Electrical Syllabus 18-6-15

7/25/2019 Electrical Syllabus 18-6-15

1/73

ELECTRICAL ENGINEERING


2/73

Courses/Credit Distribution of Electrical Engineering Department

I Basic Science Courses BSC!

Semester I

Course code Course name L T " Credits

CHN101 Applied Chemistry 3 0 3 4Semester II


MAN103 Probability & Statistics 3 1 0 4

PYN106 Electroma!etic "ield #heory 3 1$% %$% 4

II Engineering Science Courses ESC!

Semester II


ESC%0 '!trod(ctio! to Electro!ics 3 1 0 4

Semester III


ESC103 '!trod(ctio! to Ma!()act(ri! % 0 4 4

Semester I#ESC%0% '!)ormatio! #ech!oloy i! E!i!eeri! 3 0 % 4

III Departmental Core Courses DCC!


EEN101 '!trod(ctio! to Electrical E!i!eeri! % 0 0 %

EEN10% Net*or+s A!d Systems 3 0 % 4

EEN103 Electrical Meas(reme!ts a!d '!str(me!tatio! 3 0 % 4

EEN%01 Mechatro!ics 3 0 % 4

EEN%0% Electrical Po*er Systems 3 0 % 4

EEN%03 Electrical Machi!es , ' 3 0 % 4

EEN%04 A!alo a!d -iital Electro!ics 3 0 % 4

EEN%0 #ech!ical Comm(!icatio! 0 0 3 %

EEN%06 E!i!eeri! A!alysis a!d -esi! % 1 % 4EEN%0. Po*er Electro!ics 3 0 % 4

EEN%0/ Microprocessors a!d '!ter)aci! 3 0 % 4

EEN%0 Electrical Machi!es , '' 3 0 % 4

EEN%10 Co!trol Systems 3 0 % 4

EEN301 Comp(ter Aided Po*er System A!alysis 3 0 % 4

EEN30% S*itchear a!d Protectio! 3 0 % 4

EEN303 Electric -ries 3 1 %

EEN304 CA- o) Po*er Apparat(s a!d Systems 3 0 % 4

EEN30 Hih 2oltae E!i!eeri! 3 0 3

I# Departmental Electi$e courses DEC!

Group%I An& 'ne!


EEN401 estr(ct(red a!d -ere(lated Po*er Systems 3 1 0 4

EEN40% Smart 5rid #ech!oloies 3 1 0 4

EEN403 Solar E!ery E!i!eeri! 3 1$% %$% 4

EEN404 iomedical E!i!eeri! 3 1$% %$% 4

Group%( An& T)o!


EEN411 Ne(ral Net*or+s a!d "(77y Systems 3 1 0 4


3/73

EEN41% Ada!ced Co!trol Systems 3 1 0 4

EEN413 Po*er System 8peratio! a!d Co!trol 3 1 0 4

EEN414 9tili7atio! o) Electrical E!ery a!d 'll(mi!atio!

E!i!eeri!

3 10 4

EEN41 Electrical System '!str(me!tatio! a!d Process Co!trol 3 1 0 4

EEN416 e!e*able E!ery Systems 3 1 0 4

EEN41. -iital Si!al Processi! 3 1 0 4

# 'pen Electi$e


EEN461 Ada!ced Co!trol Systems 3 1 0 4

EEN46%9tili7atio! o) Electrical E!ery a!d 'll(mi!atio!

E!i!eeri!

3 10 4

EEN463 Ne(ral Net*or+s & "(77y Systems 3 1 0 4

#I Departmental *onors Courses D*C!


EEN4%1 EH2 AC & H2-C #ra!smissio! Systems 3 1 0 4

EEN4%% Ada!ced Po*er Electro!ics 3 1 0 4

EEN4%3 "ast #ra!sie!ts i! Po*er Systems 3 1 0 4EEN4%4 Ada!ced -esi! #ech!i:(es i! Co!trol Systems 3 1 0 4

EEN4% Static eactie Po*er Co!trol & "AC#S 3 1 0 4

#II +inor Speciali,ation Courses +SC!


EEN431 Electrical Machi!es 3 1 0 4

EEN43% Po*er 5e!eratio!; #ra!smissio! a!d 9tili7atio! 3 1 0 4

EEN416 e!e*able E!ery Systems 3 1 0 4

EEN%0. Po*er Electro!ics 3 0 % 4

EEN103 Electrical Meas(reme!ts a!d '!str(me!tatio! 3 0 % 4


4/73

Teac-ing Sc-eme for B.E. Electrical Engineering

irst 0ear

Semester%I

S.No Course

Code

Sub1ect Credits Categor&

1 MAN101 Mathematics ' 4 SC

% EEN101 '!trod(ctio! to Electrical E!i!eeri! % -CC

3 CSN104$10 Comp(ter Prorammi!


5/73

T-ird 0ear

Semester I

S.No Course

Code


1 EEN301 Comp(ter Aided Po*er System A!alysis 4 -CC

% EEN30% S*itchear a!d Protectio! 4 -CC

3 EEN303 Electric -ries 4 -CC4 EEN30 Hih 2oltae E!i!eeri! 4 -CC

EEN30. CA- o) Electrical Machi!es 4 -CC

6 EEN3%1 Mi!or Pro>ect 4 -CC

#otal %4

Semester II

S.No Course

Code


1 EEN331 S(mmer '!ter!ship? %0 -CC

#otal %0

?'!ter!ship Semi!ar prese!tatio!s may be held a *ee+ be)ore the date o) eistratio! i! Semester , '; "o(rth Year@

ourt- 0earSemester I

S.No Course

Code


1 8pe! Electie 4 5SEC$MEC

% -epartme!tal Electie Co(rse ,' 4 -EC

3 -epartme!tal Electie Co(rse ,'' 4 -EC

4 EEN 441 Ma>or Pro>ect %? -CC

EEN 4%1EEN 41

Po*er 5e!eratio!; #ra!smissio! a!d -istrib(tio!$Ada!ce H2-C #ra!smissio! Systems

4 MSC$-HC

6 EEN 4%3

EEN 41.

Electrical Machi!es $

Ada!ce Electric -ries

4 MSC$

-HC

#otal 14$%%

Eal(atio! mar+s to be carried oer to !et semester@

Semester II

S.No Course

Code


1 E!trepre!e(rship a!d pro>ect Ma!aeme!t 3 HSSMEC

% -epartme!tal Electie Co(rse ,''' 4 -EC

3 EEN 41 Ma>or Pro>ect 6 -CC

4 EEN %04EEN 410

Po*er Electro!ics$"ast #ra!sie!ts i! Po*er Systems

4 MSC$-HC

EEN 104EEN 41%

Electrical Meas(reme!ts a!d '!str(me!tatio! $Ada!ced -esi! #ech!i:(es i! Co!trol System

4 MSC$-HC

6 EEN 416

EEN 414

Alter!ate E!ery Systems $

Static eactie Po*er Co!trol a!d "AC#S

4 MSC$

-HC#otal 13$%


6/73

Course Name 2 Introduction to Electrical Engineering

Course Code 2 EEN 343

Credits 2 (

L T " 2 ( 4 4

Course 'b1ecti$es2

At the e!d o) this co(rse; the st(de!t sho(ld be able to ac:(ire basic +!o*lede o) )(!dame!tals o) Electrical

E!i!eeri! alo! *ith e!ery reso(rces; e!eratio!; tra!smissio!; distrib(tio! a!d (tili7atio! o) electrical e!ery@

Lecture )ise brea5up No. of Lectures (6

1 '#ER#IE7 ' ELECTRICAL ENGINEERING

5e!eral i!trod(ctio! to the )ield o) Electrical E!i!eeri! a!d its s(b discipli!es@

3!

% ENERG0 RES'8RCES

Co!e!tio!al a!d !o!co!e!tio!al e!ery reso(rcesB Aailability o) reso(rcesB Pri!ciple o) e!ery

co!ersio! a!d its (tili7atio!B Natio!al a!d '!ter!atio!al e!ery tre!dsB 5lobal *armi! a!d

ree!ho(se e))ects@

9

3 GENERATI'N

5e!eratio! o) electrical po*er; sy!chro!o(s e!eratorB Co!e!tio!al po*er e!eratio! , Hydro;#hermal; N(clear a!d 5as Po*erB e!e*able e!ery e!eratio!B 5e!erated oltae *ae)orm;oltae a!d )re:(e!cy leelB 5oer!or a!d Ecitatio! System@

:

4 TRANS+ISSI'N

P(rpose o) tra!smitti! po*er; AC tra!smissio! oltae leelsB Po*er tra!s)ormerB #ra!smissio!li!es; si!le li!e diaram o) po*er tra!smissio! !et*or+B Protectie E:(ipme!ts (sed i! the

!et*or+B #ypes o) )a(ltsB #ra!smissio! s(bstatio!B H2-C #ra!smissio!@

:

DISTRIB8TI'N

-istrib(tio! !et*or+ a!d s(bstatio!B si!le li!e diaram o) distrib(tio! !et*or+B -istrib(tio!

tra!s)ormerB 8erhead li!es a!d (!derro(!d cablesB Protectie e:(ipme!t; ro(!di! a!d earthi!@

:

6 ELECTRICAL +AC*INES

#ra!s)ormers , pri!ciple; co!str(ctio! a!d operatio!B otati! Machi!estypes@

(

. 8TILI;ATI'N

#ypes o) load Heati!; motor; tractio!; lihti! a!d )a!sB oad characteristicsB Co!s(mer loadsBPo*er electro!ic e:(ipme!t@

9

/ +ETERING

Actie a!d reactie po*er; appare!t po*er; oltae; c(rre!t a!d po*er meas(reme!tB E!ery

meters@

9

ELECTRICAL 7IRING C'NCE"TS

eside!tial *iri! diaram; Symbols o) S*itches; "(se; rheostat; SP-#; -P-#; co!tacts;

co!tactors; MC@ Sa)ety a!d Protectio!

(

10 "'7ER


7/73

Suggested Boo5s2

Sr.No. Name of t-e Boo5/Aut-or/"ublis-er0ear of "ublication/

Reprint

1 asic Electrical E!i!eeri! by -@ P@ Dothari ; '@ Narath; Mc5ra* Hill %00

%eaty H@F@; "i!+ -@5@; GSta!dard Ha!dboo+ )or Electrical E!i!eers;Mc5ra* Hill 1thEditio!;

%00.

3 Si!h; S@N@; GElectric Po*er 5e!eratio!; #ra!smissio! a!d-istrib(tio!; Pre!tice Hall o) '!dia; %!dEditio!;

%010

4M(lli! ay C@; GElectrical Firi! eside!tial; -elmar P(blishers '!c@;

11theditio!;13

Electrical E!i!eeri! "(!dame!tals by 2i!ce!t -el #oro; PH'; % !d

Editio!;%003

6-as Damalesh; GElectrical Po*er Systems )or '!d(strial Pla!ts; A'C8

P(blishi! Ho(se;%011

.elley N@; A!dre*s oh!; G E!ery Scie!ces , Pri!ciples; #ech!oloies;a!d 'mpacts; 8)ord 9!iersity Press;

%011

Course Name 2 Net)or5s and S&stems

Course Code 2 EEN 34(


8/73

Credits 2 4:

L T " 2 9% 4% (

Course 'b1ecti$es2

At the e!d o) this co(rse; the st(de!t sho(ld be able to ac:(ire +!o*lede o) the )(!dame!tals o)

!et*or+ a!alysis (si! matrices; t*oport a!d m(ltiport !et*or+s; a!d !et*or+ sy!thesis a!d )ilter

circ(its@

Total No. of Lectures = :(

Lecture )ise brea5up No. of Lectures

1

Sinusoidal Stead& State Anal&sis

Si!(soids; Phasors; 'mpeda!ce a!d admitta!ce; Dirchho))Is la* i! )re:(e!cy domai!;

impeda!ce combi!atio!s; Steady State A!alysisJ Nodal a!d Mesh a!alysis; thee!i! a!d

Norto! e:(iale!t@ AC Po*er A!alysisJ '!sta!ta!eo(s a!d aerae po*er; ma aerae

po*er tra!s)er; MS al(e; appare!t po*er a!d po*er )actor; comple po*er;

co!seratio! o) AC po*er@ #hree Phase Circ(itsJ types o) load a!d so(rce co!!ectio!s;

po*er i! bala!ced three phase circ(its; star delta tra!s)ormatio!s@ Net*or+ #heoremsJ

compe!satio!; s(perpositio!; reciprocity; millma! a!d tellee! theorem@

0/

%

Transient Net)or5 Anal&sis

Co!ti!(o(s time a!d discrete time si!als; systems a!d their propertiesJ ca(sality; stability;time i!aria!ce; li!earity; i!ertibility; stability@ Comple )re:(e!cy a!d aplace

tra!s)orms; circ(its a!alysis i! s domai!; poles; 7eros; tra!s)er "(!ctio!s a!d drii! poi!t

impeda!ces a!d co!ol(tio!@ Step a!d imp(lse respo!se o) ; C; C; C circ(its;

i!itial a!d )i!al co!ditio!s@ "o(rier a!alysis o) circ(its *ith !o!si!(soidal periodic

ecitatio!@

1%

3

Net)or5 Topolog&

Co!cept o) Net*or+ 5raphs; tree; li!+; c(t set; !et*or+ matrices; !ode i!cide!ce matri;

loop i!cide!ce matri; c(t set i!cide!ce matri; !et*or+ a!alysis (si! !et*or+ i!cide!ce

matrices@

04

4

T)o "ort Net)or5s and T-eir C-aracteri,ation8pe! circ(it; short circ(it; hybrid a!d tra!smissio! parameters; series parallel a!d ta!dem

co!!ectio! o) t*o port !et*or+s; m(lti port !et*or+s; m(lti termi!al !et*or+s; i!de)i!ite

admitta!ce matri a!d its properties@

0/

Net)or5 S&nt-esis

Eleme!ts o) reali7ability theoryJ ca(sality a!d stability; h(r*it7 poly!omials; positie real

)(!ctio!s; eleme!tary sy!thesis proced(re@ Sy!thesis o) o!e port !et*or+ *ith t*o +i!d o)

eleme!tJ C -rii! poi!t 'mmita!ces; sy!thesis o) C "(!ctio!s@ Sy!thesis o)

#ra!s)er "(!ctio!s J Properties o) tra!s)er )(!ctio!s; Keros o) tra!smissio!; sy!thesis o)

Y%1a!d K%1*ith a 1L termi!atio!; sy!thesis o) co!sta!t resista!ce !et*or+s@

06

6@

Introduction to ilters

Series a!d parallel reso!a!ce; si!le a!d do(ble t(!ed circ(its@ Passie )iltersJ lo*pass;

hihpass; ba!dpass a!d ba!dstop )ilters@ -i))ere!ce bet*ee! act(al a!d ideal )re:(e!cy

respo!se@

04

List of E>periments2 Number of Turns

3 #o eri)y Dircho))Is c(rre!t la* a!d Dircho))Is oltae la* 01

( #o eri)y s(perpositio! theorem@ 01

9 #o eri)y #hee!i!Is theorems 01


9/73

: #o eri)y Norto!Is theorems 01

? #o eri)y Maim(m po*er tra!s)er theorems@ 01

@#o determi!e tra!sie!t respo!se o) c(rre!t i! a!d C circ(its *ith step

oltae i!p(t a!d to do its sim(latio!@

01

-etermi!atio! o) tra!sie!t respo!se o) c(rre!t i! C circ(it *ith step oltae

i!p(t )or (!der damped; critically damped a!d oer damped cases a!d to do itssim(latio!@

0%

6 #o st(dy reso!a!ce i! series C circ(it a!d to do its sim(latio!@ 01

#o st(dy parallel C circ(its a!d plot ario(s respo!ses a!d to do its

sim(latio!@

01

34

#o eri)y the li!e oltae a!d phase oltae ; a!d li!e c(rre!t a!d phase c(rre!t

relatio!ship i! a star a!d delta three phase bala!ced circ(it a!d to do its

sim(latio!@

01

33#o )i!d ario(s t*o port !et*or+ parameters


10/73

#o be able to +!o*lede o) pri!ciples o) meas(reme!t o) electrical :(a!tities; co!str(ctio! a!d operati!

pri!ciples o) electrical i!str(me!ts; their static a!d dy!amic characteristics; a!d errors i! meas(reme!t

a!d apply +!o*lede o) meas(ri! i!str(me!ts to other areas o) electrical e!i!eeri!@



1

Introduction

"(!ctio!al eleme!ts o) a! i!str(me!t; static a!d dy!amic characteristics; errors i!

meas(reme!t; statistical eal(atio! o) meas(reme!t data; sta!dard a!d calibratio!@

Meas(reme!t o) Error; Acc(racy a!d Precisio!; si!i)ica!t )i(res; types o) error;

Statistical a!alysis o) data; probability o) errors; limiti! errors@

06

%

Analog Instruments

Electromecha!ical i!str(me!ts , moi!; coil; moi! iro!; electrostatic i!str(me!ts;

c(rre!t; oltae a!d po*er meas(reme!ts; i!d(ctio! type e!ery meter; )re:(e!cy meter;

po*er )actor meter; meer; ma!etic meas(reme!ts; i!str(me!t tra!s)ormers@

10

3

Sensors as Transducers

Classi)icatio! o) #ra!sd(cers; selectio! o) tra!sd(cersJ resistie; capacitie a!d i!d(ctietra!sd(cers; pie7o electric #ra!sd(cers; optical a!d diital tra!sd(cers; tra!sd(cers )or

meas(reme!t o) displaceme!t; temperat(re; leel; )lo*s; press(re; elocity a!d

acceleratio!@

0/

4

Bridge +easurements

Fheatsto!e ride; Deli! ride; ac@ bride a!d their applicatio! )or the meas(reme!t o)

sel)i!d(cta!ce a!d m(t(al i!d(cta!ce; Fa!er 5ro(!d co!!ectio!; meas(reme!t o)

capacita!ce; Meas(reme!t o) lo* a!d hih resista!ce@

0.

Analog Electronic Instrumentation

A!alo electro!ic oltmeters; t(!ed a!d sampli! oltmeters; A!alo electro!ic *attmeter

a!d e!ery meter@

03

6Signal Generators and Anal&,ers'!trod(ctio! to si!al e!erators; characteristics o) si!al e!erators; m(ltiibrators;

C8; harmo!ic distortio! a!d spectr(m a!aly7er@

03

.

Digital Electronic +easurement

-iital co(!tertimer a!d )re:(e!cy meter; time sta!dards; diital oltmeter a!d

m(ltimeter; acc(racy a!d resol(tio! co!sideratio!s; compariso! *ith a!alo electro!ic

i!str(me!ts@

0


3 #o calibrate dc@ oltmeter by direct readi! dc@ pote!tiometer@ 01

(#o meas(re actie a!d reactie po*er i! a si!le phase circ(it by o!e

Fattmeter method@

01

9#o meas(re actie a!d reactie po*er i! a threephase circ(it by t*o Fattmeter

method@01

:#o meas(re po*er a!d po*er )actor by t*o *attmeter method i!corporati!

i!str(me!t tra!s)ormers@01

? #o calibrate a si!le phase e!ery meter *ith the help o) a Fattmeter@ 01

@ #o meas(re oltae; c(rre!t a!d impeda!ce by oscilloscope@ 01

#o meas(re )re:(e!cy a!d phase di))ere!ce o) a si!(soidal ac oltae (si! 01


11/73

C8@

6#o st(dy a strai! a(e a!d plot its respo!se to a! applicatio! (si! Fheatsto!e

bride@01

#o plot the characteristics o) a thermistor a!d calibrate it )or temperat(re

meas(reme!t@01

34 #o meas(re i!s(latio! resista!ce (si! meer@ 0133

#o meas(re se!sitiity o) Fheatsto!e bride i! hal) bride a!d )(ll bride

mode (si! strai!(ae@01

3(#o plot '$8 characteristics o) ario(s i!d(ctie; capacitie a!d optical

tra!sd(cers@0%

Course 'utcomes2

y the e!d o) this co(rse; the st(de!t *ill be able toJ

1@ D!o*lede o) pri!ciples o) meas(reme!t o) electrical :(a!tities; co!str(ctio! a!d operati!

pri!ciples o) electrical i!str(me!ts; their static a!d dy!amic characteristics; a!d errors i!

meas(reme!t@%@ -esi! a!d co!d(ct eperime!ts; as *ell as to a!aly7e a!d i!terpret data@

3@ Apply +!o*lede o) meas(ri! i!str(me!ts to other areas o) electrical e!i!eeri!@

Suggested Boo5s2

Sr.

No.Name of Boo5/ Aut-ors/ "ublis-er

0ear of

"ublication/

Reprint

3-oebeli!; E@8@; Meas(reme!t Systems , Applicatio! a!d -esi!; Mc5ra*

Hill P(blishi! Comp!ay@

10

(Mooris@ A@S@; Pri!ciple o) Meas(reme!t a!d '!str(me!tatio!; Pre!tice Hall

o) '!dia

1

9-alley; @F@; iley; F@"@ a!d Meco!!el; D@5@; '!str(me!tatio! )or

E!i!eeri! Meas(reme!t; oh! Filey & So!s

1

:A@D@Sa*h!ey; A co(rse i! Electrical a!d Electro!ics Meas(reme!ts a!d

'!str(me!ts; -ha!patai& Co@


12/73

i!terdiscipli!ary applicatio!s i@e@ i!teratio! o) Mecha!ical e!i!eeri! *ith Electrical& Electro!ics

E!i!eeri! a!d Comp(ter #ech!oloy@ He sho(ld be able to desi! a!d co!d(ct eperime!ts as *ell as

to a!aly7e a!d i!terpret data@



3 Introduction to +ec-atronics

'!trod(ctio! to Mechatro!ics System; #re!ds i! Mechatro!ics


13/73

@#o meas(re the strai! o) the metal strip (si! strai! a(e trai!er +it &

compare *ith ideal characteristics@

01

#o meas(re the a!(lar displaceme!t o) resistie & capacitie tra!sd(cer (si!

a!(lar displaceme!t trai!er +it & compare *ith ideal characteristics@

01

6#o obtai! the characteristics o) #-; #hermistor; thermoco(ple *ith hot a!dcold >(!ctio! thermal trai!er +it & compare *ith ideal characteristics@

01

#o st(dy di))ere!t types o) Act(ators@ 0%

34 #o eperime!tally st(dy PC i!ter)aci! o) '$8 a!d '$8 addressi!@ 01

33 #o per)orm a!y basic se:(e!ce prorammi! (si! PC@ 01

Course 'utcomes2


1@ St(de!ts *ere able to hae basic +!o*lede o) mechatro!ics a!d its i!terdiscipli!ary applicatio!si@e@ i!teratio! o) Mecha!ical e!i!eeri! *ith Electro!ics; Electrical a!d Comp(ter #ech!oloy

& Co!trol E!i!eeri!@

%@ St(de!ts *ere able to desi! a!d co!d(ct eperime!ts; as *ell as to a!aly7e a!d i!terpret data@

Suggested Boo5s2

Sr.


0ear of

"ublication/

Reprint

3 Mechatro!ics; )o(rth editio!; by F olto!@ 'SN .//131.3%33 %013

(-a! Necs(lesc( Mechatro!ics p(blished by Pearso! Ed(catio! ; -elhi '!dia@

%001

9oo+ by H M # imited; Mechatro!ics #ata Mc5ra* Hill P(blishi!

Compa!y imited; Ne* -elhi@

1//

:Mechatro!ics Pri!ciples; Co!cepts & Applicatio!s by Nitaio(r P Mahali+

p(blished by #MH

%003

Course Name 2 ELECTRICAL "'7ER S0STE+S

Course Code 2 EEN(4(

Credits 2 :


14/73

L T " 2 9 4 (

Course 'b1ecti$es2

At the e!d o) this co(rse the st(de!t sho(ld be able to hae +!o*lede o) electric po*er e!eratio!

system; tra!smissio! a!d distrib(tio! system@



1

Generation S&stems

Pri!ciples o) hydro; thermal; !(clear a!d re!e*able e!eratio!@ co!!ected load; maim(m

dema!d; dema!d )actor; diersity )actor; types o) load; chro!oloical load c(re; load

d(ratio! c(re; mass c(re; load )actor; capacity )actor; pla!t (tili7atio! )actorB base; pea+

a!d sta!dby statio!s; selectio! o) !(mber a!d si7e o) (!its@

10

%

Transmission S&stems

8erhead a!d (!derro(!d tra!smissio!; tra!smissio! oltaes@ '!trod(ctio! to H2-C

tra!smissio!@ Co!d(ctor materials; solid stra!ded; ACS; hollo* a!d b(!dle co!d(ctors@

-i))ere!t types a!d s(pporti! str(ct(res a!d to*ers )or oerhead li!es@ Parameters o)

tra!smissio! li!esJ calc(latio! o) resista!ce; i!d(cta!ce a!d capacita!ce )or di))ere!tco!)i(ratio! o) oerhead tra!smissio! li!es@ Eleme!tary idea abo(t tra!smissio! li!es

co!str(ctio! a!d Erectio!@ Coro!a a!d its e))ect@

3

Distribution S&stem

adial; ri! mai! !et*or+ distrib(tio! systems@ -istrib(tio! 2oltae; Choice o) co!d(ctor

si7e )or distrib(tors@ #ype a!d locatio! o) distrib(tio! s(bstatio!s@ Mai! e:(ipme!t i!

distrib(tio! s(bstatio!; s(pporti! str(ct(res )or distrib(tio! li!e co!d(ctors@ -istrib(tio!

system oltae re(latio!@

6

4

Insulators 2

'!s(lati! materials; #ypes o) i!s(lators; oltae distrib(tio! oer a! i!s(lator stri!@

Stri! e))icie!cy; E:(ali7i! oltae drops across i!s(lators o) a stri!@

4

Cables'!s(lati! materials; #ypes o) 2 a!d H2 cables; #hree core solid; oil )illed a!d 5as

press(re cables; E))ectie co!d(ctor resista!ce; i!d(ctie reacta!ce a!d capacita!ce o)

cables; radi! o) cables; Sheath a!d dielectric loss i! cables; Eleme!tary ideas abo(t cable

brea+do*!@

4

6

"erformance And +odeling 'f Transmission Lines

Short tra!smissio! li!es; oltae drop; re(latio! a!d e))icie!cy calc(latio!s; Medi(m

tra!smissio! li!es@ Normal # a!d P'; sol(tio! )or oltae drop; re(latio! a!d e))icie!cy@

o! #ra!smissio! li!es; c(rre!t a!d oltae relatio!s; AC- co!sta!ts; circle diarams;

chari! c(rre!t a!d "erra!ti e))ect@


3#o desi! distrib(tio! !et*or+ a!d meas(reme!t o) oltae a!d c(rre!t

distrib(tio! i! distrib(tors

43

(#o meas(re Pote!tial distrib(tio! across di))ere!t (!its o) a stri! o) i!s(lators

*ith a!d *itho(t (ard ri!@

43

9#o st(dy o) di))ere!t parts o) a po*er cable a!d meas(reme!t o) i!s(latio!

resista!ce o) a cable@

43

: #o plot e:(ipote!tial c(re a!d oltae radie!t i! 4(


15/73

a= #*o$three core cable

b= Si!lecore cable@

?#o obtai! 2oltae e(latio! o) a lo! tra!smissio! li!e *ith resistie

i!d(ctie a!d capacitie loads@

43

@

#o obtai! 2oltae Pro)ile o) a lo! tra!smissio! li!e *he!J

a@ 8pe! circ(itedb@ 9si! sh(!t$series capacitie compe!satio!

c@ 9si! sh(!t i!d(ctie compe!satio!@

43

#o desi! tra!smissio! & distrib(tio! !et*or+ o) a city (si! so)t*are@ 43

6 #o meas(re core to core & core to sheath capacita!ce o) a three phase cable@ 43

#o sim(late a small Hydro Pla!t (si! sim(latio! so)t*are 4(

34#o plot 2oltae$C(rre!t characteristics o) a solar cell a!d determi!atio! o) its

parameters@

43

33#o st(dy di))ere!t types o) i!e i!s(lators a!d obtai! brea+do*! characteristics

o) a!y o!e type o) i!s(lator

43

Course 'utcomes2


1@ Ac:(ire basic +!o*lede o) electric po*er e!eratio!; tra!smissio! a!d distrib(tio! systems@

%@ Model a!d represe!t the tra!smissio! li!es i! po*er system@

Suggested Boo5s2

Sr.


0ear of

"ublication/

Reprint

3 Electrical Po*er Systems by C@@ Fadh*a; Ne* Ae '!ter!atio!al td %010

( Moder! Po*er System a!alysis by '@@Narath&-@P@Dothari; #ata Mc5ra*Hill

%003

9 Po*er System A!alysis & -esi! by 5(pta; S Cha!d & Co %001

:Electrical Po*er 5e!eratio!; #ra!smissio! a!d distrib(tio! by S N Si!h;

PH' P(blicatio!

%00/

? Po*er System A!alysis by oh! 5rai!er &F - Stee!so!; Mc5ra* Hill 14


16/73

Course Name 2 Electrical +ac-ines % I

Course Code 2 EEN (49

Credits 2 :

L T " 2 9%4%(

Course 'b1ecti$es2

At the e!d o) this co(rse the st(de!t sho(ld be able to hae +!o*lede o) co!str(ctio!al )eat(res;

pri!ciple o) operatio! o) ario(s types o) tra!s)ormers a!d -C machi!es; a!aly7e ma!etic circ(its a!d

eal(ate the per)orma!ce o) tra!s)ormers a!d -C machi!es@



3.

+agnetic Circuits

Ma!etic Circ(it properties; Ma!etic materials; ma!etic circ(it calc(latio!; tra!s)ormer

ma!etic circ(it; machi!e ma!etic circ(it@

9

(.

Single "-ase Static Transformers

'!trod(ctio! to tra!s)ormers types; core; *i!di!; i!s(latio!; i!d(ced oltae; tra!s)ormer

o! ope! circ(it; ideal tra!s)ormer; dot co!e!tio!; e:(iale!t circ(it o) practical

tra!s)ormer; re(latio! a!d e))icie!cy )rom approimate e:(iale!t circ(it@ osses i! a

tra!s)ormerJ calc(latio! o) eddy c(rre!t a!d hysteresis losses; ope! circ(it a!d short circ(it

tests@ Parallel operatio! o) si!le phase tra!s)ormers@ A(totra!s)ormer@

3:

9.

"ol&p-ase Transformers

#*o phase tra!s)ormatio!s; three phase tra!s)ormatio!s; tra!s)ormer co!!ectio! )or three

phase circ(its (si! three ide!tical tra!s)ormers; detailed a!alysis a!d operatio!al be!e)its

o) di))ere!t types o) three phase tra!s)ormers JYY; Y; Y; @ 8pe! delta a!d teetee

co!!ectio! o) tra!s)ormers; three phase co!!ectio! )or (!bala!ced loadi!@

6

:. Dc Generators 34


17/73

5e!erali7ed si!ly a!d do(bly ecited electromecha!ical co!ersio! system@

-C machi!es pri!ciples a!d co!str(ctio!J e!erator actio!; motor actio!; comm(tator;

comm(tatio!;i!terpolar a!d compe!sati! *i!di!s; br(shes; armat(re core@ Armat(re

*i!di!s types; coil pitch; comm(tator pitch; armat(re *ith more seme!ts tha! slots;

d(mmy eleme!ts i! *ae *i!di!s; parallel paths@ Armat(re reactio!J ma!eti7i! actio!

o) armat(re c(rre!ts; armat(re reactio! a!d )l( distrib(tio! c(re; dema!eti7i! a!d

cross ma!eti7i! ampere t(r!s@-C e!eratorJ bac+ tor:(e; ma!eti7atio! characteristics; e))ect o) speed (po! oltae;

lea+ae )l(; separately a!d sel) ecited e!erators; oltae b(ild(p; eter!al

characteristics o) series; sh(!t a!d compo(!d e!erators; oltae re(latio!@

?

DC +otors

-C motorJ J bac+ em); ariatio! o) bac+ em); tor:(e; po*er deeloped ; armat(re c(rre!t

*ith speed )or sh(!t series a!d compo(!d motors; e))ect o) sat(ratio!; speed re(latio!;

starters; speed co!trol o) -C motors; bra+i! o) -C motors@ (!iersal motor@


3#o st(dy ario(s compo!e!ts o) -C machi!e a!d plot 8pe! Circ(itCharacteristics

0%

( #o obtai! per)orma!ce characteristics o) a -@C@ Sh(!t motor@ 01

9 #o obtai! eter!al characteristics o) a -@C@ sh(!t e!erator 01

: #o obtai! eter!al characteristics o) a -@C@ series e!erator@ 01

? #o obtai! eter!al characteristics o) -C compo(!d e!erator@ 01

@Speed co!trol o) a dc sh(!t motor by aryi! armat(re circ(it a!d )ield circ(it

method

01

#o per)orm ope! a!d short circ(it test o! a 1phase tra!s)ormer a!d determi!e

a=e:(iale!t circ(it b= e))icie!cy

01

6#o determi!e e))icie!cy a!d oltae re(latio! o) si!le phase tra!s)ormer by

direct loadi!@

01

Parallel 8peratio! o) t*o si!lephase tra!s)ormers@ 01

34 #hree phase to #*o phase tra!s)ormatio! (si! Scott Co!!ectio!@ 01

33#o eri)y oltae a!d c(rre!t relatio!ships )or di))ere!t types o) three phase

tra!s)ormer co!!ectio!s@

01

3( #o obtai! per)orma!ce characteristics o) (!iersal motor@ 01

Course 'utcomes2


1@ A!aly7e the eal(ate ma!etic circ(its

%@ St(de!ts *ill be able to (!dersta!d; a!aly7e a!d eal(ate ario(s tra!s)ormer co!)i(ratio!s@

3@ St(de!ts *ill be able to (!dersta!d; a!aly7e a!d eal(ate ario(s types o) -c machi!es@

Suggested Boo5s2

Sr.


0ear of

"ublication/

Reprint

3 Alter!ati! C(rre!t Machi!es by M@5 Say; Pitma! p(blishi! td 1.6

( Electric Machi!ery by A@E@ "it7erald; Charles Di!sley; r@ a!d Stephe! -@ %013


18/73

9ma!s; #ata Mc5ra*Hill

9#he Per)orma!ce a!d -esi! o) -irect C(rre!t Machi!es by Albert E

Clayto! & N N Ha!coc+; CS p(blishers a!d distrib(tors@

1.4

:-irect C(rre!t Machi!ery by Charles S Sis+i!d; Mc5ra* Hill boo+

compa!y@

1%

?

Electric Machi!ery a!d #ra!s)ormers by ha S 5(r( &H(seyi!

Hi7irol(; 8)ord 9!iersity Press

%000

@Pri!ciples o) Electric Machi!es A!d Po*er Electro!ics by P C Se!; Filey

'!dia

%013

Electric Machi!es by - P Dothari a!d ' Narath; #ata Mcra* Hill

Ed(catio! Priate imited

%004

6 Electrical Machi!es by P S himbhra; Dha!!a P(blishers %011

Course Name 2 ANAL'G AND DIGITAL ELECTR'NICS

Course Code 2 EEN%(4:

Credits 2 :

L T " 2 9 4 (

Course 'b1ecti$es2

At the e!d o) this co(rse; the st(de!t sho(ld be able to i!)er tra!sistors a!d its biasi! a!d ho* comple deices

s(ch as # are modelled a!d the (se o) the mathematical models i! the desi! a!d a!alysis o) ario(s circ(its s(chas ampli)iers; oscillators a!d po*er ampli)iers@ Also the ob>ectie te!ds to )(l)il mi!imi7atio! a!d desi!i! o)

ario(s combi!atio!al a!d se:(e!tial circ(its a!d pri!ciples o) A!alo a!d -iital co!erters@


Lecture )ise brea5up No. of Lectures :(

3 Transistor and its Biasing

eie* o) diode a!d #; oad li!e a!d 8perati! poi!t; ias stability; ario(s biasi! circ(its;

#ra!sistor h,parameters; co!ersio! )orm(las; remodel; a!d a!alysis o) tra!sistor ampli)iers (si! h

parameters@


19/73

( BT reuenc& Response

"re:(e!cy espo!se o) si!le stae CE ampli)ier; M(ltistae ampli)iers; -irect co(pled; C

co(pled a!d #ra!s)ormer co(pled; )re:(e!cy respo!se o) m(ltistae ampli)iers

9 ield Effect Transistors

'!trod(ctio!; "E# Co!str(ctio!; types o) "E#; Characteristics o) "E#s; M8S"E#J types a!d

*or+i! pri!ciple; "E# biasi!; "E# small si!al model; "E# applicatio!s@

4

: "o)er AmplifiersClassi)icatio! o) ampli)iers; Si!le t(!ed a!d do(ble t(!ed ampli)iers; a!alysis o) class A; ; C a!dA ampli)iers; p(sh p(ll ampli)ier; amplit(de distortio! i! ampli)iers; harmo!ics; po*er distortio!;

4

? 'scillator

Pri!ciple o) si!(soidal oscillator; C phase shi)t a!d Fei! ride oscillator; Collpits a!d Hartleyoscillator; Crystal 8scillator

3

@ +inimi,ation Tec-niues

S(m o) Prod(cts a!d Prod(cts o) S(m )orms; Mi!terms&Materms; Dar!a(h Map )or t*o; three;)o(r )ie a!d si ariables; (i!eMcCl(s+ey method

4

Combinational Circuit Design

Hal) adder; )(ll adder; s(btractor; C- adder; comparator; code co!erter; e!coder decoder;

m(ltipleer; dem(ltipleer; parity detector a!d e!erator

4

6 +ulti$ibrators

1bit memory cell; cloc+ed a!d (!cloc+ed )lip )lops; S "lip )lop; - )lip )lop; D "lip )lop; # )lip

)lop; ede triered )lip )lop; race aro(!d co!ditio! ; Master slae )lip )lop; co!ersio! o) )lip )lops@

Seuential Logic Design and S-ift Registers

ipple co(!ter; desi! o) ModN ripple co(!ter; desi! o) sy!chro!o(s se:(e!tial circ(its; State

machi!es; sy!chro!o(s co(!ter; decade co(!ter; ri! co(!ter; oh!so! co(!ter; serial i! serial o(t

shi)t reister; serial i! parallel o(t shi)t reister; parallel i! serial o(t shi)t reister a!d parallel i!

parallel o(t shi)t reister; bidirectio!al shi)t reister; (!iersal shi)t reister@

6

34 A/D and D/A Con$erters

Feihted resistor -$A co!erter; i!ary ladder -$A co!erter@ A$- Co!erters )lash type;s(ccessie approimatio!; co(!ter ramp type; d(al slope type; characteristics o) A-C a!d -AC@

%

List of E>periments No. of turns

3 #o st(dy the characteristics o) # a!d "E#@ %

( #o sim(late a!d eri)y the operatio! o) # as a! ampli)ier a!d dra* the )re:(e!cyrespo!se@

%

9 #o desi!; sim(late a!d impleme!t Adder a!d S(btractor circ(its@ 1

: #o desi!; sim(late a!d impleme!t code co!erters@ %

? #o desi!; sim(late a!d impleme!t Combi!atio!al circ(its (si! M(ltipleers@ 1

@ #o sim(late a!d impleme!t "lip)lops (si! NAN- a!d N8 5ates@ 1

#o st(dy the operatio! o) ario(s types o) shi)t reisters@ %

6 #o desi!; sim(late a!d impleme!t the sy!chro!o(s se:(e!tial circ(its@ %

Course 'utcomes2

At the e!d o) this co(rse; the st(de!t *ill be able to1@ A!aly7e the per)orma!ce o) # (si! small si!al a!alysis@

%@ -esi!i! o) ario(s types o) oscillators@3@ A!aly7e a!d desi!i! o) se:(e!tial a!d combi!atio!al circ(its@

4@ -esi! ario(s types o) A$- a!d -$A co!erters@

Suggested Boo5s

Sr.


0ear of

"ublication/

Reprint

3 '!terated Electro!ics;Millma!&Hal+ias; #MH@ %00/


20/73

( Electro!ics -eices & Circ(it #heory; oylestead& Nashels+y; PH' %00

9 Microelectro!ic Circ(its; AS Sedra& DC Smith; 8O"8- %010

: Electro!ics Circ(it A!alysis a!d -esi!; -o!ald A@ Neame!; #ata Mc5ra* Hill %00/

? -iital -esi!; Morris Ma!o; PH'; theditio! %013

@ Moder! -iital Electro!ics; P ai!; #ata Mc5ra* HillP(blicatio!;4thEditio! %010

Course Name 2 Engineering Anal&sis F Design

Course Code 2 EEN (4@

Credits 2 4:

L T " 2 (%3%(

Course 'b1ecti$es2At the e!d o) this co(rse; the st(de!t sho(ld hae +!o*lede o) )(!dame!tals o) desi! a!d sim(latio!

(si! so)t*are pac+aes@

Total No. of Lectures = (6


1

+odel of "-&sical S&stems

'!trod(ctio! to physical systems; Massspri!damper system; accelerometer; rotatio!al

03


21/73

mecha!ical system; ear trai!s; li:(id leel systems; circ(it models; ; C; C; C

series a!d parallel circ(its *ith si!(soidal a!d !o!si!(soidal ecitatio!s; diode recti)ier@

%

Numerical +et-ods for Solution of Euations

Errors; Systems o) li!ear e:(atio!s; homoe!eo(s a!d !o!homoe!eo(s li!ear e:(atio!s;

poly!omial e:(atio!s; least s:(ares )it; ordi!ary di))ere!tial e:(atio!s; E(lerIs method;

(!eD(tta method; Ne*to!aphso! method; Predictor corrector methods; !(mericali!teratio!; )or*ard a!d bac+*ard i!teratio! r(les@ #rape7oidal r(le; Simpso!Is r(le;

Errors o) i!teratio!@

0

3

Simulation Tec-niues2

Co!ti!(o(s state sim(latio!; circ(it leel sim(lators; discreteee!t sim(latio!; "ied time

step; ariable time step; respo!se a!alysis o) circ(its; -C a!alysis; AC a!alysis; tra!sie!t

a!alysis@

06

4

"rogramming in +ATLAB

Prorammi! a )(!ctio!; repetitie a!d co!ditio!al co!trol str(ct(res; 'teratie sol(tio! o)

e:(atio!s; poly!omial i!terpolatio!; plotti! a!d a!alysis; t*odime!sio!al a!d three

dime!sio!al plots; Historams; Polar plots; )(!ctio! eal(atio!; ha!dli! eter!al )iles;

sai! a!d loadi! data@

04

"S"ICE Circuit Simulator

'!trod(ctio!; circ(it descriptio!s; i!p(t )iles; !odes; circ(it eleme!ts eleme!t al(es;

so(rces; o(tp(t ariables; a!alysis; -C s*eep; tra!sie!t a!d AC a!alysis; PSP'CE models@

03

6

Design Case Stud&

-C Motor speed co!trol@ 03


3 #o sim(late -C tra!sie!ts i! ; C a!d C circ(it 0%

(#o sim(late AC tra!sie!ts i! l; C a!d C circ(it a!d st(dy e))ect o)

s*itchi! i!sta!t@0%

9 #o sim(late a -C motor 01

: #o sim(late a -C motor *ith starter 01

? #o desi! a!d sim(late a tra!s)ormer 0%

@ #o sim(late a -C 5e!erator 01

#o desi! a!d sim(latea! aircore i!d(ctor 0%

6 #o sim(late a si!le core cable 01

#o sim(late*ae propaatio! o! tra!smissio! li!e 01

Course 'utcomes2

At the e!d o) the co(rse; the st(de!ts *ill be able to

1@ Model a ie! physical system

%@ Apply !(merical methods )or sol(tio! o) li!ear system o) e:(atio!s

3@ Apply !(merical methods )or sol(tio! o) di))ere!tial e:(atio!s

4@ Apply !(merical methods )or sol(tio! o) '!teral e:(atio!s

@ A!alyse -@C circ(its (si! sim(latio! tech!i:(es

6@ A!alyse A@C circ(its i! steady state a!d tra!sie!t state (si! sim(latio! tech!i:(es

.@ Hae basic +!o*lede o) MA#A a!d PSP'CE so)t*are

/@ -esi! a speed co!troller )or -C Sh(!t Motor


22/73

Suggested Boo5s2

Sr.


0ear of

"ublication/

Reprint

3 A! '!trod(ctio! to N(merical A!alysis; At+i!so!; oh! Filey 1/(

MAA )or E!i!eers; ira! A@ a!d rei!er M@; %!deditio!; Addiso!

Fesley

1

9SP'CE )or Po*er Electro!ics a!d Electric Po*er; ashid M@H@ a!d ashid

H@M@; %!deditio!; #aylor & "ra!cis@

%00

:'!trod(ctio! to MA#A )or E!i!eers Filliam @P@; 3rdeditio!; Mc5ra*

Hill@

%010

Course Name 2 "o)er Electronics


Credits 2 4:L T " 2 9%4%(

Course 'b1ecti$es2

y the e!d o) this co(rse; the st(de!ts sho(ld be able to hae +!o*lede o) ario(s po*er electro!ic

deices; s*itchi! tra!sie!ts a!d s!(bber circ(its a!d a!aly7e ario(s types o) AC-C; -C-C; -CAC;

ACAC co!ersio! (si! po*er electro!ic co!erters@



3 "o)er Electronic De$ices

'!trod(ctio! to po*er s*itchi! deices; basic str(ct(re a!d physics o) deice operatio!;

s*itchi! a!d '2 characteristics


23/73

@ Ac #oltage Controllers

asic Pri!ciple; A!alysis o) 1Q operatio! *ith a!d oad; oad a!d S(pply C(rre!t

Characteristics@ 3Q "(lly a!d Hal) co!trolled e(latorJ A!alysis o) operatio! )or a!d

oad


24/73

(@@Pelly; G#hyristor Phase Co!trolled Co!erters a!d Cycloco!erters;

oh! Filey a!d so!s

1.1

9 5y(yi a!d @@Pelly; GStatic Po*er "re:(e!cy Cha!ers; oh! Filey

a!d So!s;

1.6

:-oebeli!; E@8@;J Meas(reme!t Systems Applicatio! a!d -esi!; Mc5ra*

Hill P(blishi! Compa!y

10

?@S@amsha*; GPo*er Electro!ic Semico!d(ctor s*itches; Chapma! a!d

Hall;

14

@@F@Eric+so! a!d -raa! Ma+simoic; G"(!dame!tals o) Po*er

Electro!ics; D9FE Academic P(blishers;

%004

M H ashid; GPo*er Electro!icsJ Circ(its; -eices a!d Applicatio!s; 3rd

Editio!; Pre!tice Hall o) '!dia Pt td;

%004

6N Moha!; #@M@ 9!dela!d a!d F@P@obbi!s; GPo*er Electro!icsJ Co!erters

applicatio!s a!d desi!; oh! Filey a!d so!s

%006

Maria! D Da7imierc7(+; GP(lse*idth Mod(lated -C,-C Po*er

Co!erters; oh! Filey a!d So!s

%00/

Course Name 2 +icroprocessors and "erip-eral De$ices


Credits 2 :

L T " 2 9%4%(

Course 'b1ecti$es2

At the e!d o) the co(rse; the st(de!ts sho(ld be able to

3. Eplai! the architect(re o) /0/6 microprocessor

(. E!ha!ce the prorammi! tech!i:(es

9. -emo!strate ario(s i!ter)aci! tech!i:(es@

:. -esi! a microprocessor based applicatio!



1 +icroprocessor 646@

'!trod(ctio! to Microprocessors a!d Microcomp(ters; /0/6 Microprocessor

architect(re; Pi! co!)i(ratio!; eister ora!isatio! o) /0/6; physical memory

ora!isatio!; 5e!eral b(s operatio!; Special processor actiities; Mi!im(m Mode /0/6

System a!d #imi!s; Maim(m Mode /0/6 System a!d #imi!s@


25/73

Basic "erip-erals And T-eir Intrfacing 7it- 646@

Memory interfacing, Programmable Interval Timer !"#$/!"#%&,

Programmable Interrupt 'ontroller !"#(&, )eyboard/Display

'ontroller !"*(&,, DMA 'ontroller !"$*/!"#*&+

'!ter)aci! '$8 Ports; P'8 /% ects based o! i!ter)aci!@

3 E!ha!ce the prorammi! s+ills@

4 'de!ti)y the importa!ce o) Assembler -irecties a!d 8perators

Suggested Boo5s2

Sr.


0ear of

"ublication/

Reprint


26/73

1 Ada!ced Microprocessors & peripherals by A D ay & D M

h(rcha!di; #MH P(blicatio!@

%013

% '!tel Microprocessors by erry @rey; Pri!ta!ce Hall@ %00

3 Microprocessor & '!ter)aci! by -o(las 2 Hall; #MH P(blicatio! %006

4 . Microcomputer -ystems !0!1/!0!! 2amily Architecture,

Design and Programming, 'hen 3iu and 4lenn A 4ibson, Pearson

5ducation 3imited+

%00

Course Name 2 Electrical +ac-ines % II


Credits 2 4:

L T " 2 9%4%(

Course 'b1ecti$es2

At the e!d o) this co(rse; the st(de!t sho(ld be able to hae +!o*lede o) co!str(ctio!al )eat(res;

pri!ciple o) operatio! o) ario(s types o) rotati! AC machi!es a!d eal(ate their per)orma!ce i!

motori! a!d e!erati! mode@



1.

T-ree "-ase Induction +ac-ines

5e!eral co!str(ctio! )eat(res; rotati! )ield theory; per phase & approimate e:(iale!t

circ(it; prod(ctio! o) tor:(e; slip; tor:(e speed characteristics; ma po*er a!d ma tor:(e

criterio!; maim(m e))icie!cy criterio!; !o load a!d bloc+ed rotor test to determi!e

per)orma!ce parameters; circle diaram@ Starti!J rotor rheostat starter; red(ced oltae

starti!; star delta starti!@ -eep bar a!d do(ble cae rotor@ Speed co!trolJ pole cha!i!;

li!e oltae co!trol; li!e )re:(e!cy co!trol; co!sta!t slip )re:(e!cy operatio!; co!sta!t )l(

operatio!; rotor resista!ce co!trol; slip e!ery recoery; i!>ectio! o) em) i! the rotor

circ(it@ ra+i!J ee!eratie; pl(i!; dy!amic bra+i!@ Physical phe!ome!o!J #imea!d space harmo!ics; coi!; cra*li!; loc+i!; !oise; oltae ripples@ '!d(ctio!

e!erator@

3(

2.

S&nc-ronous Generators

Co!str(ctio! )eat(res; armat(re *i!di!s; pitch a!d distrib(tio! )actor; *i!di!

co!!ectio!s; i!d(ced em) e:(atio!; e:(iale!t circ(it; sy!chro!o(s a!d lea+ae reacta!ce;

cyli!drical rotor machi!e per)orma!ce *ith co!sta!t sy!chro!o(s reacta!ce; armat(re

reactio!; ector diaram; e!erator eter!al characteristics a!d oltae re(latio!;

e!erator ecitatio! )or co!sta!t oltae; direct a!d :(adrat(re ais sy!chro!o(s reacta!ce;

ector diaram; (!sat(rated a!d sat(rated sy!chro!o(s reacta!ce; ope! circ(it a!d short

circ(it characteristics; potier tria!le; calc(latio! o) sat(rated sy!chro!o(s reacta!ce )rom

ope! circ(it sat(ratio! c(re; determi!atio! o) direct a!d :(adrat(re ais sy!chro!o(s

reacta!ce@ E))icie!cy; losses i! sy!chro!o(s e!erator; po*er a!le; tra!sie!t a!ds(btra!sie!t reacta!ce; determi!atio! o) tra!sie!t; s(btra!sie!t reacta!ce; parallel

operatio! o) sy!chro!o(s e!erators; sy!chro!i7i! po*er; !eatie a!d 7ero se:(e!ceimpeda!ces o) sy!chro!o(s e!erator

3?

3. S&nc-ronous +otors

Co!str(ctio! a!d operatio! o) sy!chro!o(s motor; 2 c(res a!d i!erted 2 C(res; e))ects

o) armat(re reactio!; ector diarams; e))ect o) cha!e i! load a!d )ield ecitatio!; ector

diaram )or salie!t pole sy!chro!o(s motor; calc(latio! o) )ield c(rre!t a!d e))icie!cy;

34


27/73

relatio! bet*ee! po*er deeloped a!d po*er a!le; electroma!etic po*er i! salie!t a!d

cyli!drical rotor motor; co!ditio! )or maim(m po*er; maim(m po*er ers(s po*er

a!le; )ield ecitatio! ers(s po*er a!le; h(!ti!; dampi!; methods o) starti! o)

sy!chro!o(s motor; po*er )actor correctio! (si! sy!chro!o(s co!de!sers; h(!ti!@

4.

Single "-ase Induction +otors

-o(ble reoli! )ield theory; a!alysis o) si!le phase i!d(ctio! motor; e:(iale!t circ(itdiaram; tor:(e speed characteristics; types o) si!le phase i!d(ctio! machi!es; shaded

pole motors@

?


3#o per)orm ope! circ(it test a!d bloc+ rotor test o! a 3 phase 'M to dra*

e:(iale!t circ(it@

01

(-etermi!atio! o) the per)orma!ce characteristics o) a threephase i!d(ctio!

motor by load test@

01

9

#o obtai! a circle diaram o) the ie! threephase i!d(ctio! motor by

co!d(cti! !o load a!d bloc+ed motor test a!d to determi!e the maim(m

tor:(e; maim(m po*er o(tp(t@

01

:#o per)orm Speed co!trol o) three phase '!d(ctio! Motor (si! ario(s

methods@

0%

? #o sy!chro!i7e a! alter!ator to a! i!)i!ite b(s@ 01

@2ariatio! i! the actie a!d reactie po*er o) a! alter!ator co!!ected to a!

i!)i!ite b(s by


28/73

Mc5ra* Hill boo+ compa!y@

:Electric Machi!ery a!d #ra!s)ormers by ha S 5(r( & H(seyi!

Hi7irol(; 8)ord 9!iersity Press;

1//

?Pri!ciples o) Electric Machi!es A!d Po*er Electro!ics by P C Se!; Filey

'!dia;

%00.

@ #he per)orma!ce a!d desi! o) alter!ati! c(rre!t machi!es by M 5 Say;CS p(blishers@

1.6

Electric Machi!es by - P Dothari a!d ' Narath; #ata Mcra* Hill

Ed(catio! Priate imited@

%006

6 Electrical Machi!es by P S himbra; Dha!!a P(blishers@ %011

Course Name 2 Control S&stem


Credits 2 4:

L T " 2 9%4%(

Course 'b1ecti$es2At the e!d o) the co(rse; the st(de!t sho(ld be able to model; a!aly7e a!d desi! co!trol systems (si!

di))ere!t methods@



3

Introduction

8pe! loop a!d closed loop co!trol systems; )eedbac+; e))ects o) )eedbac+; li!ear a!d !o!

li!ear co!trol systems; bloc+ diarams; some eamples@

03

(

+odeling

Modeli! o) physical systems e@@ electrical; mecha!ical; tra!slatio!al; ratio!al; thermal

systems; electrical; mecha!ical a!aloies@ aplace tra!s)orm; tra!s)er )(!ctio!; bloc+diaram alebra; si!al )lo* raphs; characteristic e:(atio! ; co!trol system compo!e!ts;

error detectors pote!tiometer; sy!chros; stepper motor; ac a!d dc tachoe!e!rators@

0/

9

Time Domain Anal&sis

'mporta!ce o) time respo!se i! tra!sie!t a!d steady state a!alysis; typical test i!p(t

si!als; tra!sie!t respo!se o) the )irst order; seco!d order system; #ime respo!se

speci)icatio!s; a!d domi!a!t closed loop poles o) hiher order systems; steady state error

a!d error coe))icie!ts@

06

: Stabilit&

Co!cepts o) absol(te a!d relatie stability; pole 7ero locatio!; o(th H(r*it7 criteria@

0%

?

Root Locus Tec-niue

'!trod(ctio!; root loc(s co!cept; co!str(ctio! root loci; stability a!alysis@

04

@

reuenc& Response

'!trod(ctio! a!d importa!ce o) )re:(e!cy respo!se; ode diaram; polar plots; lo

ma!it(de s@ phase plot; Ny:(ist stability criterio!; stability a!alysis; relatie stability;

ai! mari! & phase mari!; closed loop )re:(e!cy respo!se@

0.

Introduction to Design

Necessity o) compe!satio!; la a!d lead compe!satio!; P'- Co!troller@

0.

6 State Space Anal&sis 0


29/73

Co!cept o) State; state ariable a!d state ector; state tra!sitio! matri; co!trollability a!d

obserability; sol(tio! o) state e:(atio!@


3#o sim(late time respo!se o) )irst order a!d seco!d order systems )or step

i!p(t@

01

( #o sim(late P; P' a!d P- co!troller )or )irst a!d seco!d order system 0%

9 #o sim(late P'- Co!troller )or )irst a!d seco!d order system@ 01

: #o desi! la; lead a!d lalead compe!sators (si! ode plot@ 01

? #o st(dy -C motor positio! co!trol system@ 0%

@#o st(dy sy!chrotra!smitter a!d receier a!d obtai! o(tp(t ers(s i!p(t

characteristics@01

-esi! o) lalead compe!sators@ 01

6 #o obtai! time respo!ses o) )irst a!d seco!d order system )or step i!p(t@ 01

#o dra* Ny:(ist plot o) ope! loop tra!s)er )(!ctio!s a!d eami!e the stability

o) the closed loop system@0%

34 #o obtai! the )re:(e!cy respo!se )or )irst a!d seco!d order system@ 01

Course 'utcomes2


1@ ac:(ire +!o*lede o) co!trol systems@

%@ model a!d a!aly7e physical systems )or co!trolli! their respo!ses@

Suggested Boo5s2

Sr.


0ear of

"ublication/

Reprint

3'ontrol -ystems 5ngineering,I+6+7agrath and M+4opal, 8iley5astern

%00/

( Modre! Co!trol E!i!eeri!; D@ oata ; PH' %009 A(tomatic Co!trol systems; @C D(o %00

Course Name 2 C'+"8TER AIDED "'7ER S0STE+ ANAL0SIS

Course Code 2 EEN 943

Credits 2 4:

L T " 2 9%4%(

Course 'b1ecti$es2

At the e!d o) the co(rse the st(de!t sho(ld be able toJ

Model a!d a!aly7e the po*er systems (!der steady state a!d ab!ormal co!ditio!s@ Apply !(merical

methods to sole the po*er )lo* problem@ Model a!d a!aly7e the tra!sie!t behaior o) po*er system

*he! it is s(b>ected to a )a(lt@



1

Introduction

Si!le li!e diaram o) po*er system; modeli! o) sy!chro!o(s machi!es; tra!s)ormer

loads; tra!smissio! li!e etc@; per (!it represe!tatio! o) po*er system@

3


30/73

%

"o)er lo) Studies

"ormatio! o) Kb(s & Yb(s matrices; po*er )lo* problem; po*er )lo* sol(tio! by 5a(ss

Siedel; Ne*to! aphso! a!d )ast deco(pled methods; alorithm a!d )lo*chart;

Compariso! o) the three methods@ oad )re:(e!cy co!trol@ Eco!omic operatio! o)

e!erators@ Po*er )lo* st(dies (si! so)t*are@

10

3

S-ort Circuit StudiesSymmetrical


31/73

co!ditio!s@

Suggested Boo5s2

Sr.


0ear of

"ublication/

Reprint3

Po*er System A!alysisby @@ 5rai!er a!d F@-@ Stee!so!; Mc5ra* Hill

'!t@ St(de!t Ed@

%003

(Moder! Po*er System A!alysisby '@@Naarath& Dothari; Mc5ra* Hill '!t@

St(de!t Ed@

%011

9Po*er System A!alysis by #@D@Naasar+ar a!d M@S@ S(+hi>a 8)ord

9!iersity Press; %00.@

%00.

: Comp(ter Methods i! Po*er Systems by 5 F Sta@ %010

? Po*er System A!alysis by Hadi Saadat@ %013

Course Name 2 S7ITC*GEAR AND "R'TECTI'NCourse Code 2 EEN 94(

Credits 2 4:

L T " 2 9%4%(

Course 'b1ecti$es2

At the e!d o) this co(rse the st(de!t sho(ld be able toJ

Hae +!o*lede o) the co!cept a!d !ecessity o) protectio! i! e!eratio! a!d tra!smissio! a!d

applicatio!s o) s*itchears i!cl(di! i!ter!al operatio! o) di))ere!t types o) circ(it brea+ers@



3

Bus Bar Arrangements Isolating S)itc-es

"(!ctio!; types; operatio! a!d rati!; Mai! e:(ipme!t i! s(bstatio!B s(bstatio! layo(t;

-i))ere!t (s bar schemes

9

(

uses

#ypes; rati!s; theory a!d characteristics; co!str(ctio!; characteristics a!d applicatio!s o)

HC )(ses@

9

9

"rinciples 'f Circuit Interruption

Pri!ciples o) arc s(ppressio! i! d@c@ a!d a@c@ circ(its@ ecoery a!d est isi! 2oltae


32/73

di))ere!t types o) !e(tral earthi!; calc(latio! o) !e(tral shi)t; Earthi! o) s(bstatio!

e:(ipme!ts@

"rotection of eeders

#ime raded oer c(rre!t protectio! )or radial; parallel & ri! )eedersB circ(lati! c(rre!t

a!d bala!ced oltae protectie schemesB -ista!ce protectio! o) )eeders , Applicatio! o)

impeda!ce; reacta!ce a!d mho relay; eleme!tary ideas abo(t carrier; c(rre!t protectio! o)tra!smissio! li!es; N(meric relays@

?

6

Generator "rotection

#ypes o) )a(lts o! stator a!d rotorB stator & rotor protectio!B !eatie se:(e!ce protectio!B

loss o) ecitatio! & oerload protectio!@

:

Transformer "rotection

Po*er tra!s)ormer protectio!J -i))ere!tial protectio! a!d ma!etic bala!ce protectio!;

estricted earth )a(lt protectio!; (chhol7 relay; Protectio! o) combi!ed alter!ator a!d

tra!s)ormer@

?

34

"rotection Against '$er$oltages

5ro(!d *ire; shieldi! a!le rod ap; hor! ap; imp(lse ap; ale type a!d !o!li!ear

arresters s(re absorbers@

(

33

'$er $oltage "-enomenon "rotection F Insulation Co%ordination

#heory o) physics o) liht!i! )lashes & stro+es@ '!s(latio! coordi!atio!; 2olttime a!d

circ(it time characteristics@ Hor! ap; Si!le dierters; 5ro(!d *ires; S(re absorbers

9

3(+icroprocessor Based "rotection

'!trod(ctio! to microprocessor based relays & diital relays@

(


3 #o meas(re Symmetrical )a(lt leel meas(reme!t o! a dc !et*or+ a!aly7er 3

(#o meas(re 9!symmetrical )a(lt leel meas(reme!t o! a dc !et*or+ a!aly7er

)or ario(s types o) )a(lts

(

9 #o meas(re ro(!d resistiity a!d resista!ce o) a ro(!d electrode 3

:#o plot i!erse de)i!ite mi!im(m time characteristics o) !(merical oer c(rre!t

relay@3

?#o plot i!erse de)i!ite mi!im(m time characteristics o) !(merical Earth )a(lt

oer c(rre!t relay@3

@#o st(dy a!d a!aly7e tra!s)ormer protectio! (si! di))ere!tial relay )or i! 7o!e

trip )a(lts@3

#o plot characteristics o) perce!tae bias di))ere!tial relay@ 3

6 #o st(dy a!d a!aly7e the per)orma!ce o) dista!ce protectio! 3

#o per)orm pic+ (p test )or di))ere!tial relay@ 3

34#o st(dy a!d a!aly7e the per)orma!ce o) Mer7price protectio! )or a three

phase alter!ator@ (

33#o plot i!erse de)i!ite mi!im(m time characteristics o) directio!al oer

c(rre!t relay@3

Course 'utcomes2


1@ -esi! the relea!t protectio! systems )or the mai! eleme!ts o) a po*er system@


33/73

%@ A!aly7e oer c(rre!t; di))ere!tial; radial protectio! deices a!d their applicatio! i! a coordi!ated

protectio! scheme@

Suggested Boo5s2

Sr.


0ear of

"ublication/

Reprint

3M@@ So!i; P@2@ 5(pta; 2@S@ hat!aar; A@ Cha+rabarti; RA #et oo+ o! Po*er

System E!i!eeri!I; -ha!patai& Co@%00

( Po*er Systems A!alysis by C Fadh*a; Filey '!dia td@ %00

9 S@S@ ao; S*itchear a!d Protectio!; Dha!!a P(blishers; -elhi %00/

:

Protectie elayi!J Pri!ciples &Applicatio!sby lac+b(r! a!d -omi! # ;;

CC Press %010

Course Name 2 ELECTRIC DRI#ESCourse Code 2 EEN 949

Credits 2 4?

L T " 2 9%3%(

Course 'b1ecti$es2

At the e!d o) the co(rse the st(de!t sho(ld be able to model AC a!d -C machi!e i! e!erali7ed

)rame*or+ a!d (se it to co!trol the machi!e (si! po*er electro!ic co!erter@



1@

+odeling of DC mac-ine

Dro!Is Primitie Machi!e Model


34/73


3.#o obtai! the speed co!trol o) -C machi!e (si! )(ll *ae )(lly co!trolled thyristori7edco!erter@

3

(. #o obtai! the speed co!trol o) -C machi!e (si! )irst :(adra!t chopper@ 3

9. #o obtai! )o(r :(adra!t operatio! o) -C motor (si! '5# based -C chopper@ 3

:. #o obtai! speed co!trol per)orma!ce o) i!d(ctio! motor (si! $) co!trol@ 3?. #o obtai! speed co!trol o) i!d(ctio! motor (si! ector co!trol@ (

#o sim(late the speed co!trol o) -C machi!e (si! )(ll *ae )(lly co!trolled a!d semi

co!trolled thyristori7ed co!erter a!d compare ario(s AC a!d -C side per)orma!ce

parameters@

(

6#o sim(late the speed co!trol o) -C machi!e (si! )irst :(adra!t chopper a!d eal(ate

the per)orma!ce (si! di))ere!t choppi! )re:(e!cies@3

#o sim(late speed co!trol o) i!d(ctio! motor (si! $) co!trol a!d obtai! dy!amic

behaior o) the machi!e *he! cha!i! )rom o!e )re:(e!cy to a!other@(

34#o sim(late speed co!trol o) i!d(ctio! motor (si! ector co!trol a!d obtai! dy!amic

behaior o) the machi!e@ Also compare the dy!amic per)orma!ce *ith $) co!trol@(

Course 'utcomes2


1@ A!aly7e mathematical model o) AC a!d -C machi!es@

%@ A!aly7e ario(s po*er electro!ic co!trollers )or AC a!d -C dries@

3@ A!aly7e a!d compare ario(s closed loop co!trol strateies )or AC a!d -C machi!es@

Suggested Boo5s2

Sr.


0ear of

"ublication/

Reprint

3 Fer!er eo!hard; GCo!trol o) Electrical -ries; 3rd

editio!; Spri!er; %001(

Po*er Electro!icsJ Co!erters applicatio!s a!d desi! by N Moha!; #@M@

9!dela!d a!d F@P@obbi!s; oh! Filey a!d so!s %006;

%006

9 P C Se!; G#hyristor -C -ries; *ileyi!terscie!ce p(blicatio!; 1/1

: Ned Moha!; G"irst Co(rse o! po*er electro!ics a!d dries; MNPEE %011

? PiotrFach; G-y!amics a!d Co!trol o) Electrical -ries; Spri!er; %011

Course Name 2 CAD ' Electrical +ac-ines

Course Code 2 EEN 94:

Credits 2 4:

L T " 2 9% 4%(Course 'b1ecti$es2

At the e!d o) this co(rse; the st(de!t sho(ld be able to desi! a!d eal(ate the per)orma!ce o) rotati!

machi!es a!d tra!s)ormers @




35/73

1

Introduction

asic pri!ciples o) electrical machi!e desi!; @Ma!etic circ(it calc(latio!s; Calc(latio! o)

lea+ae reacta!ce parameters; losses; temperat(re rise @ 6

%

Design of transformers

-esi! o) si!lephase a!d threephase tra!s)ormersCore desi!; Fi!di!s desi!;cooli!o) tra!s)ormers @8perati! characteristics@

1%

3

Design of rotating mac-ines

5e!eral co!cepts a!d co!strai!ts o) desi! o) rotati! machi!es@

-esi! o) s:(irrelcae a!d *o(!d rotor type o) three Phase i!d(ctio! motor@

Stator a!d its *i!di!s; slot a!d its i!s(latio!; s:(irrel cae a!d slipri! rotor desi!;

8perati! characteristics

1%

4

Computer aided design of Transformer and Rotating +ac-ines

Comp(ter aided desi!; philosophy a!d eco!omics; selectio! o) i!p(t data a!d desi!

ariables; )lo* chart )or desi! o) tra!s)ormer a!d rotati! machi!es; Applicatio! o)

so)t*are )or desi! impleme!tatio!@

/

'ptimi,ation Tec-niues Re$ie)8b>ecties a!d co!strai!t )(!ctio!s; co!strai!ed a!d (!co!strai!ed mi!imi7atio!; )lo*

chart deelopme!t )or desi! optimi7atio! o) electrical machi!es@4


3 Fi!di! desi! a!d dra*i! o) d@c machi!e@ 0%

( Fi!di! desi! a!d dra*i! o) a@c machi!e 0%

9 Comp(ter aided desi! o) a o) si!le phase a!d three phase tra!s)ormer 03

: Comp(ter aided desi! o) i!d(ctio! machi!e 0%

? Comp(ter aided desi! o) dc machi!e 0%

@ Comp(ter aided desi! o)sy!chro!o(s machi!e@ 0%

Course 'utcomes2


1@ -esi! tra!s)ormers a!d rotati! machi!e a!d choose ario(s parameters based (po! per)orma!ce

a!alysis

%@ -esi! tra!s)ormer a!d rotati! machi!es (si! so)t*are @

3@ Apply optimi7atio! tech!i:(es )or comp(ter aided desi! o) electrical apparat(s@

Suggested Boo5s2

Sr.


0ear of"ublication/

Reprint

3 A@D@Sa*h!ey; A co(rse i! Electrical Machi!e -esi! ; -ha!patai& So!s %00

(Say M@5; G#he per)orma!ce a!d desi! o) AC machi!es; CS p(blishers

a!d distrib(tors@

%00%

9 2ei!ott C@5; GComp(ter aided desi! o) electrical machi!ery; M'# Press@ 1/.

: Se! S@D; GPri!ciple o) electrical machi!e desi! *ith comp(ter prorams; %001


36/73

8)ord a!d 'H compa!y Pt td@

?amamoorthy M; GComp(ter aided desi! o) Electrical E:(ipme!t; East

Fest Press@

%00%

Course Name 2 *IG* #'LTAGE ENGINEERINGCourse Code 2 EEN94?

Credits 2 9

L T " 2 9%4%4

Course 'b1ecti$es2

At the e!d o) this co(rse; the st(de!t sho(ld be able to ac:(ire +!o*lede o) dischare phe!ome!a i!

solid; li:(id a!d ases a!d hih oltae testi! a!d meas(reme!t@



3 Disc-arges In Gases

5e!eral characteristics o) aseo(s i!s(latio!; asic processes o) io!isatio! i! a asJ-ischares i! (!i)orm a!d !o!(!i)orm )ieldsB #o*!se!d Mecha!ism; #o*!se!d )irst

a!d seco!d io!i7atio! coe))icie!ts; Pasche!Is a*B Coro!a dischares d(e to direct a!d

alter!ati! oltae@ 2ac((m brea+do*! mecha!isms@ Practical methods o) calc(lati!

Coro!a oss o! tra!smissio! li!es@ Commo!ly (sed ases )or i!s(latio! a!d their

properties@

0/

( Brea5do)n of Solids and Liuids

asics o) solid i!s(lati! materials; #ypes o) i!s(lati! materials; temperat(re

classi)icatio!; )actors a))ecti! dielectric stre!th; -i))ere!t mecha!isms o) brea+do*!

o) solidsB i!tri!sic brea+do*!B #heories o) i!tri!sic brea+do*!B -i))ere!t theories o)

brea+do*! i! li:(idsB commo!ly (sed solid a!d li:(id i!s(latio! materials a!d their

properties@

0/

9 Lig-tning "-enomenon

Cha!e acc(m(latio! i! clo(dsJ )ormatio! o) liht!i! stro+eB characteristics o) liht!i!

stro+eB C(rre!t a!d 2oltae ma!it(desB

0

: Generation of AC/DC/Impulses

-e)i!itio! o) imp(lse *ae; 5e!eratio! o) hih -C; AC imp(lse oltaes a!d imp(lse

c(rre!tsB si!le stae a!d m(lti stae imp(lse e!erators a!d e:(iale!t circ(its

04

? *ig- #oltage +easurements

Meas(reme!ts o) A@C@; -@C@ a!d 'mp(lse 2oltaeB Sphere ap; resista!ce a!d capacita!ce

pote!tial diiders; Sta!dard capacitorsJ Hih 2oltae meas(reme!ts by meas(ri!

recti)ied c(rre!t o) a sta!dard capacitorsJ Crest 2oltmeter; Electrostatic oltmeter@

'mp(lse oltae meas(reme!t by Cathode ay 8scilloraph@

06

@ *ig- #oltage Testing Euipment

Po*er )re:(e!cy hih oltae testi! tra!s)ormer; Cascade co!!ectio! o) tra!s)ormers@

5e!eratio! o) hih direct oltae by oltae do(bler circ(it a!d coc+rort Falto!

Circ(it@'!trod(ctio! to !a!o materials )or hih oltae e!i!eeri!@

0

Non%Destructi$e *ig- #oltage Testing

H@2@ testi! o) Cables a!d tra!s)ormers@ #esti! o) tra!s)ormer oil )or electric stre!th@

06


37/73

5e!eral idea abo(t dielectric co!sta!t a!d loss )actor@ Applicatio! o) H@2@ Scheri!

ride )or tests@

Course 'utcomes2


1@ Ac:(ire +!o*lede o) the )(!dame!tals o) dischare phe!ome!a i! solid; li:(id a!d ases@

%@ Ac:(ire +!o*lede o) hih oltae testi! a!d meas(reme!t@

Suggested Boo5s2

Sr.


0ear of

"ublication/

Reprint

3C@@ Fadh*a; Hih 2oltae E!i!eeri!; %!deditio!;Ne* Ae '!ter!atio!al

td@

%006

(

M@S@Naid( a!d 2@Damara>(; Hih 2oltae E!i!eeri!; Mc5ra*Hill; 3 rd

editio!;@

1

9 -ie -ieter Di!d; D(rt "eser; %!deditio!;Hih 2oltae #est #ech!i:(e %001

:E@D())el a!d F@S@Kae!l ; Hih 2oltae E!i!eeri! "(!dame!tals;

Ne*!ess; %!deditio!;

%000

? Cha(rasia M P; Hih 2oltae E!i!eeri!; Dha!!a P(blishers 1.6

Course Name 2 RESTR8CT8RED AND DEREG8LATED "'7ER S0STE+S

Course code 2 EEN :43

Credits 2 :

L T " 2 9%3%4Total No. of Lectures%:(

Course 'b1ecti$e2

At the e!d o) this co(rse; the st(de!t sho(ld be able to ac:(ire +!o*lede o) eco!omic iss(es i! po*er

sector; po*er system dere(latio!; restr(ct(ri!; mar+et re)orms; tra!smissio! pla!!i! a!d prici!

iss(es@


1 "'7ER SECT'R IN INDIA

Eol(tio! o) i!terated; mo!opoly; state electricity boards


38/73

Priceecties; di))ere!t methods o) tra!smissio! prici!; Short r(! a!d lo! r(! mari!al

tra!smissio! price str(ct(re; deelopme!t i! i!ter!atio!al tra!smissio! prici!; reactie

po*er prici! str(ct(re; a!d its calc(latio! )or e!eratorIs reactie s(pport; !(merical

eamples; impact o) "AC#S deices o! tra!smissio! prici!@

.

A$ailable transfer capabilit& determination

-e)i!itio!s; pri!ciples o) A#C determi!atio!; )actors a))ecti! A#C; static a!d dy!amic

A#C; static A#C determi!atio! (si! -C po*er tra!s)er distrib(tio! )actors; AC po*er

tra!s)er distrib(tio! )actors; A#C *ith li!e o(tae co!ti!e!cies; 8-"s *ith -C a!d

AC; dy!amic A#C a!d its determi!atio!; A#C e!ha!ceme!t *ith "AC#S co!trollers;

!(merical eamples@

.

6 Transmission congestion management

#ra!smissio! co!estio!; impact o) tra!smissio! co!estio!; di))ere!t methods o)

co!estio! ma!aeme!t; )i!a!cial tra!smissio! riht; )lo* ate rihts; mar+et po*er a!d

co!estio! iss(es; !(merical eamples; i!ter!atio!al eperie!ces o) tra!smissio!

co!estio! ma!aeme!t; sec(rity ma!aeme!tJ spi!!i! reseres; i!terr(ptible load

optio!s@

/

Course outcome2


3. Ac:(ire +!o*lede o) eco!omic iss(es i! po*er sector; po*er system dere(latio!; restr(ct(ri!;

mar+et re)orms; tra!smissio! pla!!i! a!d prici! iss(es@

Suggested Boo5s2

Sr. No. Name of Boo5/Aut-ors/"ublis-er 0ear of

"ublication/Reprint

1. aiio ee; Po*er System restr(ct(ri! a!d dere(latio!@ oh! Filey a!d

So!s; 9D

%01%

2. hattacharyaD; olle! MH# a!d -oolderC; 8peratio! o) estr(ct(red

Po*er Systems; Dl(*er Academic P(blishers; 9SA

1/

3. Shahidehpo(rM et al@; Mar+et 8peratio!s i! Electric Po*er Systems; oh!

Filey a!d So!s

%00%


39/73

4. 'licM; Po*er Systems estr(ct(ri!E!i!eeri! a!d Eco!omics; Dl(*er

'!t@ Series

%00/

5. Philipso!orri!; FillisH ee;9!dersta!di! electric (tilities a!d de

re(latio!; Marcel -e++er P(b

%006

Course Name 2 S+ART GRID TEC*N'L'GIES

Course code 2 EEN :4(

Credits 2 :

L T " 2 9%3%4Total No. of Lectures%:(

Course 'b1ecti$e2

At the e!d o) this co(rse; the st(de!t sho(ld be able to describe the )(!dame!tals o) smart rid

tech!oloies s(ch as smart meas(reme!ts; smart tech!oloy )or smart s(bstatio!s; micro rid a!d

distrib(ted e!ery so(rces; po*er :(ality ma!aeme!t i! smart rid; i!)ormatio! a!d comm(!icatio!

tech!oloy )or smart rid@

Lecture )ise brea5up No. of

Lectures

1 Introduction to Smart Grid

Eol(tio! o) Electric 5rid; Co!cept o) Smart 5rid; -e)i!itio!s; Need o) Smart

5rid; "(!ctio!s o) Smart 5rid; 8pport(!ities & arriers o) Smart 5rid; -i))ere!ce

bet*ee! co!e!tio!al & smart rid; Co!cept o) esilie!t & Sel)Heali! 5rid;

Prese!t deelopme!t & '!ter!atio!al policies i! Smart 5rid@ Case st(dy o) Smart

5rid @ C-M

06

% Smart Grid Tec-nologies2 "art 3

'!trod(ctio! to Smart Meters; eal #ime$-y!amic Prici! i!cl(di! #o-

prici!; A(tomatic Meter eadi!


40/73

e!erators; )(el cells; micro t(rbi!es; Captie po*er pla!ts; '!teratio! o)

re!e*able e!ery so(rces; -ema!d Side Ma!aeme!t thro(h E!ery

E))icie!t$EE ated applia!ces a!d A(tomated -ema!d espo!se; oad research;

E!ery a(dit tools to sae *astae@

"o)er


41/73

@ Peter S@ "oPe!!er; GSmart Po*erJ Climate Cha!e; the Smart 5rid;

a!d the "(t(re o) Electric 9tilities

%010

A+ihi+o Yo+oyama;G Smart 5ridJ #ech!oloy a!d Applicatio!s;

Filey

%01%

Course Name 2 S'LAR ENERG0 ENGINEERING

Course Code 2 EEN :49

Credits 2 :

L T " 2 9%3/(%(/(


Course 'b1ecti$es2

A)ter the e!d o) the co(rse the st(de!t sho(ld be able to hae the +!o*lede o) characteristic o) solar radiatio!; itslobal distrib(tio! a!d co!ersio! methods o) solar e!ery to heat a!d po*er; solar e!ery storae a!d so)t*are

tools )or solar system optimi7atio!@


3

Introduction to Solar Energ& Sources

Forld e!ery reso(rces; '!dia! e!ery sce!ario; E!iro!me!tal aspects o) e!ery (tili7atio!@

e!e*able e!ery reso(rces a!d their importa!ce; lobal solar reso(rces@ Solar spectr(m;electroma!etic spectr(m; basic la*s o) radiatio!@ Physics o) the S(!; e!ery bala!ce o) the earth;

e!ery )l(; solar co!sta!t )or earth; ree! ho(se e))ect@

(

Solar Radiation and +easurement

Solar radiatio! o! the earth s(r)ace; etraterrestrial radiatio! characteristics; terrestrial radiatio!; solar

isolatio!; spectral e!ery distrib(tio! o) solar radiatio!@ -epletio! o) solar radiatio!; absorptio!;

scatteri!@ eam radiatio!; di))(se a!d lobal radiatio!@ Meas(reme!t o) solar radiatio!; pyra!ometer;

pyrheliometer; s(!shi!e recorder@ Solar time; local appare!t time periments Number

of Turns

3 #o estimate solar irradiatio! at a locatio! %

( #o determi!e po*er o) sta!dalo!e P2 system o) -C load a!d battery 1


42/73

9 #o eal(ate the e))ect o) ariatio! i! tilt a!le o! P2 mod(le Po*er 1

: #o sim(late a sta!dalo!e P2 Solar P2 System 1

? #o do tech!oeco!omic a!alysis o) sta!dalo!e Solar P2 system (si! so)t*are %

Course 'utcomes2

y the e!d o) this co(rse the st(de!t *ill be able to ai! +!o*lede a!d apply

1@ Characteristics a!d *orld distrib(tio! o) solar radiatio!

%@ solar radiatio! a!d meas(reme!t tech!i:(es

3@ )(!dame!tals o) thermal a!d direct co!ersio! o) solar e!ery to po*er@4@ so)t*are tools to sole )or e!ery system optimi7atio!@

Suggested Boo5s2

Sr.No. Name of Boo5/Aut-or/"ublis-er 0ear of "ublication/Reprint

1 "oster @5hassemi M@; Cota A@; GSolar E!ery; CC Press@ %010

% 5ar H@P@; Pra+ash @; GSolar E!ery "(!dame!tals a!d

Applicatio!; #ata Mc5ra* Hill@

%00

3 S@P@S(+hatme; GSolar E!ery #ata Mc5ra* Hill P(blishers 1.

4 Daloiro( S@A@; GSolar E!ery E!i!eeri! Processes a!d

Systems; Academic Press@

%00

Yoi 5os*ami -@; "ra!+ Dreith; a! "@Dreider; GPri!ciples o)

Solar E!i!eeri!; #aylor & "ra!cis

%003


43/73

? Biomedical Recorders

Electrocardioraph; electroe!cephaloraph; electromyoraph io)eedbac+

i!str(me!tatio!@

04

@ "atient +onitoring S&stem

System co!cepts; cardiac mo!itor; bedside patie!t mo!itori! system; meas(reme!t o)

heart rate; p(lse rate; blood press(re meas(reme!t; temperat(re; respiratory rate;catheteri7atio! o) laboratory i!str(me!t@

04

+et-ods of *eating Tissues

Physioloical e))ect o) heat; short *ae diatherapy; i!)rared radiatio!; micro*ae

diathermy; s(rical diathermy@

03

6 Biomedical Telemetr& And Telemedicine

'!trod(ctio! a!d applicatio! to iomedical E!i!eeri!@

03

+odern Imaging S&stem

Comp(ted tomoraphy; ma!etic reso!a!ce imai! system; thermal camera based o!

' se!sors; 'mae eco!str(ctio! tech!i:(es@

0/

34

T-erapeutic Euipments

Pacema+ers; cardiac de)ibrillators; pai! relie) thro(h electricalstim(latio!;Haemodialysis machi!e; electro!ics i! a!aerhetic machi!e

0

Course outcome2


1@ Ac:(ire +!o*lede o) biomedical i!str(me!ts; a!alysis o) di))ere!t si!al; #elemetry a!d #elemedici!e@

Suggested Boo5s2

Sr. No. Name of Boo5/Aut-ors/"ublis-er 0ear of

"ublication/

Reprint

3 oh! 5@ Febster; ioi!str(me!tatio!; oh! Filey & So!s %004

( eslie Crom*ell; "red @ Feibell & Erich A P)ei))or; iomedical

'!str(me!tatio! a!d Meas(reme!ts; %!deditio!; PH'

%001

9 )handpur, 9andboo: of Biomedical Instrumentation, "ndedition,TM9 %003

List of E>periments

Number of Turns

3 #o st(dy the EC5 machi!e; pic+ (p EC5 si!al; display it o! C8 a!d to )i!d

thed(ratio! o) P; a!d # Fae@%

( #o plot eperime!tally the relatio!ship b$* the s(r)ace EM5 a!d m(sc(lar

)orce@ 1

9 #o pic+ (p EE5 si!als a!d st(dy their patter!s@ %

: #o st(dy a! M' system aailable i! the )ield@ 1

? #o st(dy the )re:(e!cy spectr(m o) EM5 o! a display deices (si! a moeable

ba!d pass )ilter@1


44/73

Course Name 2 NE8RAL NET7'RS AND 8;;0 S0STE+S


Credits 2 4:

L T " 2 9%3%4

Course 'b1ecti$es2

At the e!d o) this co(rse; the st(de!t sho(ld be able to ac:(ire +!o*lede o) !e(ral !et*or+s a!d )(77y

systems; di))ere!t str(ct(re o) !e(ral !et*or+s; deelopme!t a!d impleme!tatio! o) alorithm; a!d their

applicatio!s@ -esi! !e(ral !et*or+s a!d )(77y systems )or di))ere!t applicatio!s@Total No. of Lectures = :(


3 Introduction

ioloical !e(ro!; Models o) Arti)icial Ne(ral Net*or+s


45/73

Sr.


0ear of

"ublication/

Reprint

3"(!dame!tal o) Ne(ral Net*or+sArchitect(res; Alorithm a!d Applicatio!s

by a(re!e "a(sett; Pearso!;@

13

( Ne(ral Net*or+s A comprehe!sie )o(!datio! bySimo! Hay+i!;Macmilla! P(blishi! Compa!y; Ne* Yor+;@ 14

9Ne(ral Net*or+sA classroom approach by Satish D(mar; #he Mc5ra*Hill

Compa!ies;@

%00

:"(77y oic *ith E!i!eeri! Applicatio!s by #imothy @ oss Filey

St(de!t Editio!;@

%010

?'!trod(ctio! to Ne(ral Net*or+s (si! MA#A by S@N@Sia!a!dam; S@

S(mati a!d S@N@-eepa; #ata Mc5ra* Hill;@

%006

@'!trod(ctio! to "(77y oic (si! MA#A by S@N@Sia!a!dam; S@ S(mati

a!d S@N@-eepa; Spri!er;@

%00.

Course Name 2 AD#ANCED C'NTR'L S0STE+S

Course Code 2 EEN :3(

Credits 2 4:

L T " 2 9%3%4

Course 'b1ecti$es2

At the e!d o) this co(rse; the st(de!t sho(ld be able to ac:(ire +!o*lede o) state ariable a!alysis a!d

desi!; diital a!d optimal co!trol; !e(ral !et*or+ o) )(77y systems@



1@ State #ariable Anal&sis and Design

'!trod(ctio!; Co!cepts o) State; State 2ariables a!d State Model; State Models )or i!earCo!ti!(o(s#ime Systems; state ariables a!d li!ear discrete time systems;

diao!ali7atio!; Sol(tio! o) State E:(atio!s; Co!cepts o) Co!trollability a!d

8bserability; Pole Placeme!t by State "eedbac+; 8bserer Systems@

13

%@ Introduction of Digital Control

-iital co!trol systemsJ ada!taes a!d disada!taes o) diital co!trol; represe!tatio! o)

sampled process; the 7tra!s)orm; the 7tra!s)er )(!ctio!@ the i!erse; tra!s)orm a!d

respo!se o) li!ear discrete systems; the 7tra!s)orm a!alysis o) sampleddata co!trol

systems; the 7a!d sdomai! relatio!ship; stability a!alysis@

1%

3@ 'ptimal Control S&stems

'!trod(ctio!; parameter optimi7atio!J seromecha!isms; optimalco!trol problemsJ state

ariable approach; the state re(lator problem; the i!)i!itetime re(lator problem; the

o(tp(t re(lator a!d the trac+i! problems@

0

4@ Neural Net)or5s and u,,& S&stems

'!trod(ctio! to !e(ral !et*or+s a!d )(77y systems; i!tellie!t co!trol; models o) !e(ral

!et*or+s a!d )(77y systems@

0/

Course 'utcomes2


46/73


1@ Ac:(ire +!o*lede o) state ariable a!alysis a!d desi!@

%@ Ac:(ire +!o*lede o) diital a!d optimal co!trol systems@

3@ Ac:(ire +!o*lede o) !e(ral !et*or+ a!d )(77y systems@

Suggested Boo5s2

Sr.


0ear of

"ublication/

Reprint

3 M@5opal; Moder! Co!trol System #heory; Ne* Ae '!tl@ Pt@ td@ 13

( M@5opal; -iital Co!trol State ariable methods; #MH@ %003

9 D@ 8ata; Moder! Co!trol E!i!eeri!; PH' %010

: D@8ata; -iscrete #ime Co!trol Systems; PH' 1

Course Name 2 "'7ER S0STE+ '"ERATI'N AND C'NTR'L


Credits 2 4:

L T " 2 9%3%4

Course 'b1ecti$es2

At the e!d o) this co(rse; the st(de!t sho(ld be able to ac:(ire +!o*lede o) the eco!omic load dispatch;

(!it commitme!t; po*er system operatio!al sec(rity a!d dispatch@



1 Economic Dispatc-

Eco!omic dispatch o) hydro; thermal; hydrothermal e!erati! (!its; dispatch problem

sol(tio! methods


47/73

6 "o)er S&stems 'perational Securit& and Dispatc-

eie* o) sec(rity co!cept a!d state o) operatio!; co!ti!e!cy a!alysisB e!eratio!

dispatchB dy!amic sec(rityB po*er system state estimatio!B maim(m li+elihood *eihted

leasts:(ares estimatio!B a!d meas(reme!tsB !et*or+ obserabilities a!d pse(do

meas(reme!tsB applicatio!s i! system co!trol@

0.

Course 'utcomes2


1@ Ac:(ire +!o*lede o) the Eco!omic load dispatch a!d )re:(e!cy co!trol@

%@ Ac:(ire +!o*lede o) the i!terco!!ected system operatio!; e!ery ma!aeme!t a!d po*er

system operatio!al sec(rity@

Suggested Boo5s2

Sr.


0ear of

"ublication/

Reprint

3Food a!d Folle!ber GPo*er 5e!eratio! 8peratio! a!d Co!trol; oh!

Filey@

1/4

( 8' Elerd GElectric E!ery Systems; #heory; Mc5ra* Hill 1/3

9 Mahala!abis et al@; GComp(teraided po*er system a!alysis #ata Mc5ra*@ 1//

:A!derso! & "o(a!d GPo*er system co!trol a!d stability o*a State

9!iersity Press@

1..

?G"(!dame!tals o) s(perisory systems 'EEE #(torial Co(rse #et;

1EH033.6PF@

11

Course Name 2 8tili,ation of Electrical Energ& and Illumination Engineering

Course Code 2 EEN :3:

Credits 2 4:

L T " 2 9%3/( (/(

Course 'b1ecti$es2

At the e!d o) this co(rse; the st(de!t sho(ld be able toac:(ire +!o*lede o) di))ere!t *ays o) electric

e!ery (tili7atio!; (!dersta!d mecha!isms o) e!ery co!ersio!; desi! ill(mi!atio! systems a!d

mai!te!a!ce o) ill(mi!atio! deices $systems@


Lecture )ise brea5up No. of Lectures3 Electric Energ& As +ec-anical "o)er

Electric -riesJ Ada!taes o) electric dries; Characteristics o) di))ere!t mecha!ical

loads; #ypes o) motors (sed i! electric drie , #etile -ries; Steel rolli! mills;-@C@ &

A@C@ tractio! motors; their characteristics; #ractio! Motor Co!trolJ Starti! a!d speed

co!trol o) -@C@ series motors; sh(!t tra!sitio!; bride tra!sitio!; dr(m co!troller

employi! sh(!t tra!sitio!; e!ery sai! *ith series parallel starti!; m(ltiple (!it

11


48/73

co!trol; bra+i! o) tractio! motors;#ractio! ail*ay electri)icatio! , de)i!itio! a!d

a!alysis o) tractio! e))ort , speed , time c(re , tractio! motors battery drie! ehicles

e!ery e))icie!cy dries , ada!ced speed co!trol meas(res rece!t tre!d i! electric

tractio!@

(

Electric Energ& As T-ermal Energ&2

Electric Heati!J Ada!taes o) electrical heati!; Heati! methodsJ esista!ce heati! ,direct a!d i!direct resista!ce heati!@ '!d(ctio! heati!; Electric arc heati!; direct a!d

i!direct arc heati!; -ielectric heati!; '!)rared heati!; Micro*ae heati!@ Electric

Feldi!J Ada!taes o) electric *eldi!; Feldi! method@ Pri!ciples o) resista!ce

*eldi!; types , spot; pro>ectio! seam a!d b(tt *eldi!@ Pri!ciple o) arc prod(ctio!;

electric arc *eldi!; characteristics o) arc@

0.

9

Electric Energ& As C-emical Energ&

Electrolytic ProcessesJ Need o) electrodepositio!; a*s o) electrolysis; process o) electro

depositio!; "actors a))ecti! electrodepositio!; Pri!ciple o) ala!i7i! a!d its

applicatio!s@ Pri!ciples o) a!odi7i! a!d its applicatio!s; Electroplati! o! !o!co!d(cti!

materials; Ma!()act(re o) chemicals by electrolytic process a!d by electrolysis process

0.

:

Electric Energ& As Lig-t Energ&'!trod(ctio!J Nat(re o) liht; c(re o) relatie se!sitiity o) h(ma! eye; ill(mi!atio!

termi!oloy; ill(mi!atio!; a*s o) ill(mi!atio!; l(mi!o(s e))icie!cy; lare; Color;

co!trast; shado*@

So(rcesJ -i))ere!t type o) electric liht so(rces , their operati! characteristics@

(mi!aire re:(ired )or )ilame!t lamp; merc(ry apo(r lamp; )l(oresce!t lamp; metal

halide lamp; !eo! lamp;Compact "l(oresce!t amps; E-s@ 5e!eral 'll(mi!atio! -esi!J

Calc(latio! o) !(mber o) liht poi!ts )or i!terior ill(mi!atio!; depreciatio! )actor; room

i!de a!d (tili7atio! )actor; mai!te!a!ce )actor; space to heiht ratio; re)lectio! )actor;

calc(latio! o) ill(mi!atio! at di))ere!t poi!ts; Selectio! o) e:(ipme!t; E:(ipme!t

e))icie!cy@ -esi! o) e!eral ill(mi!atio! schemes@ Coe lihti! a!d; lo(er desi!@

5e!eral lihti! l(mi!aire characteristics etc@Area ihti! iht Co!trol2Materials (sed

)or liht co!trol; iht ,beam co!trol; S(r)ace a!d Media co!trol; (mi!aires )or liht

co!trol; '!stallatio! o) the l(mi!aires; Mai!te!a!ce a!d Eco!omicsJ Mai!te!a!ce o)

l(mi!aire; (mi!aire depreciatio! e!iro!me!t; E))icie!t liht prod(ctio! methods;

lihti! eco!omics@

11

?

Electric Energ& for Refrigeration F Air Conditioning

Co!trol o) temperat(re basic *iri! diaram simple heat load a!d motor calc(latio!s@

Airco!ditio!i! )(!ctio! o) complete air co!ditio!i! system type o) compressor

motor a!d )a! motor*iri! diaram )or a typical air co!ditio!i! (!it@

06

List of e>periments No. of Turns

3To plot the candlepo;er, po;er consumed, current dra;n v/svoltage characteristic curve of an Incandescent lamp and compare;ith the theoretical curves+

1

( To determine luminous e'urves of Indoor 3uminaire in atleast t;oplanes+

1

? #o plot the ca!dlepo*er; po*er co!s(med; c(rre!t dra*! $s oltae 1


49/73

characteristic c(re o) a )lood lihti! l(mi!aire a!d compare *ith the

theoretical c(res

@ #o calc(late 5lare i!de o) a l(mi!aire@ 1

Course 'utcomes2


1@ 'de!ti)y a!d a!aly7e di))ere!t *ays o) electric e!ery (tili7atio!@

%@ Ac:(ire +!o*lede o) the mecha!isms o) e!ery co!ersio!@

3@ A!aly7e a!d desi! ario(s ill(mi!atio! systems@

Suggested Boo5s2

Sr.


0ear of

"ublication/

Reprint

3H Partap; GArt a!d Scie!ce o) 9tili7atio! o) Electrical E!ery

-ha!patai& So!s; -elhi

1.

( F@@M@2a!ommel; Goad ihti!; Dl(*er #ech!ischeoe+e!;Macmilla!

1/0

99tili7atio! o) Electrical E!ery by 5(pta; Dataria P(blicatio!s;

(dhia!a

16/

: 8pe! Sha* #aylor; G9tili7atio! o) Electrical E!ery; Pitma! P(blicatio!s 16%

?

C@@ Fadh*a; G5e!eratio!; -istrib(tio! a!d 9tili7atio! o) Electrical

Po*er; Filey

Easter! td@; Ne* -elhi@

%011

@ Prasad M; e)rieratio! & Air Co!ditio!i!; FileyEaster! td@; Ne* -elhi@ %00.

Course Name ELECTRICAL S0STE+ INSTR8+ENTATI'N AND "R'CESS

C'NTR'L

Course Code EEN:3?

Credits :

LT" 9%3%4

Course ob1ecti$es

At the e!d o) this co(rse; the st(de!t sho(ld be able to hae +!o*lede o) ario(s types o) co!trol strateies a!d

compo!e!ts (sed i! process co!trol@

Total no. of lectures%:(

Lecture )ise brea5 up No. of Lectures

1

Re$ie) of Concepts of S&stem Response

espo!se o) )irst order systems i!cl(di! tra!s)er )(!ctio! a!d tra!sie!t respo!se to

di))ere!t )orci! )(!ctio!sB espo!se o) )irst order systems i! series i!cl(di! !o!

i!teracti! a!d i!teracti! systems@

%

% Sensors and Transducers

asic co!cepts a!d *or+i! pri!ciples o) se!sors a!d tra!sd(cers )or meas(ri! process

ariables li+e press(re; temperat(re; leel a!d )lo*B electromecha!ical; capacitie;

/


50/73

i!d(ctie; resistie a!d photoelectric type proimity se!sors@

3

Controller "rinciples

Process characteristicsB Co!trol system parametersB -isco!ti!(o(s co!troller modesB

Co!ti!(o(s co!troller modesB Composite co!trol modes@

4Analog Controllers

5e!eral )eat(resB Electro!ic co!trollersB P!e(matic co!trollersB -esi! co!sideratio!s@

Digital Controllers

-iital sim(latio! o) co!trol systemsB Sim(latio! so)t*areB Comp(ter so)t*are )or process

co!trolB Microprocessor based co!troller@

6

6

Control Loop C-aracteristics

Co!trol system co!)i(ratio!B M(ltiariable co!trol systemB Co!trol system :(ality a!d

stabilityB Process loop t(!i!@

.

Control Euipment and inal Control Elements

-etails o) co!trollers i!cl(di! meas(reme!t (!it; comparator; act(ator a!d )i!al co!trol

eleme!tsB P!e(matic; hydra(lic a!d electric act(atorsBCo!trol ale characteristicsB

P!e(matic to electric a!d electric to p!e(matic co!erters; hydra(lic a!d p!e(matic po*er

s(pply system@

.

/"rogrammable Logic Controllers

elay co!trollers a!d ladder diaramsB elay se:(e!cesB PC operatio! a!d prorammi!@4

Course outcomes

y the e!d o) this co(rse; the st(de!t *ill be able toJ1@ 9!dersta!d the basic desi! tech!i:(es i! Process Co!trol@(. 9!dersta!d -i))ere!t types o) co!trollers (sed i! Process Co!trol@

Suggested Boo5s

Sr.

No.

Name of Boo5/ Aut-ors/ "ublis-er0ear of "ublication/

Reprint3

Co(ha!o*r -@ @; GProcess Systems A!alysis a!d Co!trol; %!dEd@;

Mc5ra*Hill '!ter!atio!al oo+ Compa!y%00/

(oh!so! C@ -@; GProcess Co!trol '!str(me!tatio! #ech!oloy; / thEd@;

Pre!tice Hall o) '!dia Priate imited%00/

9Harriott Peter; GP

Electrical Syllabus 18-6-15

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Transcript of Electrical Syllabus 18-6-15