7th Sem Consolidated Course Info

8/10/2019 7th Sem Consolidated Course Info

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GENERAL GUIDELINES

Maintain absolute discipline and decorum inside the Campus. 85% attendance is a mandatory requirement.

Mobile phones are strictly prohibited and not to be carried to college.

Bring this Course Information Booklet to the class, daily.

Be ell on time.

!eep the classrooms, laboratories, orkshop, amenities and the

surroundings alays clean.

"ho due respect to all sta#.

Clarify your doubts in the respecti$e subects ith faculty by takingprior appointment.

Inform your parents to follo up your progress at regular inter$als

ith the college authorities. &$ail the facility of "uggestions bo' to con$ey your suggestions.

NOTE

If you secure less than ()% in the "** e'amination and + or in the

internal test you ha$e to go through "tudent &cademic "upportrogram compulsorily

-he questions indicated in the question bank ha$e appeared in the

pre$ious e'amination question papers + model papers

- -e't Book

/ /eference Book

*"I-0Course Information 1&utonomous2 "ession3 &ug 4ec )67 II "emester4ept of *C* 6


2/22

STUDENT SELF APPRAISALSESSION: August to December, 2014

ourseco!e

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Test1

Test2

Re&ort 1

Re&ort 2

66*C7)6 *mbedded "ystem 4esign.

66*C7) &ntenna and 9a$e ropagation.

66*C7): Microa$e and /adar

66*C7)7 &nalog and mi'ed mode ;"I

4esign66*C7)5 *mbedded "ystem 4esign ;ab

66*C7)( Microa$e *ngineering ;ab

66*C7)< &nalog and Mi'ed Mode ;"I4esign ;ab*lecti$e 0 II

66*C7)8=

Mini roect + "pl. -opic + *lecti$e

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3/22

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66*C7) &ntenna and 9a$e ropagation.4r. "aumya

&dhikari

: 66*C7): Microa$e and /adarMr. !ogali

>agara7 66*C7)7

&nalog and mi'ed mode ;"I4esign

Mrs. 4eepa

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UNIT83

6% 6))%

7";"", 4ominic "?M*", Chris9right,

Morgan!aufmann

)6)

/eference books

6 . F&/M system architectureJ,"tephen B. Aurber

&ddison9esly

6@@(

perating "ystems Internals anddesign9illiam "tallings

(th earson*d

: perating "ystem rinciplesHal$in


7/22

11E402: ANTENNA AND ;A


8/22

8 Ariis transmission equation

@/adiation integrals, $ector

potentials.6)

/elation beteen $ector andscalar potential3 ;orent condition

66"olution for inhomogeneous$ectorpotential a$e equation.

6 Aar Leld radiationUNIT II

6:

-63 5.6,5., 5..6to5..(, 5.:,5.:.6, 5.:.

/63 e'ample

.5

InLnitesimal current element 1orKertian dipole23 radiated Lelds,poer density

: 7(

67

radiation resistance, near Leld

region, and intermediate Leldregion, far Leld region,

65"mall dipole3 region separation,far Leld appro'imations

6(Ainite length dipole3 currentdistribution, radiated Lelds,

6F#cu+t: "r ?og#++- N#g#r#* re!-ts: 04 (ours: 32

+#ss)

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UNIT81

*"I-0Course Information 1&utonomous2 "ession3 &ug 4ec )67 II "emester4ept of *C* 6)


11/22

606)

Dnit63-e't6@0,@07,@.5,

6)0),6)0606

!lystrons, /eOe'!lystrons, -9-,

Magnetrons1cylindricalMagnetron oscillators2

6@ 6@

UNIT82

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Dnit3 -e't6oise ratio,robabilities ofdetection and Aalsealarm, /adar Cross

"ection of -argets,-ransmitter poer,ulse /epetitionArequency, "ystemlosses

: (6

UNIT84



12/22

::07

Dnit73 -e't:.6,:.,:.5,:.(,:.

@

M-I and ulse 4oppler/adar3 Introduction to

4oppler and M-I/adar, 4elay0linecancellers, 4igital M-Iprocessing, Mo$ingtarget detector, ulse4oppler /adar.

6@ 8)

UNIT83

7:05

Dnit53 -e't6).6,6).:,66.6,66.,66.:,66.7,66.5,@.5

/adar -ransmitters3Introduction, "olidstate /A poer sources/adar /ecei$ers33

/adar recei$er,/ecei$er noise Lgure,"uper Keterodyne/ecei$er, 4uple'ersand /ecei$errotectors, /adardisplays./adar antenna3*lectronically steeredphased array antennas

) 6))

Te@t .oo$s Re5ere%ces:

Te@t .oo$s:"amuel ?. ;iao, Microa$e 4e$ices and Circuits,KI+earson *ducation.

Merrill ;. "kolnik, Introduction to /adar "ystems, :e,-MK./eference Book3Microa$e *ngineering0 4a$id oar Ehon 9iley and"ons :rd*dition

Microa$e *ngineering0&nnapurna 4as and "isir 4as-MK ublications



13/22

11E404: DESIGN OF ANALOG AND "I'ED "ODE


14/22

5&cti$e current mirrors0small signalanalysis

( Common mode properties< roblems8 roblems

UNIT I< : O&er#t-o%#+ #m&+-ers:: /aa$i0

@.6,@.,@.:,@.7,@.5,@.(,@.etorks75 Current "teering7( Charge "caling 4&Cs, Cyclic 4&C7< ipeline 4&C

78 &4C &rchitectures, Alash

7@ 0"tep Alash &4C5) ipeline &4C

56Integrating &4C

5 "uccessi$e appro'imation &4CTe@t .oo$:FDesign of Analog CMOS Integrated CircuitsJ, Behad /aa$i, -MK, ))F#cu+t: "r Aru%


16/22

7:0

5

-e't book06).6 0 6).7,

66., 66.:,6.6, 6.,

M*H ideo Coding Basic$ideo compression

techniques0K.(6, M*H06,M*H0, M*H07.

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Book-ype

-itle &uthorublication infoublisher

-e'tBook

Aundamentals of Multimedia, Qe0>ian ;iand Mark ". 4re.

earson*ducation ))7

S%tes-s #%! O&t-m-#t-o% o5 D-g-t#+ -rcu-t11E9

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I%tro!uct-o%to s%tes-s#%!o&t-m-#t-o%1-636.5, .6,., .:,.7.6,.7.,.7.:, .5.2

Circuit Models, synthesis andoptimiation

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>otations, undirected graphs,directed graphs, combinatorialoptimiation. Introduction todecision and optimiationproblems, algorithms, tractableand intractable problems.

70( Aundamental algorithms3 ;inearand Integer rograms 3 Branchand Bound, -ree co$er.greedy scheduling algorithms.


17/22

Arc-tectur#+ or (-g

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-635.6,5.,5.:,5.:.6,5.:.,5.:.:,5.7.6,5.7.:,5.7.,5.7.7,5.(.

a model for scheduling problems,

6(068"cheduling ithout resource

constraints3 &"&, &;&, ;atencyconstrained,

6@"cheduling under timingconstraints.

)0"cheduling ith resourceconstraints3 Integer linearprogramming Model, (UHsA+gor-tm,;ist "cheduling, Aorcedirected scheduling.

:07 "cheduling ipe linedcircuits3"cheduling ith pipelinedresources, functional pipelining,

loop folding.UNIT89

5

Log-c Le6e+S%tes-s#%!O&t-m-#t-o%8P#rt I

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18/22


19/22

5

9rite a program to open a Lle and using fork system call

creates a child process. ;et both the parent and child processrite to the same Lle. Check the output of the Lle.

(1a2 9rite a simple program to create three threads.1b2 erform :': matrices addition using threads.

F#cu+t: "r ?og#+- N#g#r#*

L-st o5 E@&er-me%ts:

c+e1:6. 4etermination of modes, transit time, electronic tuning range and

sensiti$ity of /eOe' klystron oscillator.. 4etermination of 0I cur$e of Hunn diode, frequency pushing factor,

peak poer deli$ery, guide a$elength, frequency and "9/.:. Measurement of 4irecti$ity, beam idth gain of Korn antenna.7. Measurement of 4irecti$ity, beam idth Hain of three types of

arabolic antenna.

c+e2:5. Measurement of 4irecti$ity, beam idth Hain of 4ipole antenna

*"I-0Course Information 1&utonomous2 "ession3 &ug 4ec )67 II "emester4ept of *C* 6@


20/22

(. /adiation pattern measurement of three types of antennas.


21/22

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7th Sem Consolidated Course Info

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