Teaching Plan MW

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DEPARTMENT DOCUMENTDATE : 24/06/2013

DEPARTMENT ELECTRONICS ANDCOMMUNICATION ENGINEERING

TEACHING PLANAcademic Year 2012-2013

Semester VII(Regulations 2008)

Microwave Engineering

Hours/Week

L T P C3 1 0 4

BATCH: 2010 BRANCH: ECE YEAR: IVMr.Varadharajan.E ASSISTANT PROFESSOR ECE Department

UnitLecture

No.Lecture Topic Author of the Book

Page No.Content

No.Teaching

AidsDate

TaughtFrom To

I

MICROWAVE NETWORK CHARACTERIZATION AND PASSIVE COMPONENTS

1Circuit and S parameter representation of N

ports

Annapurna Das &

Sisir K-Das153 161

6.1,6.2,

6.3Black Board

Robert E. Collin 248 253 4.7 Black Board

2 Reciprocity TheoremDavid M. Pozar

40 41 1.9 Black Board

3,4Lossless networks andunitary conditions Robert E. Collin


5ABCD parameters-Cascaded networks Robert E. Collin


6Relations between S- Yand ABCD parameters

Annapurna Das &Sisir K-Das

168 170 6.3.4 Black Board

7Effect of changing thereference planes in the Smatrix



8S Matrix of aDirectional Coupler

Samuel Y.LIAO 167 172 4.5 Black Board

9Waveguide tees and ratrace coupler

Samuel Y.LIAO 162 1664.4.1,4.4.2,4.4.3

Black Board

10

Qualitative discussionon: Waveguide Corners,Bends, Twists Samuel Y.LIAO 166 167 4.4.4 Black Board

11 Matched loads andMovable shorts. Robert E. Collin 394 397 6.1 Black Board

12,13 TUTORIAL

MICROWAVE TUBES

ACET/ECE/ Teaching Plan/Odd Semester 2013-2014 Page : 1 of 6


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Hours/Week

L T P C3 1 0 4


II1

Transit time effect,Velocity modulation

Samuel Y.LIAO 363 365 9.2.2 Black Board


351 - 9.2.1.3Black Board

2,3Current modulation,Bunching Samuel Y.LIAO


4 Two cavity Klystronamplifier


INTERNAL TEST - I

5 Reflex Klystron Samuel Y.LIAO 391 400 9.4 Black Board

6,7Slow Wave structures,Helix Traveling WaveTubes

Samuel Y.LIAO 400 4099.5,9.5.1,

9.5.2Black Board

8 Convection Current Samuel Y.LIAO 409 410 9.5.3 Black Board

9,10 Axial Electric Field,Wave Modes Samuel Y.LIAO 410 4149.5.4,9.5.

5Black Board

11Bandwidth, Power andGain Considerations


12 Cross field deviceSamuel Y.LIAO

443 444 10.0Black Board

13Magnetron, Power andfrequency considerations

Samuel Y.LIAO 445 454 10.1Black Board

14, 15 TUTORIAL

MICROWAVE MEASUREMENTS

1,2Slotted line,VSWR measurement


497509

499513

13.313.9

Black Board

3 Impedance measurement Annapurna Das &Sisir K-Das




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Hours/Week

L T P C3 1 0 4


III

4Insertion loss andattenuation measurements

Annapurna Das &Sisir K-Das 507 508 13.8 Black Board

5Measurement of scattering

parameters


6Return loss measurementusing directional coupler


7

Introduction to vector network analyzer and itsuses


8

Return loss and insertionloss Annapurna Das &

Sisir K-Das507 508 13.8 Black Board

9, 10 TUTORIALINTERNAL TEST - II

IV MICROWAVE SEMICONDUCTOR DEVICES

LectureNo.

Lecture Topic Author of the Book Page No. Content

No.Teaching

AidsDate

TaughtFrom To

1,2,3Gunn Effect - GunnDiode - Differential

Negative ResistanceSamuel Y.LIAO 287 302

7.0,7.1,7.2 Black Board

4 Modes of Operation Samuel Y.LIAO 302 309 7.3 Black Board

5 Amplification Samuel Y.LIAO 316 317 7.7.2 Black Board

6MicrowaveGeneration Samuel Y.LIAO 314 316 7.7.1 Black Board

7Read Diode-PhysicalDescription


8 AvalancheMultiplication

Samuel Y.LIAO 323 327 8.1.2,8.1.3,8.1.4

Black Board



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Hours/Week

L T P C3 1 0 4


9 IMPATT Diodes Samuel Y.LIAO 327 331 8.2 Black Board

10 TRAPATT Diode Samuel Y.LIAO 332 335 8.3 Black Board

11,12,13

BARITT Diode,Principles of operation ,PhysicalStructures


14ParametricAmplifiers


15

Nonlinear Reactance andManley-RowePower Relations


16, 17 TUTORIAL

STRIP LINES

VLecture

No.Lecture Topic Author of the Book

Page No. ContentNo.

TeachingAids

DateTaughtFrom To

1Introduction- Microstrip Lines

Samuel Y.LIAO 490 491 11.0,11.1 Black Board

2

Derivation of CharacteristicImpedance of Microstrip Lines usingQuasi Static analysis


3Losses in Micro stripLines Samuel Y.LIAO 495 502 11.1.2 Black Board

4 Quality Factor Q of Micro strip Lines




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Hours/Week

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5 Substrate Materials Samuel Y.LIAO 516 - 12.1.1 Black Board

6Surface waveexcitation Online Material

Black Board

7 Parallel Strip Lines Samuel Y.LIAO 503 504 11.2 Black Board

8, 9CharacteristicImpedance-Attenuation losses

Samuel Y.LIAO 504 50611.2.2,11.

2.3Black Board

10Coplanar Strip Lines Samuel Y.LIAO 506 507 11.3 Black Board

11Shielded Strip Lines-

problemsSamuel Y.LIAO 507 509 11.4 Black Board

12Micro strip based

broadband matchingnetworks

Online Material Black Board

13, 14 TUTORIAL

INTERNAL TEST - III

MODEL EXAMINATION

TEXT BOOKS

S.No. Author Title of the Book Edition

Publisher Year of Publication

1 Samuel Y-LIAO Microwave Devices and Circuits3rd Pearson/Prentice Hall of

India 2009

2 Annapurna Das and Sisir K.Das

Microwave Engineering 2 nd Tata McGraw-Hill 2009

REFERENCE BOOKS

S.No. Author Title of the Book Editio Publisher Year of Publication

1 R.E.CollinFoundations for Microwave

Engineering2nd

IEEE Press 2009



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2 David M.Pozar Microwave Engineering 2 nd John Wiley & Sons 2003

3 RizziMicrowave Engineering-Passive

circuitsPrentice Hall of India 2007

ADDITIONAL RESOURCES

1. http://www.ece.mcmaster.ca/faculty/nikolova/antenna_dload/current_lectures/L20_Mstrip1.pdf 2. http://www.dtic.mil/dtic/tr/fulltext/u2/p003506.pdf

3. http://webee.technion.ac.il/people/schachter/Teaching/Microwaves%202011-2012-locked.pdf

PREPARED BY

Name and Signature of Faculty Member

APPROVED BY

HoD


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