Anna University , Chennai
Department of B.E-Electronics and Communication Engg
Fifth Semester
EC2305 Transmission Lines And Wave Guides
Scanned Handwritten Lecture Notes (All Units)
(Regulation 2013 / 2008)
Attachment : Click HereSyllabus :
UNIT-1 (pg.no 1-28) : FILTERS
UNIT-2 (pg.no 30-68) : TRANSMISSION LINE PARAMETERS
UNIT-3 (pg.no 70-90) : THE LINE AT RADIO FREQUENCY
UNIT-4 (pg.no 91-114) : GUIDED WAVES BETWEEN PARALLEL PLANES
UNIT-5 (pg.no 115-132) : WAVE GUIDES
Content :
UNIT-1
FILTERS
Neper
Decibel
Characteristics impedance of symmentrical network
Open circuit
Short circuit
Filters
Pass band
Stop band
Cut off frequency
Constant k-low pass filter
Constant k- high pass filter
M – derived HPF
Band pass filter
Composite filter
Conversion of half section
UNIT-2
TRANSMISSION LINE PARAMETERS
Transmission lines
Types
1. Open wire line
2. Cable
3. Co-axial line
Resistance
Inductance
Capacitance
General solution of transmission line
Physical significance
Insertion loss
Insertion loss ratio
Reflection on a line
Reflection coefficient
Reflection loss
Reflection factor
Telephone cable
Loading
Inductance loading
Propagation constant
Velocity of propogation
Distortion less line condition
Advantages
Disadvantages
Campbell equation
UNIT-3
THE LINE AT RADIO FREQUENCY
Transmission line
One eight wave line
Application of smith chart
Stub matching
UNIT-4
GUIDED WAVES BETWEEN PARALLEL PLANES
Wave
Guided wave
Unguided wave
Transmission of transverse electric wave between parallel plates
Boundary condition
Transmission of transverse magnetic waves
Transverse electric magnetic wave
Characteristics of tem waves
Guided wavelength
Velocity of propagation
Velocity of the waves
UNIT-5
WAVE GUIDES
Rectangular wave guides
Application of Maxwell equation
TM waves
TE waves
Cut off frequency and cut off wavelength
Velocity of propagation
Circular wave guides
Bessel equation and function
Attachment : Click Here
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