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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY ANANTAPUR

Course Structure for Electrical an Electronics En!ineerin!

"# Tec$ Course%&'()*(+,

IV "# Tec$ - I Se.

S#N

o#

Course

Coe

Su/0ect Theory Tu Lab Credits

1 13A02701 Electrical Distribution Systems 3 1 - 3

2 13A02702 Digital Signal rocessing 3 1 - 3

3 13A!2702 "anagement Science 3 1 - 3

# 13A02703 $tili%ation o& Electrical Energy 3 1 - 3

!13A0270#

13A0270!

13A0270'

C(CC-2 )De*artment+1# "odern Control Theory

2, Sitched "ode oer Con.erters

3, Energy Auditing / Demand Side

"anagement

3 1 - 3

'13A02707

13A0270

13A0270

C(CC -3 )De*artment+1, Smart rid

2, le4ible AC Transmission Systems3, oer 5uality

3 1 - 3

7 13A02710 "icro*rocessors and "icrocontrollers

Laboratory

- - # 2

13A02711 oer Electronics and Simulation

Laboratory

- - # 2

Total (1 '2 '1 &&

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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY ANANTAPUR

"#Tec$ IV*I Se.# %E#E#E, T Tu C

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%()A'&3'(, ELECTRICAL 4ISTRI"UTION SYSTE5S

O"JECTIVES6 The student ac6uires noledge about8

The classification of distribution systems

The technical as*ects and design considerations in DC and AC distribution systems and

their com*arison

Technical issues o& substations such as9 location9 ratings and bus bar arrangements

The causes o& lo *oer &actor and methods to im*ro.e de*endence o& .oltage on

reactor *oer &lo and methods o& .oltage control

UNIT I LOAD MODELING AND CHARACTERISTICS

:ntroduction to Distribution Systems9 Load "odelling and Characteristics, Coincidence actor9

Contribution actor Loss actor - ;elationshi* beteen the Load actor and Loss actor,

Classi&ication o& Loads );esidential9 Commercial9 Agricultural and :ndustrial+ and Their

Characteristics,

UNIT - II CLASSI7ICATION O7 4ISTRI"UTION SYSTE5S

Classi&ication o& Distribution Systems - Com*arison o& DC al&

(reaer System @ith ;ele.ant Diagrams,

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UNIT - IV POWER 7ACTOR I5PROVE5ENT

ill9 17,

RE7ERENCE "OO9S6

1, Electric oer Distribution Automation9 Dr, ", B, Bhedar and Dr, , ", Dhole9 $ni.ersity

Science ress9 2010,

2, Electrical oer Distribution Systems9 ouse9

200,

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%()A'&3'&, 4IGITAL SIGNAL PROCESSING

Course Objective:

This course introduces the basic concepts of Signal Processing, Fourier Transformation, Laplace and Z-Transforms, Digital Filter Design and realization.UNIT I

INTRO4UCTION TO 4IGITAL SIGNAL PROCESSING

Discrete Time Signals and Se6uences9 Linear Shi&t :n.ariant Systems9 Stability and Causality9 LinearConstant Coe&&icient Di&&erence E6uations, re6uency Domain ;e*resentation o& Discrete Time Signalsand Systems,

UNIT II

4ISCRETE 7OURIER SERIES AN4 7AST 7OURIER TRANS7OR5S

ro*erties o& Discrete ourier Series9 DS ;e*resentation o& eriodic Se6uences9 Discrete ourierTrans&orms8 ro*erties o& DT9 Linear Con.olution o& Se6uences $sing DT9 Com*utation o& DT,;elation beteen -Trans&orm and DS9 ast ourier Trans&orms )T+-;adi42 Decimation in Time andDecimation in re6uency T Algorithms9 :n.erse T and T &or Com*osite ?,

UNIT III

REALI:ATION O7 4IGITAL 7ILTERS

;e.ie o& -Trans&orms9 A**lications o& -Trans&orms9 Solution o& Di&&erence E6uations o& Digitalilters9 (loc Diagram ;e*resentation o& Linear Constant-Coe&&icient Di&&erence E6uations9 (asicStructures o& ::; Systems9 Trans*osed orms9 (asic Structures o& :; Systems9 System unction,

UNIT IV

IIR AN4 7IR 4IGITAL 7ILTERS

Analog ilter A**ro4imations-(utterorth and Chebyshe.9 Design o& ::; Digital ilters &rom Analogilters9 Design E4am*les8 Analog-Digital Trans&ormations9 Characteristics o& :; Digital ilters9re6uency ;es*onse, Design o& :; Digital ilters $sing @indo Techni6ues9 re6uency Sam*lingTechni6ue9 Com*arison o& ::; and :; ilters9 :llustrati.e roblems

UNIT V

5ULTIRATE 4IGITAL SIGNAL PROCESSING

(asic Sam*le ;ate Alteration De.ices9 "ultirate Structures &or Sam*ling ;ate Con.erters9 "ultistageDesign o& Decimator and :nter*olator9 oly*hase Decom*osition9 ?y6uist ilters, S*ectral Analysis o&?onstationary Signals9 "usical Sound rocessing9 Signal Com*ression9 Transmulti*le4ers9 Discrete"ultitone Transmission o& Digital Data,

Text Boos:

. Digital signal processing, principles, !lgorithms and applications" #ohn $. Proa%is, Dimitris $.&anola%is, Pearson 'ducation(P)*, +.

+. Digital signal processing , ! computer base approach- Sanit / &itra, Tata &c$ra0 )ill, 1rdedition, +2.

Re!ere"ce Boos"

. Digital signal processing" !ndreas !ntoniou, T!T! &c$ra0 )ill, +3.

+. ! Te4t boo% on Digital Signal processing 5 6 S /aler, & /ul%arni, 7mesh $upta, * / *nternationalPublishing )ouse P8t. Ltd., +2.

1. Digital signal processing" & ) )ayes, Schaum s outlines, T!T! &c-$ra0 )ill, +.

JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY ANANTAPUR

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%()A;&3'&, 5ANAGE5ENT SCIENCE

Course Objective:The obecti8es of this course are to e9uip the student the fundamental %no0ledge of &anagement Scienceand its application to effecti8e management of human resources, materials and operations of anorganization. *t also aims to e4pose the students about the latest and contemporary de8elopments in thefield of management.Le#r"i"$ outco%e:

This course enables the student to %no0 the principles and applications of management %no0ledge ande4posure to the latest de8elopments in the field. This helps to ta%e effecti8e and efficient managerialdecisions on physical and human resources of an organization. :esides, the %no0ledge of &anagementScience facilitates for his(her personal and professional de8elopment.

UNIT I

INTRO4UCTION TO 5ANAGE5ENT

De&inition o& "anagement- unction o& "anagement- "anagement as a Science and Art-"anagement asa ro&ession- $ni.ersality o& "anagement- >enri ayloFs Administrati.e Theory Elton "ayoFs >uman

;elations "o.ement- Systems theory Contingency theory- "onetary and non-monetary incenti.es tomoti.ate or teams- Leadershi* De&inition- 5ualities o& success&ul leaders- Di&&erent leadershi* styles,

UNIT II

ORGANI:ATION 4ESIGN AN4 STRUCTURE

=rgani%ation design and structure- rinci*lesGTy*es o& organi%ation structure-"echanic and =rganicStructures- Line organi%ation- Line / Sta&& organi%ation- unctional =rgani%ation "atri4 organi%ationstructures- merits and demerits- De*artmentation and Decentrali%ation-oer and Authority- Delegationo& authority-rinci*les &or e&&ecti.e delegation o& authority,

UNIT IIIHU5AN RESOURCE AN4 5ATERIALS 5ANAGE5ENT

Conce*t o& >;"-&unctions >uman ;esource lanning-ob Analysis-;ecruitment and Selection-Training and De.elo*ment- er&ormance a**raisal methods- @age and Salary Administration-rie.ances handling rocedure-"aterial "anagement- ?eed &or :n.entory control- Economic order6uantity- A(C analysis- "anagement o& *urchase9 stores and stores records,-"areting "anagement Conce*t- Channels o& distribution- "areting mi4 and *roduct mi4,

UNIT IV

5ANAGE5ENT O7 OPERATIONS < PROJECT 5ANAGE5ENT

?ature o& organi%ational control- "areting control- >; control- e&&ecti.e control systems- =*erations"anagement- Essentials o& o*erations management- Trends in o*erational management- Designing

o*eration system &or e&&ecti.e management o& an organi%ation-roect "anagement ?etor Analysis-E;T and C"-roect crashing )Sim*le *roblems+

UNIT V

CONTE5PORARY 5ANAGE5ENT ISSUES

Strategic "anagement-Conce*t- "ission-

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:n&ormation System )":S+- Enter*rise ;esource lanning )E;+-ust-in-Time ):T+- Total 5uality"anagement )T5"+ Su**ly Chain "anagement-Si4 Sigma-(usiness rocess =utsourcing )(=+,

Text Boos:

. Stoner, Freeman, $ilbert, &anagement, Pearson, Si4 'dition +;+. !ryasri" &anagement Science, Fourth 'dition T&), ++.

Re!ere"ce Boos:

. engage, +.

+. /otler Philip = /eller /e8in Lane" &ar%eting &anagement, ?th

'dition, Pearson, ++.1. !s0athappa, )uman 6esource &anagement, )imalaya, ++.?. /anish%a :edi, Production and @perations &anagement, @4ford 7ni8ersity Press, +.

A. Schermerhorn, >apling, Poole = Biesner" &anagement, Biley, ++.

3. #oseph & Putti, &anagement Principles, &c &illan Publishers, ++.

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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY ANANTAPUR

"#Tec$ IV*I Se.# %E#E#E, T Tu C

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%()A'&3'), UTILI:ATION O7 ELECTRICAL ENERGY

O"JECTIVES6

To mae the students aare about the im*ortance o& ma4imi%ing the energy e&&iciency

by o*timum utili%ation o& electrical energy,

To ensure that the noledge ac6uired can be a**lied in .arious &ields such as electric

heating9 illumination9 chemical *rocesses and electric traction,

To de.elo* ability amongst the students to analy%e the *er&ormance o& arc &urnaces9

electric traction9 di&&erent sources o& light9 illumination schemes9 electric traction

To *ro.ide noledge about abo.e *rocesses and a**lications o& these in *ractical

orld,

UNIT-I ILLU5INATION

De&inition Las o& :lluminationolar Cur.es Calculation o& ">C and "SC, Lam*s8

:ncandescent Lam*9 Sodium

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DC "otors and ith AC "otors Control ear Au4iliary E6ui*ment Trac E6ui*ment

and Collector ear Conductor-;ail E6ui*ment =.erhead E6ui*ment Calculation o&

Sags and Tensions Collector ear &or =.erhead E6ui*ment,

UNITI( ELECTRIC TRACTION ) II"echanics o& Train "o.ement, S*eed-Time Cur.es o& Di&&erent Ser.ices Tra*e%oidal and

5uadrilateral9 S*eed-Time Cur.es ?umerical roblems, Calculations o& Tracti.e E&&ort9

oer9 S*eci&ic Energy Consum*tion - E&&ect o& eat reco.ery9 it >ead eneration9 Diesel lant9 eneral Com*arison o&

ri.ate lant and ublic Su**ly- :nitial Cost and E&&iciency9 Ca*itali%ation o& Losses9 Choice

o&

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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY ANANTAPUR

"#Tec$ IV*I Se.# %E#E#E, T Tu C

) ( )

%()A'&3'+, 5O4ERN CONTROL THEORY

)C"CC*II+

O"JECTIVE 6 The obecti.es o& the course are to mae the students learn about8

Conce*ts o& state .ector9 State transition matri4 and solution o& state e6uations,

:m*ortance o& controllability and obser.ability conce*ts,

ole *lacement9 state estimation using obser.ers

Lya*uno. criterion &or stability analysis

Ty*es o& nonlinearities9 their e&&ect on system *er&ormance

UNIT - I STATE VARIA"LE 4ESCRIPTION AN4 SOLUTION O7 STATE

E=UATION

Conce*t o& State Deri.ation o& State S*ace models &or Linear Continuous time Systems

&rom Schematic "odels9 Di&&erential e6uations9 Trans&er &unctions and bloc diagrams ?on

uni6ueness o& state model State diagrams &or continuous time state models Solution o&

state e6uations State transition matri4, Com*lete res*onse o& continuous time systems,

UNIT II : CONTROLLABILIT,- OBSER(ABILIT,-

Tests &or controllability and obser.ability &or continuous time systems Time .arying case9minimum energy control9 time in.ariant case9 rinci*le o& Duality9 Controllability and

obser.ability o& state models in ordan canonical &orm and other canonical &orms, E&&ect o&

state &eedbac on controllability and obser.ability,

UNIT - III6 STATE 7EE4"AC9 CONTROLLERS AN4 O"SERVERS

Design o& State eedbac Controllers through ole *lacement, ull-order obser.er and

reduced-order obser.er, State estimation through Balman ilters,

UNIT I( ANAL,SIS O+ NONLINEAR S,STEMS

:ntroduction to nonlinear systems9 Ty*es o& nonlinearities9 Conce*t o& describing &unctions9

Deri.ation o& describing &unctions &or Dead %one9 Saturation9 baclash9 relay ith dead %one

and >ysteresis - um* ;esonance, :ntroduction to *hase-*lane analysis9 "ethod o& :soclines

&or Constructing Traectories9 Singular *oints9 hase-*lane analysis o& nonlinear control

systems,

UNIT* V STA"ILITY ANALYSIS

Stability in the sense o& Lya*uno., Lya*uno.Fs stability and Ly*ano.Fs instability theorems,

Direct method o& Ly*ano. &or Linear and ?onlinear continuous time autonomous systems,

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TE8T "OO9S6

1. "odern Control Engineering9 Batsuhio =gata9 rentice >all9 !thEdition9 2010,

2. "odern Control System Theory9 ", o*al9 ?e Age :nternational ublishers9 ;e.ised2ndedition9 200!,

RE7ERENCE "OO9S6

1, Control Systems Engineering9 :,, ?agarath and ",o*al9 ?e Age :nternational )+

Ltd,9 #thEdition9 200',

2, "odern Control Engineering9 D, ;oy Choudhury9 >: Learning ri.ate Limited9 201!,

OUTCO5ES6At the end o& studying the course9 the student should be able to8

"odel a gi.en dynamic system in state s*ace and obtain the solution &or the statee6uation

Test hether a gi.en system is controllable andIor obser.able

Design a state &eedbac controller &or *ole *lacement

Design an obser.er &or state estimation

A**ly Lya*uno. criterion and determine stability o& a gi.en system

Analy%e nonlinear systems

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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY ANANTAPUR

"#Tec$ IV*I Se.# %E#E#E, T Tu C

) ( )

%()A'&3';, SWITCHE4 5O4E POWER CONVERTERS

%C"CC*II,

O"JECTIVES6

To *ro.ide conce*tual noledge in modern *oer electronic con.erters and its

a**lications in electric *oer utility,

To mae the student to analy%e and control the .arious *oer con.erter circuits

UNIT - I6 NON*ISOLATE4 4C*4C CONVERTERS

(asic Ty*es o& Sitching oer Su**lies al& and ull (ridge Con.erters "ulti

Sitch :solated DC-to-DC Con.erters Com*arison o& :solated and ?on-:solated Sitched

"ode DC-to-DC Con.erters,

UNIT*III6 RESONANT CONVERTERS

Classi&ication o& ;esonant con.erters-(asic resonant circuits- Series resonant circuit-*arallel

resonant circuits- ;esonant sitches9 Conce*t o& ero .oltage sitching9 *rinci*le o&

o*eration9 analysis o& "-ty*e and L-ty*e ;esonant (uc and boost Con.erters,

UNIT*IV8 4YNA5IC ANALYSIS O7 4C*4C CONVERTERS

ormulation o& dynamic e6uations o& buc and boost con.erters9 State-S*ace "odels9

A.eraged "odels9 lineari%ation techni6ue9 small-signal model and con.erter trans&er

&unctions9 Signi&icance o& Small Signal "odels9 Dynamical Characteri%ation,

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UNIT*V6 CONTROLLER 4ESIGN

;e.ie o& &re6uency-domain analysis o& linear time-in.ariant systems9 controller

s*eci&ications9 ro*ortional )+9 ro*ortional *lus :ntegral ):+9 ro*ortional9 :ntegral *lus

Deri.ati.e controller ):D+9 selection o& controller *arameters &or :solated and ?on-:solated

DC -DC Con.erters,

OUTCO5ES6 $*on com*letion o& this course9

The student learns the &undamental conce*ts o& DC - DC Con.erters

The student can analy%e and control the .arious *oer con.erter circuits,

TE8T "OO9S6

1, :ssa (atarseh> undamentals o& oer Electronics> ohn @iley ublications9

200,

2, ;obert Ericson and Dragon "asimo.ic9 undamentals o& oer Electronics9

S*ringer ublications,9 2ndEdition9 2001,

RE7ERENCE "OO9S6

1, Sitched "ode oer Su**lies design and construction 2ndEdition9 > @ @hittington9 (

@ lynn and D E "ac*herson9 $ni.ersities ress9 200,

2, hili* T,Brein Elements o& oer Electronics- =4&ord $ni.ersity ress9 17,

3, L, $manand oer Electronics>Tata "c-ra >ill9 200#,

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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY ANANTAPUR

"#Tec$ IV*I Se.# %E#E#E, T Tu C

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%()A'&3'2, ENERGY AU4ITING < 4E5AN4 SI4E 5ANAGE5ENT

%C"CC*II,

O"JECTIVES6 The obecti.es o& this course include

To learn about energy consumption and situation in India

To learn about Energy Auditing,

To aare o& Energy "easuring :nstruments,

To understand the Demand Side "anagement,

UNI *I ENERGY AU4ITING

Energy Situation @orld and :ndia9 Energy Consum*tion9 Conser.ation9 Codes9 Standards

and Legislation, Energy Audit- De&initions9 Conce*t9 Ty*es o& Audit9 Energy :nde49 Cost

:nde49 ie Charts9 Saney Diagrams9 Load ro&iles9 Energy Conser.ation Schemes,

"easurements in Energy Audits9 resentation o& Energy Audit ;esults,

UNIT *II ENERGY E77ICIENT 5OTORS

Energy E&&icient "otors 9 actors A&&ecting E&&iciency9 Loss Distribution 9 Constructional

Details 9 Characteristics -

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UNIT ( ENERGY ECONOMIC ANALYSIS& DEMAND SIDE

MANAGEMENT

The Time oncept, De8eloping >ash Flo0 &odels, Paybac% !nalysis,

Depreciation, Ta4es and Ta4 >redit 5 Cumerical Problems. *ntroduction to DS&,

>oncept of DS&, :enefits of DS&, Different Techni9ues of DS& 5 Time of Day

Pricing, &ulti-7tility Po0er '4change &odel, Time of Day &odels for Planning. Load

&anagement, Load Priority Techni9ue, Pea% >lipping, Pea% Shifting, onser8ation, 'nergy 'fficient '9uipment. &anagement and @rganization of

'nergy >onser8ation !0areness Programs.

OUTCO5ES6 A&ter com*letion o& the course the student ill able toJ

$nderstand the conce*ts o& energy auditing

Analy%e e&&iciency o& motors,

$nderstand the conce*t o& Demand side management

TE8T "OO9S6

(# Inustrial Ener!? 5ana!e.ent S?ste.s> Arry C, @hite9 hili* S, Schmidt9 Da.id ;,(ron9 >emis*here ublishing Cor*oration9 ?e Kor9 1#,

2, 7una.entals of Ener!? En!ineerin! * Albert Thumann9 rentice >all :nc9 Engleood

Cli&&s9 ?e ersey9 1#,

REFERENCES:

1, Energy management by @,;, "ur*hy / , "cay (utter orth9 >einemann

*ublications9 2007,2, Energy management by aul oF Callaghan9 "c-gra >ill (oo com*any-1stedition9 1

3, Energy e&&icient electric motors by ohn ,C, Andreas9 "arcel Deer :nc Ltd-2ndedition9

1!,

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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY ANANTAPUR

"#Tec$ IV*I Se.# %E#E#E, T Tu C

) ( )

%()A'&3'3, S5ART GRI4

%C"CC,

O"JECTIVES6 The obecti.es o& the course are to mae the students learn about8

=.er.ie o& the technologies re6uired &or the smart grid

Sitching techni6ues and di&&erent means &or data communication

Standards &or in&ormation e4change and smart metering

"ethods used &or in&ormation security on smart grid

Smart metering9 and *rotocols &or smart metering

"anagement systems &or Transmission and distribution

UNIT - I THE S5ART GRI4

:ntroduction9 Ageing Assets and Lac o& Circuit Ca*acity9 Thermal Constraints9 =*erational

Constraints9 Security o& Su**ly9 ?ational :nitiati.es9

Early Smart rid :nitiati.es9 Acti.e Distribution ?etors9

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UNIT - IV S5ART 5ETERING AN4 4E5AN4 SI4E INTEGRATION

:ntroduction9 smart metering e.olution o& electricity metering9 ey com*onents o& smart

metering9 smart meters8 an o.er.ie o& the hardare used signal ac6uisition9 signal

conditioning9 analogue to digital con.ersion9 com*utation9 in*utIout*ut9 communication,

Communication in&rastructure and *rotocols &or smart metering- >ome area netor9

?eighbourhood Area ?etor9 Data Concentrator9 meter data management system9 rotocols

&or communication, Demand Side :ntegration- Ser.ices ro.ided by DS:9 :m*lementation o&

DS:9 >ardare Su**ort9 le4ibility Deli.ered by rosumers &rom the Demand Side9 System

Su**ort &rom DS:,

UNIT - V TRANS5ISSION AN4 4ISTRI"UTION 5ANAGE5ENT SYSTE5S

Data Sources9 Energy "anagement System9 @ide Area A**lications9 o to meet the standards &or in&ormation e4change and &or smart metering

>o to *reser.e data and Communication security by ado*ting encry*tion anddecry*tion *rocedures,

"onitoring9 o*erating9 and managing the transmission and distribution tass under

smart grid en.ironment

TE8T "OO9S6

1, Smart rid9 anaa Eanayae9 Liyanage9 @u9 Aihio Kooyama9 enins9 @iley

ublications9 20129 ;e*rint 201!,

2, Smart rid8 undamentals o& Design and Analysis9 ames "omoh9 @iley9 :EEE

ress,9 20129 ;e*rint 201',

RE7ERENCES6

1, The Smart rid Enabling Energy e&&iciency and demand res*onse9 Clar @,

ellings9 ,E,9 C;C ress9 Taylor / rancis grou*9 irst :ndian ;e*rint, 201!,

2, Smart rid A**lications9 Communications9 and Security Edited by Lars Torsten

(erger9 Br%ys%to& :niesi9 @:LEK9 20129 ;e*rint 201!,

3, ractical Electrical ?etor Automation and Communication Systems9 Cobus

Strauss9 ELS

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"#Tec$ IV*I Se.# %E#E#E, T Tu C

) ( )

%()A'&3'1, 7LE8I"LE AC TRANS5ISSION SYSTE5S

%C"CC*III,

O"JECTIVES6

To &amiliari%e the students ith the basic conce*ts9 di&&erent ty*es9 sco*e and

a**lications o& ACTS controllers in *oer transmission,

To &amiliari%e the students ith the basic conce*ts o& con.erters and >

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Dam*ing9 Com*arison (eteen STATC=" and Singorani9 Las%lo yugyi - Standard ublishers Distributors -:EEE ress irst Edition 2001,

RE7ERENCE "OO9S6

1. Thyristor-(ased ACTS Controllers &or Electrical Transmission Systems9 :EEE ress

Series on oer Engineering9 ;, "ohan "athur9 ;ai. B, ua Song9 Allan T ohns9 ublished by The

:nstitute o& Electrical Engineers9 19 London9 $B,

3. :ntroduction to ACTS ControllersJ theory9 "odelling / A**lications by B,B, Sen /

",L, Sen9 @iley :EEE ress9 3rdEdition,

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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY ANANTAPUR

"#Tec$ IV*I Se.# %E#E#E, T Tu C

) ( )

%()A'&3'@, POWER =UALITY

%C"CC*III,

O"JECTIVES6 The obecti.es o& this course include8

To no about introduction on *oer 6uality issues,

To learn about .oltage disturbances and *oer transients that are occurring in *oer

systems,

To no the conce*t o& harmonics in the system and their e&&ect on di&&erent *oer

system e6ui*ment,

To no about di&&erent *oer 6uality measuring and monitoring conce*ts,

UNIT I INTRO4UCTION

De&inition o& oer 5uality- oer 5uality Terminology Classi&ication o& oer 5uality

:ssues-"agnitude

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UNIT*IV POWER =UALITY 5ONITORING

oer 5uality (enchmaring-"onitoring Considerations- Choosing "onitoring Locations-

ermanent oer 5uality "onitoring E6ui*ment->istorical ers*ecti.e o& oer 5uality

"easuring :nstruments- oer 5uality "easurement E6ui*ment-Ty*es o& :nstruments-Assessment o& oer 5uality "easurement Data- oer 5uality "onitoring Standards,

UNITV POWER =UALITY ENHANCE5ENT USING CUSTO5

POWER 4EVICES

:ntroduction to Custom oer De.ices-?etor ;econ&iguring Ty*e8 Solid State Current

Limiter )SSCL+-Solid State (reaer )SS(+ -Solid State Trans&er Sitch )SSTS+ -

Com*ensating Ty*e8 Dynamic Education .t, Ltd,9 200,

2. oer 6uality9 C, Sanaran9 C;C ress9 2002,

RE7ERENCE "OO9S6

1, $nderstanding oer 6uality *roblems9 "ath >, , (ollen :EEE ress9 2007,

2, oer 6uality enhancement using custom *oer de.ices9 Arindam hosh9 erard

Ledich9 Bluer academic *ublishers9 2002,

3, undamentals o& Electric oer 5uality9 Surya Santoso9 Create S*ace9 2010,

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%()A'&3(', 5ICROPROCESSORS AN4 5ICROCONTROLLERS LA"ORATORY

O"JECTIVES6 The student ill *er&orm8 Assembly language *rogramming on 0' "icro*rocessors

:nter&acing o& .arious de.ices ith 0'

"ASA" rogramming

:nter&acing 0!1 "icrocontroller ith its *eri*heral de.ices

I# 5icrorocessor 1'12

:ntroduction to "asmITasm,

Arithmetic =*eration "ulti (yte Addition and Subtraction9 "ulti*lication and Di.ision

Signed and $nsigned Arithmetic =*eration9 Ascii Arithmetic =*eration,

Logic =*erations Shi&t and ;otate Con.erting aced (cd to $n*aced (cd9 (cd to Ascii

Con.ersion,

(y $sing String =*eration and :nstruction re&i48 "o.e (loc9 ;e.erse String9 Sorting9

:nserting9 Deleting9 Length o& The String9 String Com*arison,

"odular rogram8 rocedure9 ?ear and ar :m*lementation9 ;ecursion,

DosI(ios rogramming8 ;eading Beyboard )(u&&ered @ith And @ithout Echo+ Dis*lay

Characters9 Strings,

II# Interfacin!

2! :nterrru*t Controller,

27 Beyboard Dis*ly,

2!! *i,

2!1 $sart,

III# 5crocontroller 1';(

1, ;eading and @riting on a arallel ort,

2, Timer in Di&&erent "odes,

3, Serial Communication :m*lementation,

#, $nderstanding Three "emory Areas =& 00 & )rograms $sing Abo.e Areas+,

!, $sing E4ternal :nterru*ts

', rograms $sing S*ecial :nstructions Lie Sa*9 (itI(yte9 SetI;eset Etc,

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7, rograms (ased on Short9 age9 Absolute Addressing,

OUTCO5ES6 The student able to *er&orm8

Assembly language *rogramming on 0' "icro*rocessors

:nter&acing o& .arious de.ices ith 0'

"ASA" rogramming

:nter&acing 0!1 "icrocontroller ith its *eri*heral de.ices

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%()A'&3((, POWER ELECTRONICS AN4 SI5ULATION LA"ORATORY

O"JECTIVES6 The student ill understand about

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The S:CEIS:" *rogramming &or .arious *oer electronic de.ices,

RE7ERENCE "OO9S6

1, Simulation o& Electric and Electronic circuits using S:CE by ",>,;ashid9 >:,

2, S:CE re&erence guide "icrosim9 $SA,

3, Simulation o& oer Electronics Circuit9 " ( atil9 < ;amanarayan and < T ;anganat9

Al*ha Science :nternational Ltd,9 200,

#, @eb Address &or SE5$EL htt*8II ,ee,iitb,ac,inIse6uel