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Antennas - Fundamental Parameters - Theory and Design
Rating: 3.9 out of 5(49 ratings)
211 students

Antennas - Fundamental Parameters - Theory and Design

From Zero to Hero: Fundamentals of Antennas
Created byL&S Akademy
Last updated 5/2020
English

What you'll learn

  • From zero level up to professional level, students would learn the most important parameters of antennas. After that, students will be able to characterize and eventually understand the designing process of antennas.
  • Students would learn complicated antenna concepts thanks to our step-by-step course explanation
  • How to build that? How to design that antenna? How this whatever electronic device works in a real environment? Our main goal is to answer these questions most simply and clearly with a professional point of view

Course content

1 section • 5 lectures • 49m total length

  • Fundamental Parameters of Antennas - Part 16:03

    Explore fundamental antenna parameters, including input impedance with loss and radiation resistance, and conjugate matching, and review near field, radiating near field, and far field regions that shape performance.

  • Fundamental Parameters of Antennas - Part 27:50
  • Fundamental Parameters of Antennas - Part 313:05
  • Fundamental Parameters of Antennas - Part 411:04

    Explore antenna performance parameters such as radiation efficiency, total efficiency including reflection losses, and gain definitions; apply the Friis transmission equation with polarization loss factors to estimate received power.

  • Fundamental Parameters of Antennas - Part 511:29

    Analyzes a copper london house dipole at 3 ghz, presenting input impedance, bandwidth, realized gain, radiation pattern, axial ratio, and the roles of radiation efficiency and matching.

Requirements

  • Enthusiasm and motivation for learning

Description

Welcome to Fundamental Parameters of Antennas course! In this course, you are going to learn the most important parameters that describe the characteristics of antennas.

Content breakdown:

        -  Circuital Model of an Antenna

        -  Field Regions

        -  Radiation Pattern

        -  Polarization

        -  Beamwidth

        -  Directivity

        -  Radiation Efficiency

        -  Bandwidth, Matching, VSWR, Reflection Coefficient

        -  Effective Length and Area

        -  Transmission Equation or Friis Formula

In addition to that, an example in CST is performed to better understand the above mentioned parameters.

Who this course is for:

  • Antenna's enthusiasts
  • Undergraduate / Graduate / Master Antenna Engineering Students

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