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SRIRAM ENGINEERING COLLEGE, PERUMALPATTU

DEPARTMENT OF ELECTRONICS & COMMUNICATION ENGINEERING

SREC/ECE/LP

FM: 16

LESSON PLAN

Name: V. Salai Selvam  Designation/Department: Associate Prof & Head/ECE

Branch : ECE  Subject code: EC2305

Semester: V ‘A’  Subject Name: Transmission Lines & Wave Guides

Topics Hours Date Text

book

Page

No.Planned Completed

UNIT I (From: 09-07-14 To: 24-07-14 Total No. of Hours: 12)

The Niper & The Decibels 3 09-07-14

Characteristic impedance of T-network 4 09-07-14

Characteristic impedance ofπ

-network 2 10-07-14Filter fundamentals: pass & stop bands 3 10-07-14

Design of constant-k LPF 3 16-07-14

Design of constant-k HPF 4 16-07-14

Design of constant-k BPF 2 17-07-14

Design of constant-k BEF 3 17-07-14

m-derived T- & π-sections-design 3 23-07-14

Composite filter-design 4 23-07-14

Terminating half T- & π-sections 2 24-07-14

Filter Performance & Crystal Filters 3 24-07-14

UNIT II (From: 30-07-14 To: 13-08-14 Total No. of Hours: 9)

Different types of transmission lines,

Distributed line parameters 3 30-07-14Transmission line equations 4 30-07-14

Attenuation & phase constants, Characteristic

impedance, Input impedance: Line of finite &

infinite length, Open circuited line, Short

circuited line, Wavelength, Velocity of

propagation or phase velocity

2,3 31-07-14

Waveform distortions, Condition for

distortionless line3 06-08-14

Telephone cables, Inductance loading of

telephone cables, Uniformly loaded cables4 06-08-14

Reflection on a line not terminated in Z0,

Reflection coefficient 

2,3 07-08-14

Reflection factor and reflection loss 3 13-08-14

T & π section equivalents of lines 4 13-08-14

UNIT III (From: 14-08-14 To: 04-09-14 Total No. of Hours: 14) 

Parameters of open wire line and Coaxial cable

at RF2 14-08-14

Constants for the line of zero dissipation 3 14-08-14

Voltages and currents on the dissipationless line 3 20-08-14

Input impedance of dissipationless line of length

l, open-circuited line, short-circuited line4 20-08-14

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TEXT BOOKS1.

 

John D.Ryder, "Networks, lines and fields", Prentice Hall of India, 2nd Edition, 2006.

Signature of the Faculty In-charge Head of the Department 

Standing Waves, Nodes, Antinodes, StandingWave Ratio

2 21-08-14

Impedance at any point of a dissipationless line 3 21-08-14

Power measurements on line 3 27-08-14

Eighth wave line, half-wave line, quarter wave

line & impedance matching 4 27-08-14

Stub matching: Single stub matching 2 28-08-14

Stub matching: Double stub matching 3 28-08-14

Smith chart – derivation & problems 3,4,2,3

03-09-14

&

04-09-14

UNIT IV (From: 10-09-14 To: 24-09-14 Total No. of Hours: 9) 

Application of the restrictions to Maxwell’s

equations3 10-09-14

Transmission of TE waves between parallel

planes4 10-09-14

Transmission of TM waves between parallelplanes 2 11-09-14

Transmission of TEM waves between parallel

planes3,3

11-09-14&

17-09-14

Characteristic or wave impedance 4 17-09-14

Attenuation of TE waves in parallel-plane guide 2 18-09-14

Attenuation of TM waves in parallel-plane

guide3 18-09-14

Attenuation of TEM waves in parallel-plane

guide3 24-09-14

UNIT V (From: 25-09-14 To: 09-10-14 Total No. of Hours: 10) 

Transmission of TE waves in a rectangularwaveguide

2,3 25-09-14

Transmission of TM waves in a rectangular

waveguide3,4 01-10-14

Cylindrical waveguides 2,3 02-10-14

TEM in coaxial cable 3,4 08-10-14

Excitation of wave guides 2 09-10-14

Guide termination & Resonant cavities 3 09-10-14