MP4 | Video: h264, 1280x720 | Audio: AAC, 44100 Hz
Language: English | Size: 3.74 GB | Duration: 13h 2m
What you'll learn
A complete understanding of antenna fundamentals
Calculation of radiation field of thin linear antenna
Electromagnetic wave propagation and Power flow
Linear monopole and dipole antennas
Antenna array techniques
Requirements
Electromagnetics
Calculus 1 and 2
Description
Description
In RAHAE 102 we would be concentrating on fundamentals of antenna and working principle of antenna. This course will cover all radiation mechanism of the antenna and description of radiation condition from the antenna. It includes Hertz dipole antenna and its parameters. Number of numerical problems have been solved after each topic to understand the basics of the course. This course describes the electromagnetic wave propagation and how antenna behave at receiver side. The theory and derivations of monopole and dipole antenna parameters covered in this course. The basic concept of antenna array, types of antenna array and its requirements with solved numericals have explained in easy manner.
This course is more of a academic level approach to Antenna Engineering taught on schools around the world
Since you would be having a lifetime access to this course you would be able to revisit during your career as year passes to refresh your memory
Instructor
The instructor of this course is Dr Akhilesh Verma. He has a Ph.D in Antenna Engineering concentration on Phased Array Antennas and Beam Forming of 5G networks and is a Antenna Engineering Scientist at Rahsoft.
What is the target audience?
Prerequisite for students planning to get Rahsoft RF Certificate for RAHAE 102 course which is a complete package of Fundamentals of antenna.
This course is set for professionals working in the area of antenna field.
Under graduate students
Antenna Engineer
Post graduate students taking antenna course
Research scholars in antenna field
Course content
Introduction
Antenna definition
Working principle of antenna
Radiation mechanism
Antenna radiation using potential function
Basic concept of Hertzian dipole antenna
Polar pattern of Hertzian dipole
Hertzian dipole reconsidered
Calculation of radiated power from Hertzian dipole
Calculation of radiation field of thin linear antenna
Electromagnetic wave propagation and Power flow
Some basics of Maxwell's equation
Plane wave propagation in free space
Calculation of Power flow associated with radiated energy
Antenna at receiver side
Linear monopole and dipole antennas
Concept of image theory to understand monopole antenna
Difference between monopole and dipole antenna
Dipole antenna concepts
Radiated power calculation of dipole antenna
Dipole antenna parameters
Relationship between current distribution on aperture and radiation pattern of the antenna
Antenna array techniques
Motive to move on antenna array
Two element array
One dimensional linear array
Array synthesis
Phased array
Aperture distribution and far-field pattern relationship
Two-dimensional stacked arrays
Non-uniform current excitation array
Binomial array
Antenna input impedance
Induced-emf method and mutual coupling
End-fire array example with mutual coupling
Who this course is for:
Electrical Engineers
Antenna Engineers
Electrical Engineering Students
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