curr&syll consolidated

8/9/2019 Curr&Syll Consolidated

1/45

PSN College of Engineering and Technology(AUTONOMOUS)

Melathediyoor, Tirunelveli

(Approved by AICTE and Recognized by UGC Section (!"

An IS# $%%&'%% Certi!ied In)titution

(Accredited by *+A and *AAC, A!!iliated to Anna Univer)ity, Chennai"

.E - ELECTRONICS AND

INSTRUMENTATION

ENGINEERING

FULL TIME PROGRAMME

CURRICULUM

(Regulation 2!" onl#$

1


2/45

S* C#--EGE #. E*GI*EERI*G A*/ TEC0*#-#G1Melathediyoor, Tirunelveli - 627152

(Approved by AICTE and Reo!ni"ed by #$C %etion 2 (&'

An I% )**1+2** Certi&ied Intitution(An Autono.ou Intitution, A&&iliated to Anna #niverity, Chennai'

/EARTME*T #. E-ECTR#*ICS A*/ I*STRUME*TATI#*

E*GI*EERI*G

III 2 3III SEMESTERS CURRICU-UM

REGU-ATI#* 2 %&4

SEMESTER III

(Appliable to the tudent ad.itted &ro. the Aade.i year 2*1/ 0 2*15 onard'

S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C

T0E#R1

1 Applied Mathe.ati II 4 1 * 4

2 Ther.odyna.i and luid Mehani 4 1 * 4

4 Eletrial Mahine 4 1 * 4

/ Eletrial Ciruit and netor 4 1 * 4

5 Eletroni evie and Ciruit 4 1 * 4

6 Eletrial Meaure.ent 4 1 * 4

RACTICA-

1 Ther.odyna.i and luid Mehani aboratory * * 4 22 Eletrial Mahine aboratory * * 4 2

TTA 1 6 6 22

MA*/AT#R1 C#URSE

1 8u.an Ri!ht and e!ilative 3roedure 2 * * 2

SEMESTER I3


S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C

T0E#R1

1 Applied Mathe.ati III 4 1 * 42 Indutrial Intru.entation 0 I 4 * * 4

4 %enor and Tranduer 4 1 * 4

/ Control %yte. / 1 * /

5 inear Inte!rated Ciruit and Appliation 4 1 * 4

6 ata %truture and b9et riented 3ro!ra..in! in

C::

4 1 * 4

RACTICA-

1 ata %truture and b9et riented 3ro!ra..in! * * 4 2

2


3/45

aboratory

2 Eletroni evie and Ciruit aboratory * * 4 2

TTA 1) 5 6 24

SEMESTER 3


S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C

Theory

1 Miroproeor and Miro Controller 4 1 * 4

2 Co..uniation En!ineerin! 4 * * 4

4 i!ital o!i Ciruit 4 1 * 4

/ 3oer Eletroni 4 1 * 4

5 Analytial Intru.ent 4 * * 4

6 Indutrial Intru.entation 0 II 4 * * 4

RACTICA-

1 Tranduer and Meaure.ent aboratory * * 4 2

2 Indutrial Intru.entation aboratory * * 4 24 inear and i!ital Inte!rated iruit aboratory * * 4 2

TTA 1 4 ) 2/

MA*/AT#R1 C#URSE

1 Tehnial Co..uniation ; %o&t %ill 2 * * 2

SEMESTER 3I

(Appliable to the tudent ad.itted &ro. the Aade.i year 2*1/0 2*15 onard'

S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C

T0E#R11 Modern Eletroni Intru.entation 4 * * 4

2 3roe Control 4 1 * 4

4 Indutrial Auto.ation 4 1 * 4

/ i!ital %i!nal 3roein! 4 1 * 4

5


4/45

/ ibre pti and aer Intru.ent 4 * * 4

5 E1 Eletive 0 I 4 1 * 4

6 E2 Eletive 0 II 4 * * 4

RACTICA-

1


5/45

E-ECTI3E III

S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C

1 3oer 3lant Intru.entation 4 * * 4

2 Intru.entation in 3etrohe.ial Indutrie 4 * * 4

4 MEM% and >ano Tehnolo!y 4 * * 4

/ %atellite Intru.entation 4 * * 4

5 =ioin&or.ati 4 * * 4

6 Advaned 3roe Control 4 * * 4

E-ECTI3E I3

S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C

1 i!ital I.a!e 3roein! 4 1 * 4

2 i!ital Control %yte. 4 1 * 4

4 Intru.entation in Aeropae and >avi!ation 4 1 * 4

/ %yte. Identi&iation and Adaptive Control 4 1 * 4

5 %CAA and 8MI 4 1 * 4

6 3eronal Co.puter %yte. and Inter&ain! 4 1 * 4

5


6/45







INSTRUMENTATION

ENGINEERING

FULL TIME PROGRAMME

REGULATION 2!%

S&LLA US

(' e)ete* onl#$

6


7/45





E*GI*EERI*G


REGU-ATI#* 2 %&7

SEMESTER III

(Appliable to the tudent ad.itted &ro. the Aade.i year 2*140 2*1/ onard'

S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C

T0E#R1

1 1*1**1 Tran&or.ation Tehniue / 1 * /

2 1*6**1 luid Mehani 4 1 * 4

4 1*6**2 Eletrial Mahine 4 * * 4

/ 1*/**2 Eletroni evie and Ciruit 4 * * 4

5 1*/**/ ata %truture and Al!orith. 4 * * 4

6 1*6**4 Eletrial Meaure.ent 4 * * 4

ractical

1 1*61*1 Eletron evie and Ciruit aboratory * * 4 2

2 1*61*2 ata %truture and Al!orith. aboratory * * 4 2

4 1*61*4 Eletrial Mahine aboratory * * 4 2

TTA 1) 2 ) 25

SEMESTER I3


S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C

T0E#R1

1 1*/**7 Control %yte. / * * /

2 1*6**/ Indutrial Intru.entation 0 I 4 * * 44 1*6**5 %enor and Tranduer 4 * * 4

/ 1*6**6 i!ital o!i Ciruit 4 1 * 4

5 1*/** inear Inte!rated Ciruit and Appliation 4 * * 4

6 1*6**7 Applied Ther.odyna.i 4 1 * 4

RACTICA-

1 1*61*/ Tranduer and Meaure.ent aboratory * * 4 2

2 1*61*5 Ther.odyna.i aboratory * * 4 2

4 1*61*6 inear and i!ital Inte!rated iruit * * 4 2

7


8/45

aboratory

TTA 1) 2 ) 25

SEMESTER 3

(Appliable to the tudent ad.itted &ro. the Aade.i year 2*14 0 2*1/ onard'

S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C

Theory

1 Miroproeor and Miro Controller 4 1 * 4

2 Co..uniation En!ineerin! 4 * * 4

4 b9et riented 3ro!ra..in! 4 1 * 4

/ Indutrial Eletroni 4 1 * 4

5 Analytial Intru.ent 4 * * 4

6 Indutrial Intru.entation 0 II 4 * * 4

RACTICA-1 Miroproeor and Miro Controller aboratory * * 4 2

2 b9et riented 3ro!ra..in! aboratory * * 4 2

4 Indutrial Intru.entation aboratory * * 4 2

TTA 1 4 ) 2/

SEMESTER 3I


S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C

T0E#R11 Modern Eletroni Intru.entation 4 * * 4

2 3roe Control / * * /

4 Indutrial Auto.ation 4 1 * 4

/ i!ital %i!nal 3roein! 4 1 * 4

5


9/45

2 Co.puter-baed Indutrial Control 4 1 * 4

4


10/45

*# C#/E

1 3oer 3lant Intru.entation 4 1 * 4

2 Intru.entation In 3etrohe.ial Indutrie 4 1 * 4

4 Me. and >ano Tehnolo!y 4 1 * 4

/ %atellite Intru.entation 4 1 * 4

E-ECTI3E I3

S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C


2 Advaned Control %yte. 4 1 * 4

4 Intru.entation In Aeropae and >avi!ation 4 1 * 4

/ pti.i"ation Tehniue 4 1 * 4

10


11/45

A*A-1TICA- I*STRUME*TS - T C

7 % % 7

#+8ECTI3ES

iB To provide variou tehniue and .ethod o& analyi hih our in the variou

re!ion o& the petru.B

iiB To !ive uniue .ethod o& eparation o& loely i.ilar .aterial, the .ot poer&ul

bein! !a hro.ato!raphyB

iiiB To tudy i.portant .ethod o& analyi o& indutrial !aeB Aarene and ontrol o&

pollution in the environ.ent i o& vital i.portaneB

iv5 To provide the i.portant eletro.a!neti reonane and .iroopi .ethod o&

analyiB

#UTC#MES

At the end o& thi oure the tudent hould be able to+

iB To undertand the latet idea on ion-eletive eletrode a ell a enor hih have

potential appliation in .edial &ield, &ood and bevera!e indutrieBiiB #ndertand the reent develop.ent in enor tehnolo!ieB

iiiB #ndertand the pollution .onitorin! tehniueB

U*IT I SECTR#0#T#METR1 $

Analytial Intru.ent - Ele.ent - %petral .ethod o& analyi 0 =eer-a.bert la 0Colori.eter 0 #MR petro.eter 0 Type 0 >ulear radiation etetor+ $M

Counter, 3roportional ounter - AppliationB E%R 0 =ai priniple, Intru.entation and

appliationB %EM ; TEM - =ai priniple, Intru.entation and appliationB Mapetro.eter 0 i&&erent type 0 AppliationB -Ray petroopy 0 aborption .ethod 0

di&&rato.eter 0 appliationB

U*IT III C0R#MAT#GRA01 $

i&&erent tehniue 0 $a hro.ato!raphy 0=ai part, Chro.ato!raphi olu.n 0

etetor+ I, TC, EC 0 iuid hro.ato!raph - Type 0 Appliation 0 8i!h-3reure

iuid hro.ato!raph 0 AppliationB

11


12/45

U*IT I3 p0 METERS A*/ /ISS#-3E/ C#M#*E*T A*A-1:ERS $

3riniple o& p8 .eaure.ent, !la eletrode, hydro!en eletrode, re&erene eletrode,

eletive ion eletrode,p8 .eter, type- bioenor, diolved oDy!en analy"er 0 %odiu.analy"er 0 %ilion analy"erB

U*IT 3 I*/USTRIA- GAS A*A-1:ERS A*/ #--UTI#* M#*IT#RI*G

I*STRUME*TS $

Type o& !a analy"er 0 Dy!en, >2 and 82% type, IR analy"er, ther.al

ondutivity analy"er, analyi baed on ioni"ation o& !aeB Air pollution due to arbon

.onoDide,hydroarbon, nitro!en oDide, ulphur dioDide eti.ation- ?ater pollution

.onitorin!- - ut and .oe .eaure.entB

-ECTURES ; 4


13/45

I*/USTRIA- I*STRUME*TATI#* 2 II - T C

7 % % 7

#+8ECTI3ES

iB To tudy about hu.idity and .oiture .eaure.entBiiB To tudy about .ehanial &lo .eter and their intallationB

iiiB To tudy about area &lo .eter, .a &lo .eter and alibrationB

ivB To no elaborately about non-ontent type &lo .eterB

v5 To no about variou type o& level .eaure.ent adopted in indutry environ.entB

#UTC#MES


iB #ndertand the variou tehniue ued &or the .eaure.ent o& indutrial para.eterB

iiB #ndertand the dei!n and orin! o& variou intru.entB

iiiB #ndertand the intallation tehniue o& variou yte.B

U*IT I MEC0A*ICA- T1E .-#@METERS $


14/45

U*IT 3 EMC TESTA*/ M#ISTURE MEASUREME*T $

EMC+ Introdution, Inter&erene ouplin! .ehani., bai o& iruit layout and

!roundin!, onept o& Inter&ae, &ilterin! and hieldin!B Moiture .eaure.ent+ 0 i&&erent

.ethod o& Moiture .eaure.ent 0Moiture .eaure.ent in !ranular .aterial, %olid

penetrable .aterial lie ood, ?eb type .aterialB

-ECTURES ;4


15/45

I*/USTRIA- I*STRUME*TATI#*-A+#RAT#R1 - T C

% % 7

#+8ECTI3E

The trainin! !ained by the tudent in thi area ill be o& i..ene help and eae &or hi. in any

indutrial etablih.entB

#UTC#MES


iB #ndertand the reent develop.ent in enor enablin! tehnolo!ieB

iiB Analy"e the per&or.ane o& a enor yte., inludin! tranduer, eletroni and

i!nal proein!BiiiB #e a variety o& enin! .ethod to .ae ienti&i .eaure.entB

-IST #. E>ERIME*TS

1B ihar!e oe&&iient o& ori&ie plate

2B Calibration o& preure !au!e

4B Torue .eaure.ent

/B


16/45

1B ead ei!ht teter - 1 >o

2B 3reure !au!e and tandard ei!ht - 1 >o

75 T#R9UE MEASUREME*T

AIM'

To deter.ine the due to dead ei!ht uin! train torion .eter and to deter.ine the unnonei!htB

E>ERCISE'

ind the L error o& the torue .eaure.entB

E9UIME*T'

1B %train !au!e torion .eter 0 1 >o

2B ead ei!ht 0 1 >o

45 3ACUUM RESSURE MEASUREME*T

AIM'

To tudy the vauu. preure !au!e etup and .eaure the unnon vauu. preureBE>ERCISE'

iB Maintain the vauu. preure in the ylinder and ith on the vauu. preure tran.itter

etupB

iiB Meaure the output volta!e in


17/45

ind out the aborbane, L o& tran.ittane and onentration o& the !iven

Tet olutionB

E9UIME*T'

1B #< petrophoto.eter 0 1 >oB

2B Curette

B5 0 2 METER MEASUREME*T #. 0 6 3A-UE #. TEST S#-UTI#*SAIM'

To .eaure the 38 value o& the tet olution uin! p8-.eterB

E>ERCISE'

ind the p8 value o& the tet olutionB

E9UIME*T'

1B p8 .eter 0 1 >oB

2B Tet olution 0 &e type

4B =eaer 0 2 >oB

/B %tand 0 1 >oB

5 MEASUREME*TS #. C#*/UCTI3IT1 #. TEST S#-UTI#*S5

AIM'

To .eaure the ondutivity o& the !iven olutionB

E>ERCISE'

iB %olution under tet i taen in a beaerB

iiB Eletrode i i..ered into the olution

iiiB The eletrode ter.inal i onneted to diplay unitB

ivB i!ital diplay ho the ondutivity o& the !iven olution in .ho

vB Repeat the proedure &ro di&&erent a.pleB

viB %ith on the upplyBE9UIME*T'

1B %olution under tetB

2B Condutivity eletrode

4B Condutivity .eter etup ith diplayB

$5 MEASUREME*T #. 3ISC#SIT1 USI*G SA1+#-T 3ISC#METER

AIM'

To .eaure the vioity uin! aybolt vio.eterB

E>ERCISE'

Meaure the vioity uin! aybolt vio.eter and dra the !raph beteen volta!e on D aDiand dyna.o vioity on y-aDiB

E9UIME*T'

1B%aybolt vio.eter 0 1 >oB

2B Ther.o.eter 0 1 >o

4B %top ath 0 1 >o

/B 6*.l &la 0 1 >oB

17


18/45







INSTRUMENTATION

ENGINEERING

FULL TIME PROGRAMME

REGULATION 2!2

S&LLA US

('II e)ete* onl#$

18


19/45





E*GI*EERI*G


REGU-ATI#* 2 %&

SEMESTER III

(Appliable to the tudent ad.itted &ro. the Aade.i year 2*12 0 2*14 onard'

S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C

T0E#R1

1 **1**1 Tran&or.ation Tehniue / 1 * /

2 **6**1 Eletrial Ciruit and >etor 4 1 * 4

4 **5**/ Eletrial Mahine 4 * * 4

/ **/**4 Eletroni evie and Ciruit 4 * * 4

5 **/**5 ata %truture and Al!orith. 4 * * 4

6 **6**2 Eletrial Meaure.ent 4 * * 4

ractical

1 **61*1 Eletron evie and Ciruit aboratory * * 4 22 **61*2 ata %truture and Al!orith. aboratory * * 4 2

4 **61*4 Eletrial Mahine aboratory * * 4 2

TTA 1) 2 ) 25

SEMESTER I3


S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C

T0E#R1

1 **/**) Control %yte. / * * /

2 **6**4 Indutrial Intru.entation 0 I 4 * * 44 **6**/ %enor and Tranduer 4 * * 4

/ **6*15 i!ital o!i Ciruit 4 1 * 4

5 **/*1* inear Inte!rated Ciruit and Appliation 4 * * 4

6 **6**6 Applied Ther.odyna.i 4 1 * 4

RACTICA-

1 **61*/ Tranduer and Meaure.ent aboratory * * 4 2

2 **61*5 Ther.odyna.i aboratory * * 4 2

4 **61*6 inear and i!ital Inte!rated iruit * * 4 2

19


20/45

aboratory

TTA 1) 2 ) 25

SEMESTER 3


S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C

Theory

1 **6**7 Miroproeor and Miro Controller 4 1 * 4

2 **/*16 Co..uniation En!ineerin! 4 * * 4

4 **6** b9et riented 3ro!ra..in! 4 1 * 4

/ **6**) Indutrial Eletroni 4 1 * 4

5 **6*1* Analytial Intru.ent 4 * * 4

6 **6*11 Indutrial Intru.entation 0 II 4 * * 4

RACTICA-

1 **61*7 Miroproeor and Miro Controller aboratory * * 4 2

2 **61* b9et riented 3ro!ra..in! aboratory * * 4 24 **61*) Indutrial Intru.entation aboratory * * 4 2

TTA 1 4 ) 2/

SEMESTER 3I


S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C

T0E#R1

1 **6*12 Modern Eletroni Intru.entation 4 * * 4

2 **6*14 3roe Control / * * /4 **6*1/ Indutrial Auto.ation 4 1 * 4

/ **4*17 i!ital %i!nal 3roein! 4 1 * 4

5 **6*16


21/45

/ ibre pti and aer Intru.ent 4 * * 4

5 E1 Eletive 0 I 4 1 * 4

6 E2 Eletive 0 II 4 * * 4

RACTICA-

1


22/45

2 Intru.entation in 3etrohe.ial Indutrie 4 1 * 4

4 MEM% And >ano Tehnolo!y 4 1 * 4

/ %atellite Intru.entation 4 1 * 4

E-ECTI3E I3

S-5

*#

C#URSE

C#/E

C#URSE TIT-E T 3 C


2 Advaned Control %yte. 4 1 * 4

4 Intru.entation in Aeropae and >avi!ation 4 1 * 4

/ pti.i"ation Tehniue 4 1 * 4

22


23/45

I*/USTRIA- /ATA *ET@#R?S - T C

7 % % 7

#+8ECTI3ES

iB To beo.e &a.iliar ith the bai o& Co.puter >etorBiiB To auire noled!e o& the indutrial data o..uniation protoolB

#UTC#MES

At the end o& thi oure the tudent hould be able to +

iB To undertand bai data netor

iiB To learn the bai o& inter netorin!

iiiB To have adeuate noled!e in variou o..uniation protoolBivB To tudy indutrial data o..uniationB

U*IT I /ATA *ET@#R? .U*/AME*TA-S $

>etor hierarhy and ithin! .ethod 0 pen %yte. interonnetion .odel o& I%0 ata lin ontrol protool+ 8C 0 Media ae protool+ Rando. ae 0 Controlled

ae 00 TC3I3 protool uiteB

U*IT II I*TER *ET@#R?I*G /E3ICES A*/ TRA*S#RT -A1ER

.U*/AME*TA-S $

=rid!e 0 Repeater 0 $ateay 0 8ub 0 in layer ithe 0 Router 0 #er data!ra.

protool 0 Tran.iion ontrol protool - ARC>ET Con&i!urationB

U*IT III 0ART A*/ M#/+US $

Introdution 0 Evolution o& i!nal tandard 0 8ART o..uniation protool 0

Co..uniation .ode 0 8ART netor 0 8ART and %I .odel 0 8ART o..and 0 8ART

appliationB

M=#% protool truture 0 &untion ode 0 troublehootin!B

U*IT I3 .IE-/+US A*/ R#.I+US $

ieldbu+ Introdution 0 $eneral ieldbu arhiteture 0 =ai reuire.ent o& ield bu

tandard 0 ieldbu topolo!y 0 Interoperability 0 Interhan!eability 0 Introdution to E &or

proe ontrol (3C'B

3ro&ibu+ Introdution 0 3ro&ibu protool ta 0 3ro&ibu o..uniation .odel 0

o..uniation ob9et 0 %yte. operation 0 Troublehootin!B

U*IT 3 I*/USTRIA- ET0ER*ET #3ER3IE@ $

Indutrial Ethernet+ Introdution 0 1*Mbp Ethernet 0 1*bae5 0 1*bae2 0 1*baeT 0

1**Mbp Ethernet 0 $i!abit Ethernet 0 Indutrial EthernetB

-ECTURES ; 4


24/45

TE>T +##?S

&5 %teve Maay, Edin ?ri9ut, eon Reynder, Hohn 3ar, F3ratial Indutrial ata

netor ei!n, Intallation and Troublehootin!G, >ene publiation, Elevier irtedition, 2*11B

5 ?illia. =uhanan FCo.puter =ueG, CRC 3re, 2*1/B

RE.ERE*CES

1B Andre %B Tanenbau., Modern peratin! %yte., 3rentie 8all o& India 3vtB

T,2**4

2B ?illa. %tallin!, F?irele Co..uniation ; >etorG 2nd Edition, 2**5,3rentie8all o& India

24


25/45

C#MUTER +ASE/ I*/USTRIA- C#*TR#- - T C

7 & % 7

#+8ECTI3ES

iB To !et adeuate noled!e about the harateriti o& variou ontroller .ode

and .ethod o& tunin! o& ontrolleriiB To tudy about the ontroller blo and plant tran&er &untionB

#UTC#MES

The tudent hould be able to+

iB $et adeuate noled!e about variou auto.ati ontrol and o.puter baed

auto.ati plantB

ii5 #ndertand the variou tehniue involved in .odern indutryB

U*IT I I*TR#/UCTI#* T# AUT#MATI#* C#*TR#- $

8itorial develop.ent o& ontrol yte. 0 type o& ontrol+ open, loed loop, to,

.ulti poition ontrol 0 ontroller operation 0 ontrol yte. repone 0 ontrol loop tunin! -

urrent trend in o.puter ontrol o& proe plantB

U*IT II AUT#MATI#* S1STEM +-#C?S $

3roeln! yte.+ o.puter and .iroproeor 0 .ulti .iroproeor yte.+

.iroproeor inter onnetion 0 analo! and di!ital I .odule 0 uperviory ontrol and

data auiition yte.+ hannel annin!, onverion to en!ineerin! unit, data proein!,

ditributedada yte. 0 reliable yte. develop.ent trate!yB

U*IT III ERS#*A- C#MUTER I* AUT#MATI#* I*/USTR1 $

3eronal o.puter+ yte. and &ailitie 0 3C bu and %i!nal 0 inter&ain! 3C to outideorld 0 3C in real ti.e environ.ent 0 indutrial peronal o.puter develop.ent 0 3C baed

ditributed ontrol yte.B

U*IT I3 M#/E-I*G A*/ SIMU-ATI#* .#R -A*T AUT#MATI#* $

vervie o& proe .odule+ .ehaniti, bla boD, ualitative, tatitial .odel -

.odel baed auto.ati ontrol 0 yte. .odelin! 0 ue o& yte. i.ulation 0 .athe.atial

.odel o& a plant 0 .odel evaluation and i.prove.ent 0 .odern tool &or .odelin! and

i.ulation o& yte.B

U*IT 3 C#MUTER +ASE/ I*/USTRIA- A-ICATI#*S $Ce.ent plant+ ob9etive o& auto.ation, auto.ation trate!y 0 ther.al poer plant+

auto.ation trate!y, ditributed yte. truture+ auto.ati boiler ontrol, auto.ati trart up

yte., .an .ahine inter&ae, o&tare yte. 0 ater treat.ent plant+ auto.ation trate!y,

ditributed di!ital ontrol

-ECTURES ; 4


26/45

TE>T +##?S

1B rihna ant,K Co.puter baed indutrial ontrolK 38I learnin! private ltd, ne delhi ,

2*1*B2B 3radeep = ehpande, JCo.puter 3roe Control ith Advaned Control AppliationK

Intru.ent %oiety o& A.eria 2nd Revied edition (1 ee.ber 1)'

RE.ERE*CES

1B >B Mathivanan, J3C-=aed Intru.entation + Conept and 3ratieK, 38I earnin! 3vtB

tdB, 2**7B

2B Mie tooley, J 3C baed intru.entation and ontrolK , 4 rd edition , Taylor ; rani,

2*14

26


27/45

.I+RE #TICS A*/ -ASER I*STRUME*TS - T C

7 % % 7

#+8ECTI3ES

iB To eDpoe the tudent to the bai onept o& optial &ibre and their propertieB

iiB To provide adeuate noled!e about the Indutrial appliation o& optial &ibreBiiiB To eDpoe the tudent to the aer &unda.entalB

ivB To provide adeuate noled!e about Indutrial appliation o& laerBvB To provide adeuate noled!e about holo!raphy and Medial appliation o&

aerB

#UTC#MES


iB #ndertand the reent develop.ent in &ibre opti intru.entation

iiB #ndertand the laer a&ety tehniue

iiiB #ndertand the latet and i.portant .edial appliation o& laerU*IT I #TICA- .I+RES A*/ T0EIR R#ERTIES $

3riniple o& li!ht propa!ation throu!h a &ibre - i&&erent type o& &ibre and their propertie,

&ibre harateriti 0 Aborption loe 0 %atterin! loe 0 iperion 0 Connetor and

plier 0 ibre ter.ination 0 ptial oure 0 ptial detetorB

U*IT II I*/USTRIA- A-ICATI#* #. #TICA- .I+RES $

ibre opti enor 0 ibre opti intru.entation yte. 0 i&&erent type o& .odulator 0

Inter&ero.etri .ethod o& .eaure.ent o& len!th 0 Moire &rin!e 0 Meaure.ent o& preure,

te.perature, urrent, volta!e, liuid level and trainB

U*IT III -ASER .U*/AME*TA-S, -ASER T1ES A*/ -ASER SA.ET1 $

3ropertie o& laer, aer .ode- aDial and tranvere, in!le .ode operationBreueny

tabili"ationBMode loin!, Mode hoppin!, @-ithin! tehniueB Clae o& laer+ oped

inulator laer, %e.iondutor laer, $a laer, iuid ye laerB aer a&ety+ =iolo!ial

e&&et, a&ety tandard, ri o& eDpoure, laer ha"ard lai&iation and ae.ent, laer a&ety

yte., a&e indutrial laer laboratory, laer eye protetion, laer aidentB

U*IT I3 I*/USTRIA- A-ICATI#* #. -ASERS $

aer &or .eaure.ent o& ditane, len!th, veloity, aeleration, urrent, volta!e and

At.opheri e&&et 0 Material proein! 0 aer heatin!, eldin!, .eltin! and tri..in! o&

.aterial 0 Re.oval and vapori"ationB

U*IT 3 0#-#GRAM A*/ ME/ICA- A-ICATI#*S $

8olo!raphy 0 =ai priniple - Method 0 8olo!raphi inter&ero.etry and appliation,

8olo!raphy &or non-detrutive tetin! 0 8olo!raphi o.ponent 0 Medial appliation o&

27


28/45

laer, laer and tiue interative 0 aer intru.ent &or ur!ery, re.oval o& tu.or o& voal

ard, brain ur!ery, plati ur!ery, !ynaeolo!y and onolo!yB

-ECTURES ; 4T +##?S

1B HBMB %enior, Fptial ibre Co..uniation 0 3riniple and 3ratieG, 3rentie 8all o&

India, 2*14B

2B HB ?ilon and HBB=B 8ae, FIntrodution to pto EletroniG, 3rentie 8all o& India,

2*1/B

RE.ERE*CES

1B $B eier, Fptial ibre Co..uniationG, M$ra 8ill, 2*14B

2B MB Aru.u!a., Fptial ibre Co..uniation and %enorG, Anuradha A!enie, 2*12B

4B Hohn B Ready, FIndutrial Appliation o& aerG, Aade.i 3re, 1))7B/B Monte Ro, Faer AppliationG, M$ra 8ill, 1)*B

I*STRUME*TATI#* S1STEM /ESIG* -A+#RAT#R1 - T C

28


29/45

% % 7

#+8ECTI3E

To have adeuate noled!e in dei!n o& variou i!nal onditionin! iruitB

#UTC#MES


iB #ndertand the a.pli&ier and &ilter oneptB

iiB Analy"e the per&or.ane o& a analo! and di!ital 3I ontrollerB

iiiB #e a variety o& ontrol valve openin! .ethodB

-IST #. E>ERIME*TS

1B ei!n o& Intru.entation a.pli&ierB

2B ei!n o& ative &ilterB

4B ei!n o& re!ulated poer upply

/B ei!n o&


30/45

/B perational A.pli&ier 0 / >o

5 /ESIG* #. ACTI3E .I-TERS

AIM

To dei!n an ative &irt order eond order &ilter ith the &olloin! pei&iationB

o pa &ilter + Cut 0 o&& &reueny + 1 8"8i!h pa &ilter + Cut 0 o&& &reueny + 1 8"

E>ERCISE

1B evelop an ative =utterorth &irt order (or' eond order lo pa and or hi!h 0 pa,

band pa &ilter and deter.ine eDperi.entally the &reueny reponeB

E9UIME*T

1B ual poer upply - 1 >o

2B perational a.pli&ier - 2 >o

4B Reitor - 1* >o

/B Capaitor - 1* >o

5B %i!nal !enerator - 1 >o6B CBRB - 1>o

75 /ESIG* #. REGU-ATE/ #@ER SU-1

AIM'6

To ei!n a Re!ulated 3oer %upplyB

E9UIME*T

1B iode I>/**7

2B1** N, 1* N

4B IC 7*5

/B 3otentio.eter

5B A..eter and ERCISE

-I*E REGU-ATI#*

1B


31/45

#+8ECTI3ES

1B To dei!n a volta!e to urrent onverter (!rounded load' ith the &olloin!

%pei&iation Input volta!e ran!e + (* 0 5' o

4B ual poer upply - 1 >o/B i!ital Multi.eter - 2 >o

5B oop analy"er - 1 >o


32/45

AIM'

To dei!n %i!nal Conditionin! Ciruit &or %train $au!eB %pei&iation a &ollo

1B Input Ran!e * to 1 !

2B utput ERCISE'

evelop %i!nal Conditionin! Ciruit &or di&&erent load and plot output volta!e veru oadB

Co..ent on inearity

B5 /ESIG* #. SIG*A- C#*/ITI#*I*G CIRCUIT .#R RT/AIM

To dei!n a i!nal onditionin! iruit to RTB The pei&iation are a &ollo

1BTe.perature Ran!e + 4** C 0 1***C (ApproDi.ately'

2Butput volta!e + * 0 5 < C

4B%enor + RT (3t 1**'

/BCurrent throu!h RT + >ot to eDeed 1*.A

E9UIME*T

1B RT (3t 1**' - 1 >o

2B Reitor

4B perational a.pli&ier - / >o

4B ual poer upply - 1 >o

/B Te.perature bath - 1 >o

5B Multi.eter - 1 >o

6B Tri. 3ot - 4 >o

E>ERCISE

evelop the i!nal onditionin! iruit and plot the output volta!e veru te.perature and

o..ent on the linearityB

5 C#*TR#- 3A-3E SI:I*G

AIM'

To dei!n a Control


33/45

5B 3u.p

E>ERCISE

1B =y varyin! the inlet preure note don the te. .o.ent value and the &lo rateB

2B ra the $raph &or preure ote don the repone &ro. the CRB

/e)ign o! I/ Controller U)ing Microproce))or

AIM'

To the tudy the repone o& 3, 3I, 3 ,3I Controller uin! MiroproeorB

E9UIME*T

1B %i!nal $enerator

2B Miroproeor baed it ith AC and AC %etion

4B CR

E>ERCISE'

1B Enter the 3I Al!orith. in Miroproeor

2B $ive the Error %i!nal to AC %etion o& Miroproeor itB

4B EDeute the Miroproeor 3ro!ra.

/B >ote don the output repone o& 3I Controller in the AC %etion Miroproeor itB

&%5 /ESIG* #. MU-TI 2 C0A**E- /ATA AC9ISITI#* S1STEM

AIM'

To dei!n a .ulti hannel data auiition yte. &or ther.al proe uin! di&&erent type o&Te.perature enorB

E9UIME*T

1B i&&erent type o& te.perature enorB

2B ata auiition ardB

4B 3eronal o.puterB

E>ERCISE'

33


34/45

iB #in! the .ini oven inreae the .etal plate te.peratureB

iiB #in! the variou type o& te.perature enor, >ote don the variou enor readin! in

peronal o.puter via data auiition ardB

&&5 /ESIG* #. MU-TI RA*GE / TRA*SMITTER

AIM'To dei!n a .ulti ran!e di&&erential preure tran.itter &or &lo .eaure.ent proeB

E9UIME*T

1B ri&ie plate 0 1>oB

2B i&&erential 3reure Tran.itter 0 1>oB

E>ERCISE'

#in! the ri&ie plate !et di&&erential preure ran!e &or variou peed o& ater &loB >ote

don the readin! uin! i&&erential 3reure Tran.itterB

C#MRE0E*SI#* - T C

34


35/45

(Internal Evaluation #nly" % % 7 &

#+8ECTI3E

To enoura!e the tudent to o.prehend the noled!e auired &ro. the &irt %e.eter to

%iDth %e.eter o& =BE e!ree Coure throu!h periodi eDerieB

#UTC#ME At the end o& thi oure the tudent hould be able to+

iB #ndertand the variou tehniue ued &or the .eaure.ent o& indutrial para.eterB

iiB #ndertand the dei!n and orin! o& variou intru.entB

/ETAI-E/ S1--A+US

E>ERCISE+

1B %ub9et up to iDth e.eter have been !rouped into &our ate!orie lited belo

iB Eletroni

iiB Intru.entation

iiiB ControlivB Miellaneou

2B %tudent are !rouped a per the above ate!ory by their on interetB

4B 3eriodi eDerie ill be onduted baed on ate!ory hoen by tudentB

T#TA- ' 4< ERI#/S

PSN College of Engineering and Technology

35


36/45

(AUTONOMOUS)Melathediyoor, Tirunelveli





INSTRUMENTATION

ENGINEERING

%OA=#%R

ELECTI'E - II

36


37/45

R#+#TICS A*/ AUT#MATI#* - T C

7 % % 7

#+8ECTI3E

To provide o.prehenive noled!e o& roboti in the dei!n, analyi and ontrol

point o& vieB

#UTC#MES

iB To tudy the variou part o& robot and &ield o& robotiBiiB To tudy the variou ine.ati and invere ine.ati o& robotB

iiiB To tudy the tra9etory plannin! &or robotB

ivB To tudy the ontrol o& robot &or o.e pei&i appliationB

U*IT I +ASIC C#*CETS $

e&inition and ori!in o& roboti 0 Anato.y o& robot- di&&erent type o& roboti 0 variou

!eneration o& robot 0 de!ree o& &reedo. 0 Ai.ovG la o& roboti 0Robot pei&iation-Appliation

U*IT II #@ER S#URCES A*/ SE*S#RS $

8ydrauli, pneu.ati and eletri drive 0 deter.ination o& 83 o& .otor and !earin! ratio 0

variable peed arran!e.ent 0 path deter.ination 0 .iro .ahine in roboti 0 .ahine viion

0 ran!in! 0 laer 0 aouti 0 .a!neti, &iber opti and tatile enorB

U*IT III MA*IU-AT#RS, ACTUAT#RS A*/ GRIERS $

Contrution o& .anipulator 0 .anipulator dyna.i and &ore ontrol 0 eletroni and

pneu.ati .anipulator ontrol iruit 0 end e&&etor 0 # variou type o& !ripper 0 dei!n

oniderationB

U*IT I3 R#+#T M#TI#* A*A-1SIS $

Robot .otion analyi and ontrol+ Manipulator ine.ati 0&orard and invere ine.ati-

ar. euation-lin oordinate- 8o.o!eneou tran&or.ation and rotation and Robot dyna.i

B

U*IT 3 R#+#T A-ICATI#*S $

Indutrial and >on indutrial robot, Robot &or eldin!, paintin! and ae.bly 0 re.ote

Controlled robot 0 Robot &or nulear, ther.al and he.ial plant 0 Indutrial auto.ation 0Typial eDa.ple o& auto.ated indutrieB

-ECTURES ; 4T +##?S

1B $hoh, Control in Roboti and Auto.ation+ %enor =aed Inte!ration, Allied 3ubliher,

Chennai, 2**B

37


38/45

2B Miell3B$roover, Mithell ?ei, Ro!er >B>a!el >ihola $Bdrey, JIndutrial Roboti

Tehnolo!y, 3ro!ra..in! and Appliation J, M$ra 8ill =oo Co.pany 2**5B

RE.ERE*CES

1B ebB %BRB,JRoboti Tehnolo!y and &leDible Auto.ationK, Hohn ?iley, #%A 2*1*B

2B la&ter RBB, Chi.ielei TBAB, >e!in MB, JRoboti En!ineerin! 0 An inte!rated

approahK, 3rentie 8all o& India, >e elhi, 2**1B

4B Merro 3BHB JIntrodution to RobotiK, Addion ?eley, #%A, 2**4B

38


39/45


40/45

Method, Reonane Method, #ltraoni i&&ration $ratin! %petroopy &or 3artile %i"e and


41/45

I*STRUME*TATI#* A*/ C#*TR#- I* AER I*/USTR1 - T C

7 % % 7#+8ECTI3E

The ob9etive o& the oure i to &a.iliari"e tudent ith ele.entary noled!e o& intru.ent

in paper indutry that ould be o& utility in their pro&eionB It auaint the tudent ith

tandard onept and tool that ill erve a buildin! blo toard !roth o& noled!e

indutrial environ.entB

#UTC#MES

The tudent ill be able to

iB #ndertand the intru.ent in paper indutry

iiB The propertie o& paper and their .eaure.entiiiB Auire noled!e in the paper .ain! proe and their ontrol apet in paper

indutry

U*IT I A* #3ER3IE@ #. AER MA?I*G R#CESS $

3aper .ain! proe P Ra .aterial P 3ulp eparation P reenin! P =leahin! P

Cooin! P Che.ial reation P hipper P type o& di!eter P 8 &ator and appa &ator-

%to preparation P Intru.entation need P Ener!y onervation and paper uality ontrolB

U*IT II AER R#ERTIES A*/ ITS MEASUREME*T $

3hyial, eletrial, optial and he.ial propertie o& paper P =ai ei!ht, thine, denity,

3oroity, .oothne, o&tne, hardne and o.preibility P tre-train relationhip-Tenile

tren!th, burtin! tren!th, tearin! reitane, &oldin! endurane, ti&&ne and i.pat tren!th P

ieletri ontant, dieletri tren!th, dieletri lo and 3ropertie o& eletrial inulatin! paper

P =ri!htne, olor, !lo and apaity P %tarh ontant aidity and p8 - Meaure.ent

tehniueB

U*IT III C#*SISTE*C1 MEASUREME*T $

e&inition o& Coniteny P Tehniue &or head boD oniteny .eaure.ent 0 Type 0 In

-ine 0 lo =rid!e 0 Rotatin! %enor 0 ptial %enor 0 =lade type 0 3robe type 0 %to

Coniteny .eaure.ent and ontrol - @uality para.eter P .oiture, bai ei!ht, aliper,

bri!htne, olor, ah ontent, tren!th, !lo and tenile tren!th 0 para.eter .onitorin!

Intru.entationB

U*IT I3 AER MA?I*G MAC0I*E $

untion o& 3aper .ain! .ahine P The 3aper Mahine - The 8eadboD 0 The ourdrinier

?et End Tin ?ire or.er The Cylinder Mahine 0 The 3re %etion 0 The ryer %etion 0

3ot ryin! peration 0 3aper Mahine =roe %yte.B

41


42/45

U*IT 3 C#*TR#- ASECTS $

Mahine and Cro diretion ontrol tehniue P Coniteny, Moiture and =ai ?ei!ht

ontrol 0 ryer ontrol 0 ryer te.perature ontrol 0 i!eter blo tan ontrol di!eter

liuor &eed pu.p ontrol =ron %to ?aher evel Control %to Chet evel Control

iolvin! Tan enity Control 0 ?eb .oiture ontrol 0 Co.puter baed ontrol yte. 0

Mill ?ide ControlB-ECTURES ; 4T +##?S

1B %anaranarayanan, 3BEB, J3ulp and 3aper Indutrie - Tehnolo!y and Intru.entationK,

othari e boo erie, 2**5B

2B Ha.e 3BCaey, J3ulp and 3aper he.itry and he.ial Tehnolo!yK, Hohn ?iley and

on, 2**1B

RE.ERE*CES

1B Chritopher HB =ier.ann F8andboo o& 3ulpin! and 3aper.ain!G Aade.i 3re, 2nd

Edition, 2**6B

2B enneth ?B =ritt, J8andboo o& 3ulp and 3aper tehnolo!yK, =ritt B?Botrand

Reinbold Co.pany, 2**/B

4B Autin $BTB, %hren JChe.ial 3roe IndutrieK, M$ra 8ill International %tudentEdition, %in!apore, 2**5B

42


43/45


Melathediyoor, Tirunelveli(Approved by AICTE and Recognized by UGC Section (!"



ER3ICE AER .#R

.E + ELECTRICAL AND

ELECTRONICS ENGINEERING

%OA=#%

R


44/45

+I#ME/ICA- I*STRUME*TATI#* - T C

7 % % 7

#+8ECTI3ES

iB To provide an auaintane o& the phyiolo!y o& the heart, lun!, blood irulation and

irulation repirationB

iiB To introdue the variou enin! and .eaure.ent devie o& eletrial ori!inB

iiiB To provide aarene o& eletrial a&ety o& .edial euip.entB

ivB To provide the latet idea on devie o& non-eletrial devieB

vB To brin! out the i.portant and .odern .ethod o& i.a!in! tehniueB

viB To provide latet noled!e o& .edial aitane tehniue and therapeuti

euip.entB

#UTC#MES


iB no the bai onept o& Anato.y ; 3hyiolo!y

iiB 8ave adeuate noled!e about di&&erent type o& Eletrode, Tranduer and

A.pli&ier

iiiB #ndertand the i.portant and .odern .ethod o& i.a!in! tehniue

ivB Co.prehend about the 8u.an Ait evie and Therapeuti Euip.ent

U*IT I 01SI#-#G1 A*/ TRA*S/UCERS $

Cell and it truture 0 Retin! and Ation 3otential 0 >ervou yte.+ untional or!ani"ationo& the nervou yte. 0 %truture o& >ervou %yte., >euron - %ynape 0 >eural

Co..uniation 0 Cardiovaular %yte. 0 Repiratory %yte. 0 =ai o.ponent o& a

=io.edial %yte. 0 Te.perature Meaure.ent - ibre pti Te.perature %enorB

U*IT II E-ECTR# 2 01SI#-#GICA- MEASUREME*TS $


45/45

U*IT I3 ME/ICA- IMAGI*G $

Radio !raphi and &luoroopi tehniue- -ray 0 Co.puter to.o!raphy 0 MRI 0

#ltraono!raphy 0 Endoopy 0 Ther.o!raphy 0 i&&erent type o& =iotele.etry %yte. and

3atient Monitorin! %yte. 0 Introdution to =io.etri yte.

U*IT 3 T0ERAEUTIC E9UIME*TS $

Cardia 3ae.aer 0 EDternal 3ae.aer, I.plantable 3ae.aer 0 Cardia e&ibrillator 0

ialy"er 0 iather.y, 8eart un! Mahine 0 8u.idi&ier and ebuli"er 0

Inhalator 0 Apirator 0 ithotriptor 0 In&ant Inubator

Q -ECTURES ; 4

curr&syll consolidated

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