicsEngineering

Coordinator Prof.Dr.MustafaAlECTSCredit:7

Erciyes University, Faculty of Engineering, Dept. of Electrical and Electronics Engineering, 38039 Kayseri,

TURKEY

Email: [email protected] WebPage:

II.CourseInformation

CATALOGDESCRIPTION:

Thenatureofnoise,noisetemperature,noisefactorandS/Nratio,typesandsourcesofelectricalnoise.

COURSEPRECONDITIONS:

Postgraduatestudents

LEARNINGOBJECTIVES:

Theaimofthiscourseistoprovidethestudentwithaclearpresentationofthetheoryandapplicationofthe

principlesofmicroelectronicengineeringand todevelop studentsability toanalyzeproblemsbasedon the

understandingof itsbasicconcepts,suchthenatureofnoise,noisetemperature,noisefactorandS/Nratio,

typesandsourcesofelectricalnoise; thermalnoise, shotnoise, flickernoise,whitenoise.Shielding;against

capacitive and inductive coupling, RF shielding, EMI and RFI shieldingmaterials. Safety and signal ground,

practicalgrounding.Noise inBJTs, inFETsand in ICs.Sourcesofdigitalnoise;crosstalknoise,powersupply

noise,chargesharingnoise,leakagenoise.

COURSESTRUCTURE:

Classroomlectures:Thetheoreticalfundamentalsforthreehoursaweek

Classroomproblemsolvingsessions :Thesolutionmethodsoftherelatedproblemsforonehouraweekare

given.

TEXTBOOK:

GRADING:

Onemidtermandonefinalwrittenexaminationareconducted.Thepassinggradeiscalculatedbyaweighted

averageoftheexaminationgrades.Theweightsare40%formidtermexamand60%forfinalexam.


2/14

TOPICS:(14Weeks)

(1week)Thenatureofnoise,noisetemperature.

(1week)NoisefactorandS/Nratio.

(2weeks)Typesandsourcesofelectricalnoise.

(1week)Thermalnoise,shotnoise.

(1week)Flickernoise,whitenoise.

(1week)Shielding;againstcapacitiveandinductivecoupling.

(2weeks)RFshielding,EMIandRFIshieldingmaterials.

(2weeks)Safetyandsignalground,practicalgrounding.

(2weeks)NoiseinBJTs,inFETsandinICs.

(1week)Sourcesofdigitalnoise;crosstalknoise,powersupplynoise,chargesharingnoise,leakagenoise.

OUTCOME

COVERAGE:

Students learn The nature of noise, noise temperature, noise factor and S/N ratio, types and sources of

electricalnoise.


3/14

ERCIYESUNIVERSITY

ENGINEERINGFACULTY


ENGINEERING


CourseTitle EEM602GaAsMESFETandHeterojunction

Transistors

Term Spring

LocalCredit:3


Coordinator Prof.Dr.MustafaAlECTS

Credit:7


TURKEY



CATALOGDESCRIPTION:

Theband structure andmobility and conductivityof IIIIV compound semiconductors, metalsemiconductor

junction.DMESFETsandEMESFETs.Thestructure,electricalcharacteristics, smallsignalmodelsandtypical

applicationsofGaAsMESFETs.


Postgraduatestudents

LEARNINGOBJECTIVES:

Theaimofthiscourseistoprovidethestudentwithaclearpresentationofthetheoryandapplicationofthe

principles of engineering electronics and to develop students ability to analyze problems based on the

understandingofitsbasicconcepts,suchsmallbandstructureandmobilityandconductivityofIIIIVcompound

semiconductors, metalsemiconductor junction DMESFETs and EMESFETs, the electrical characteristics,

structure, small signal models and typical applications of GaAs MESFETs, advanced FET technologies and

heterojunctiontransistors, integratedcircuittechnologyandapplicationsofhighelectronmobilitytransistors

(HEMTs)andmodulationdopedFETs(MODFETs).

COURSESTRUCTURE:

Classroomlectures:Thetheoreticalfundamentalsforthreehoursaweek

Classroomproblemsolvingsessions :Thesolutionmethodsoftherelatedproblemsforonehouraweekare

given.

TEXTBOOK:


4/14

GRADING:

Onemidtermandonefinalwrittenexaminationareconducted.Thepassinggradeiscalculatedbyaweighted

averageoftheexaminationgrades.Theweightsare40%formidtermexamand60%forfinalexam.

TOPICS:(14Weeks)

(2weeks)HistoryandperspectivesofGaAsMESFETsandSiCMESFETs.

(1week)Theenergybandtheoryofcrystals.

(1week)Superlatticesandquantumwells.

(1week)ThebandstructureandmobilityandconductivityofIIIIVcompoundsemiconductors.

(2weeks)Theelectricalcharacteristics, structure,smallsignalmodelsandtypicalapplicationsofGaAs

MESFETs.

(1week)MetalsemiconductorjunctionDMESFETsandEMESFETs.

(2weeks)AdvancedFETtechnologiesandheterojunctiontransistors.

(2weeks)Developmentsinheterostructurehighspeeddevices.

(2weeks)Integratedcircuittechnologyandapplicationsofhighelectronmobilitytransistors(HEMTs)and

modulationdopedFETs(MODFETs).

(2weeks)Computeraidedcircuitdesignusingdifferentprograms.

OUTCOMECOVERAGE:

Students learn the electrical characteristics, structure, small signalmodels and typical applications ofGaAs

MESFETs, advanced FET technologies and heterojunction transistors, integrated circuit technology and

applicationsofhighelectronmobilitytransistors(HEMTs)andmodulationdopedFETs(MODFETs).


5/14

ERCIYESUNIVERSITY

ENGINEERINGFACULTY


ENGINEERING


CourseTitle EEM605FundamentalsofSwitchedReluctance

Motors

Term Autumn

LocalCredit:3


Coordinator

ECTSCredit:7


TURKEY

Email:[email protected] WebPage:


CATALOGDESCRIPTION:

Principlesoftheswitchedreluctancemotors(SRM)andtheirapplications.


1. Introductorybackgroundfortheconceptsofelectricalmachines.

LEARNINGOBJECTIVES:

Attheendofthiscourse,studentswillbeableto:

1. UseelectricalmodelofSRMs.

2. AnalyzeSRMstrucrutes.

3. AnalyzeLSRMstructures.

4.

Obtain

SRMcharacteristics.

5. AnalyzeperformancesofSRMs.

COURSESTRUCTURE:

Theclassmeetsforthreehoursaweek,Thereareaninclassmidtermexamandafinalexam.

TEXTBOOK:

R.Krishnan,SwitchedReluctanceMotorDrives,CRCPres.,London,2001.


6/14

GRADING:

1. Midterm1(30%)

2. Finalexam(70%)

TOPICS:(14Weeks)

(2weeks)ConstructionalfeaturesofSRMs.

(1week)OperationprinciplesofSRMs.

(2weeks)DesignofSRMs.

(2weeks)ConvertercircuitsforSRMdrives.

(1week)ModelingofSRMs..

(2weeks)Acousticnoise,torquerippleandtheircontrol.

(2weeks)ArtificialintelligenceapproachforSRMs.

(2week)SRMApplications.

OUTCOMECOVERAGE:

Identify,formulate,andsolveengineeringproblems.Thesetopicsareextensivelycoveredthroughthe

trulyrichproblemslistedattheendofeachchapterofthetextusedinthecourse.


7/14

ERCIYESUNIVERSITY

ENGINEERINGFACULTY


ENGINEERING


CourseTitle EEM606DesignandApplicationofSwitched

ReluctanceMotors

Term Spring

LocalCredit:3


Coordinator

ECTSCredit:7


TURKEY

Email:[email protected] WebPage:


CATALOGDESCRIPTION:

DesignParametersoftheswitchedreluctancemotors(SRM)andtheirapplications.


1. Introductorybackgroundfortheconceptsofswitchedreluctancemotors.

LEARNINGOBJECTIVES:


1. UseelectricalmodelofSRMs.

2. AnalyzeSRMstrucrutes.

3. DesignSRMstructures.

4. DesignLSRMstructures.

5.

UseSRMDrives.

COURSESTRUCTURE:

Theclassmeetsforthreehoursaweek,Thereareaninclassmidtermexamandafinalexam.

TEXTBOOK:

R.Krishnan,SwitchedReluctanceMotorDrives,CRCPres.,London,2001.


8/14

GRADING:

1. Midterm1(30%)

2. Finalexam(70%)

TOPICS:(14Weeks)

(2weeks)StructuralfeaturesofSRMs.

(3weeks)DesignofrotationalSRMs.

(2weeks)EvaluatingSRMdesigns.

(3weeks)DesignoflinearSRMs.

(1week)ModellingofSRMs.

(3weeks)ApplicationsofSRMs.

OUTCOMECOVERAGE:




9/14

ERCIYESUNIVERSITY

ENGINEERINGFACULTY


ENGINEERING


CourseTitle EEM619DetectionandEstimationTheory

Compulsory

Term Autumn

LocalCredit:3


Coordinator Assoc.Prof.Dr.IbrahimDeveliECTS

Credit:7

Erciyes University, Faculty of Engineering, Department of Electrical and Electronics Engineering, 38039,

Kayseri,TURKEY

Email:[email protected] WebPage:http://www.ibrahimdeveli.com OfficeHours:8.0017.00


CATALOGDESCRIPTION:

Elements of hypothesis testing, Bayesian, minimax, NeymanPearson and composite hypothesis testing

methods.Signaldetection indiscrete time,sequentialdetection,nonparametric and robustdetection.Least

squares,maximum likelihood,MAPandBayesianparameterestimation.Detectionandestimationofknown

signals inwhiteandcoloredGaussiannoise.Multiuserdetection,optimummultiuserdetector,decorrelating

detector,nondecorrelating linearmultiuserdetection,decisiondrivendetectors.


GraduateStudents(Nopreconditionsarerequired).

LEARNINGOBJECTIVES:


1. Becamefamiliarwiththedifferencebetweendetectionandestimation,

2. Usehypothesistestingmethodsforestimation,

3. Understand thedetectionandestimationofknown signals inwhiteand coloredGaussian

noise.

4. Knowdifferenttypesofdetectionanddetectors.

COURSESTRUCTURE:

Theclassmeetsforthreelecturesaweek,eachconsistingoftwo50minutesessions.Thestudentspreparea

seriesofhomeworkbysolvingthesubjectbasedproblemssuppliedbyinstructor.


10/14

TEXTBOOK:

K. S. Shanmugan andA.M.Breipohl,Random Signals:Detection,EstimationandDataAnalysis, John

WileyandSons,1988.

GRADING:

One midterm and one finalwritten examination.Written closedbook examination.Grades A, B, C, andD

assigned for, respectively, scoresgreater thanorequal to90,80,70,and60%correct,and thegradeF for

below60%.Nointermediategradesaregiven.Studentsareprovidedwiththeircumulative30%fromonemid

termexamand70%fromonefinalwrittenexam.

TOPICS:(14Weeks)

(1Week) Elementsofhypothesistesting,

(2Weeks) Bayesian,minimax,NeymanPearsonandcompositehypothesistestingmethods,

(2Weeks) Signaldetectionindiscretetime,sequentialdetection,nonparametricandrobustdetection,

(2Weeks) Leastsquares,maximumlikelihood,MAPandBayesianparameterestimation,

(1Week) DetectionandestimationofknownsignalsinwhiteandcoloredGaussiannoise,

(1Week) Multiuserdetection,

(2Weeks) Optimummultiuserdetector,

(2Weeks) Decorrelatingdetector,nondecorrelatinglinearmultiuserdetection,

(1Week) Decisiondrivendetectors.

OUTCOMECOVERAGE:

Applymath,scienceandengineeringknowledge.

Identify,formulate,andsolveengineeringproblems.


11/14

ERCIYESUNIVERSITY

ENGINEERINGFACULTY


ENGINEERING


CourseTitle EEM611Moderndigitalcommunicationstechniques

Term FallLocalCredit:3


Coordinator Prof.Dr.NecmiTAPINARECTSCredit:7


TURKEY



CATALOGDESCRIPTION:

Bandpass signals and systems, Signaling with coded waveforms, Intersymbol interference, Digital

communication over additivewhiteGaussian channels, digital communication over fading channels, spread

spectrum signals fordigitalcommunications, codedivisionmultipleaccess,widebandcodedivisionmultiple

access, multi carrier code division multiple access, orthogonal frequency division multiplexing, channel

estimationinorthogonalfrequencydivisionmultiplexing,peaktoaveragereductiontechniquesinorthogonal

frequencydivisionmultiplexing,signalinginfrequencyselectivefading channels,optimumreceiverdesign.


GraduatestudentsLEARNINGOBJECTIVES:

Itisuseddigitalsystemsonalargescale atcommunicationsystemsnowadays.Inthislesson,itisintendedto

teachnecessarytheoryandtechniquesfortheanalysisanddesignofthissystems.

COURSESTRUCTURE:

Theclassmeetsfortwolecturesaweek,eachconsistingoftwo50minutesessionsandaProblemsessionof

50minuteduration.67setsofhomeworkproblemsareassignedpersemester.Homeworkisnotcollectedbut

similarproblemsareaskedinannouncedquizzes. Therearetwoinclassmidtermexamsandafinalexam.

TEXTBOOK:

DigitalCommunications, J.G.Proakis,McGrawHillBookCompany,NewYork,1995.

S.Verdu,MultiuserDetection,CambridgeUniversityPress,1998.

VanNeeR.,PrasadR.,OFDMforWirelessMultimediaCommunications,ArtechHouse,London,

Publishers,2000.

GRADING:

1. Midterm1(40%)

2. Finalexam(60%)

TOPICS:(14Weeks)

(1 week) Bandpass signals and systems,

(1 week) Signaling with coded waveforms,

(1 week) Intersymbol interference,

(1 week) Digital communication over additive white Gaussian channels,

(1 week) Digital communication over fading channels,

(1 week) Spread spectrum signals for digital communications,


12/14

(1 week) Code division multiple access,

(1 week) Wideband code division multiple access,

(1 week) Multi carrier code division multiple access,

(1 week) Orthogonal frequency division multiplexing,

(1 week) Channel estimation in orthogonal frequency division multiplexing,

(1 week) Peak-to-average reduction techniques in orthogonal frequency division multiplexing,

(1 week) Signaling in frequency selective fading channels

(1 week) Optimum receiver design.

OUTCOMECOVERAGE:

Applymath,scienceandengineeringknowledge. Thecoursedeals firstwith resistivecircuitswhich

canbesolvedby linearalgebramethodsandsecondlywithcircuitscontainingenergysourceswhich

can be solved usingmethods of differential equations. The solutions of differential equations are

obtained by finding the homogenous solution and the particular solution separately and finally

applyinginitialconditionstothetotalsolution.Complexcalculusisusedforthesinusoidalsteadystate

analysis. Designasystem,componentorprocesstomeetdesiredneeds.Emphasisisplacedondesignissuesfor

therealizationofcircuitsmeetinggivenperformancespecification. InparticularOPAMPcircuitdesign

andcompensatordesignforpowerfactorcorrectionwascovered.




13/14

ERCIYESUNIVERSITY

ENGINEERINGFACULTY


ENGINEERING


CourseTitle EEM604Datacommunicationsystems

Term SpringLocalCredit:3


Coordinator Prof.Dr.NecmiTAPINARECTSCredit:7


TURKEY



CATALOGDESCRIPTION:

Datacommunicationcodesandcodingcircuits, synchronization techniques,transmissionmediumsanddata

communication modems, CCITT X.25 protocol, digital multiplexing techniques, line coding techniques,

queueinganalysis,teletraffictheory,routingtechniques,packetswitching,OSIreferencemodel,multiaccess

techniques,ATM, ISDN ve services, localareanetwork (LAN),wideareanetwork (WAN) ,automatic repeat

request(ARQ)techniques.


Graduatestudents

LEARNING

OBJECTIVES:

Inthislesson,itisintendedtoinvestegatenewswitchingandnetworktechnologies,tousethesetechnologies

andrelatedelementsatdigitalmessagetransferathighratesandtogivedimensioningprinciples.

COURSESTRUCTURE:

Theclassmeetsfortwolecturesaweek,eachconsistingoftwo50minutesessionsandaProblemsessionof

50minuteduration.67setsofhomeworkproblemsareassignedpersemester.Homeworkisnotcollectedbut

similarproblemsareaskedinannouncedquizzes. Therearetwoinclassmidtermexamsandafinalexam.

TEXTBOOK:

J.E.Goldman,P.T.Rawles,AppliedDataCommunications,ThirdEd,JohnWiley,2001.

GRADING:

1. Midterm1(40%)

2.

Finalexam(60%)

TOPICS:(14Weeks)

(1week) Datacommunicationcodesandcodingcircuits,

(1week) Synchronization techniques,

(1week) Transmissionmediumsanddatacommunication modems,

(1week) CCITTX.25protocol,

(1week) Digitalmultiplexingtechniques,

(1week) Linecodingtechniques,

(1week) Queueinganalysis,

(1week) Teletraffictheory,

(1week) Routingtechniques,

(1week) Packetswitching,OSIreferencemodel,


14/14

(1week) Multiaccesstechniques,ATM,

(1week) ISDNveservices,

(1week) Localareanetwork(LAN),wideareanetwork(WAN),

(1week) Automaticrepeatrequest(ARQ)techniques.

OUTCOME

COVERAGE:

Applymath,scienceandengineeringknowledge. Thecoursedeals firstwith resistivecircuitswhich

canbesolvedby linearalgebramethodsandsecondlywithcircuitscontainingenergysourceswhich

can be solved usingmethods of differential equations. The solutions of differential equations are

obtained by finding the homogenous solution and the particular solution separately and finally

applyinginitialconditionstothetotalsolution.Complexcalculusisusedforthesinusoidalsteadystate

analysis.

Designasystem,componentorprocesstomeetdesiredneeds.Emphasisisplacedondesignissuesfor

therealizationofcircuitsmeetinggivenperformancespecification. InparticularOPAMPcircuitdesign

andcompensatordesignforpowerfactorcorrectionwascovered.

Identify,

formulate,

and

solve

engineering

problems.Thesetopicsareextensivelycoveredthroughthe


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