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ECE 481: Power Electronics Prof. Daniel Costinett Department of  Electrical  Engineering and Computer Science University  of  Tennessee Knoxville Fall 2013 ECE 481: Power Electronics  Instructor: Prof. Daniel Costinett  –  Office: MK502  –  Telephone: (865) 9743572  –  Email: [email protected]  Please use ECE481 in the subject line for all courserelated emails.  –  Office Hours:  T 12:302:00pm,  F 10:0011:30am  TA: Zhuxian "Nicole" Xu  –  Email: [email protected]  –  Office: MK517  –  Office Hours:  MW 3:004:00pm

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    ECE 481: Power Electronics

    Prof.DanielCostinettDepartmentofElectricalEngineeringandComputerScience

    UniversityofTennesseeKnoxville

    Fall2013

    ECE 481: Power Electronics

    Instructor:Prof.DanielCostinett

    Office:MK502

    Telephone:(865)9743572

    Email:[email protected] PleaseuseECE481inthesubjectlineforallcourserelatedemails.

    OfficeHours:T12:302:00pm,F10:0011:30am

    TA:Zhuxian "Nicole"Xu

    Email: [email protected]

    Office:MK517

    OfficeHours:MW3:004:00pm

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    Course Materials

    Textbook: EricksonandMaksimovic,FundamentalsofPower

    Electronics,secondedition,KluwerAcademicPublishers,

    ISBN0792372700

    Availablethroughcampusbookstore,onlinevendors,orUT

    libraries

    CourseWebsite http://web.eecs.utk.edu/courses/fall2013/ece481/

    Includeslecturesslides,handouts,supplementalnotes,

    homeworkassignments,courseannouncements

    Grading

    Homework

    DueatbeginningofclassondatelistedonLectureSchedule

    webpage

    Homeworkcountsfor40%ofgrade

    Collaborationisencouragedonallhomeworkassignments

    Exams

    2Midterms:

    25%

    of

    grade

    1Final:35%ofgrade

    1week,takehomeexams

    Absolutelynocollaborationallowedonexams

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    Power Electronics Courses at UTK

    ECE325

    ElectricEnergySystem

    Components

    ECE481

    PowerElectronics

    ECE482

    PowerElectronicCircuits

    ECE523

    PowerElectronicsand

    Drives

    ECE525

    AlternativeEnergy

    Sources

    ECE623

    AdvancedPower

    ElectronicsandDrives

    ECE625

    UtilityApplicationsof

    PowerElectronics

    ECE626

    SolidState

    Power

    Semiconductors

    Junior Senior Graduate

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    Example Server Power Distribution

    Example VRM Design

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    Variations in Load

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    Linear Regulator

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    Example Server Power Distribution

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    Power management in mobile electronics

    P/DSP

    core

    Antenna

    I/O

    Audio

    Interface

    A/D

    D/A

    LO

    Baseband digital Analog/RF

    PA

    LNA

    Display

    PS PS PS PS

    PS

    PS PS PS

    Battery ChargerBattery example: single-cell Lithium-Ion

    Power distribution: Vbat= 2.7-4.5 V

    1 V0.5-Vbat

    2.5 V 2.5 V 2.5 V

    2.5 V

    2.7-4.5 V

    3.6 V

    Majorpower

    consumers:

    baseband

    digital,

    display,

    multiple

    radio

    channels

    Powersupplydemands:smallfootprintarea&integration,highefficiencyoverwiderange

    ofloads,powermanagementinterface

    Future Applications: Hyperloop

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    Proposed Power Conversion Architecture

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    Athreeyearcollegiateautomotiveengineeringcompetition

    Thelatestcompetitionseriesin23yearhistoryofAdvanced

    VehicleTechnologyCompetitions(AVTCs)

    Since1987,DOEhassponsoredAVTCsinpartnershipwiththe

    domesticautoindustryto:

    Simulatethedevelopmentofadvancedpropulsionand

    alternativefueltechnologies

    Providethetraininggroundforthenextgenerationof

    automotiveengineers

    Providerealworld,systemslevelengineeringchallengesfor

    studentsusingindustryleadingengineeringtools,

    componentsandhardwareandmimictheautoindustrys

    vehicledevelopmentprocess

    What is EcoCAR2?

    Year1

    Mathbasedmodelingusingtoolstosimulateandselectvehiclearchitectures

    Hardwareinthelooptoallowforcontrolsstrategytestingbeforeanyworkonvehicleisstarted=reducesvehicledevelopmenttimeandincreasessafetyandsecurity

    TeamsdesignESSsystemsandpowertrainhardware

    Year2

    Teamsintegrate

    their

    new

    subsystem

    components

    into

    the

    vehicle

    and

    developaMuleVehicle

    Year3

    TeamsrefinetheirvehicletoNearShowroomqualityandperformance

    Competition Organization

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    Vehicle Development Process

    ElectricPowertrainIntegration

    HighVoltageDistribution

    ControllerAreaNetworkIntegration

    Controls

    InfotainmentHardware/SoftwareDevelopment

    EE/CS Opportunities

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    SupportingCourses

    ECE400SeniorDesign

    ME480/588IntroductiontoHybridVehicles

    ME494VehicleModelingandSimulation

    ME599HybridVehicleSimulationandControls

    Development

    Networking/RecruitingOpportunitiesforStudents

    Academic Integration

    Possible

    Elective

    Fall2013

    Fall

    2013

    or

    Spring2014

    UTK AVTC History ServedasCapstonedesignexperienceforstudentsinMEandECE

    Over500ofourstudentshaveparticipatedinuniquedesignexperiences

    UTKhasparticipatedfortwentyyearsofthesecompetitions

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    EcoCAR2 Universities

    Contact:Professor Irick [email protected]

    ecocar2utk.comwww.ecocar2.org

    www.greengarageblog.org