Biju Patnaik University of Technology, Odisha, Electronics and Communication engineering Semester 6, Microwave Engineering Syllabus

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Unit - 1 High Frequency Transmission Lines And Wave Guides

Unit 1

High Frequency Transmission lines and Wave guides

1.1 The Lumped –Element Circuit model for a Transmission line

1.2 Wave propagation

1.3 The lossless line

1.4 Field Analysis of Coax Transmission Lines

1.5 R L. C. G parameters of Coax Two wire Transmission Lines

1.6 Terminated lossless transmission line

1.7 Transmission line as circuit element

1.8 The Smith Chart

1.9 Solution of Transmission line problems using Smith Chart.

1.10 Single Stub and Double Stub matching.

1.11 Low loss line

1.12 Wave guides rectangular waveguide

1.13 Field solution for TE and TM modes

1.14 Field patterns power flow through waveguide.

1.15 Attenuation due to conductor and dielectric losses.

1.16 Design of Rectangular waveguide to support Dominant TE10 only.

Unit - 2 TEM Mode In Co-Ax Line

Unit 2

TEM mode in Coax line

2.1 TEM mode in Coax line

2.2 Cylindrical waveguide Dominant Mode.

2.3 Design of Cylindrical Waveguide to support Dominant TE11 mode

2.4 Microwave Resonator Rectangular Waveguide Cavities

2.5 Resonant frequencies and of Cavity Supporting Dominant mode only

2.6 Excitation of waveguide and Resonators in princle only

2.7 Waveguide Components Power Dividers

2.8 Directional Couplers Basic Properties

2.9 The TJunction Power Divider.

2.10 Waveguide Directional Couplers

2.11 Fixed and Precision Variable Attenuator.

2.12 Ferrite Fermle Isolator.

2.13 Principle of Operationing

Unit - 3 Principle Of Operation As An Amplifier At High Frequency

Unit 3

Principle of Operation as an amplifier at high frequency

3.1 Principle of Operation as an amplifier at high frequency

3.2 HEMT Amplifier

3.3 Concept of Doherty Amplifier and its use at high frequency

3.4 Gunn Oscillator Principle and performance

3.5 Simple Analysis Electron – field interaction

3.6 Mixer Linear Mixer Operation active devices to use as mixer

Unit - 4 Microwave Antennas

Unit 4

Microwave Antennas

4.1 Microwave Antennas Horn Antennas

4.2 EAnd H Plane Horns. Radiation Patterns

4.3 Pyramidal Horn.

4.4 Gain of Horn Antenna.

4.5 Paraboloid Reflector Antenna – Simple Analysis Radiation Pattern in principal Planes.

4.6 Gain and Bandwidth of Reflector Antenna.

4.7 Microwave Propagation Line of sight propagation.

4.8 Attenuation of Microwaves by Atmospheric gases Water Vapour Precipitates.

4.9 Microwave Measurement Measurement of Admittance

4.10 Measurement of Gain of a Horn Antenna.

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Other Subjects of Semester-2
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