Advanced Training on Antenna Engineering, Theory, Analysis and Design

Advanced Training on Antenna Engineering, Theory, Analysis and Design


In radio engineering, an antenna is the interface between radio waves propagating in space and current flowing in metal conductors, used with transmitters or receivers. 

During transmission, the radio transmitter supplies current to the terminals of the antenna, and the antenna radiates the energy in the current in the form of electromagnetic waves (radio waves). During the reception process, the antenna intercepts some of the power of the radio waves to generate a current at its terminal, which is applied to the receiver to be amplified. 

The basic principle of antenna theory requires that the antenna and the transmission line "impedance match", otherwise the antenna will not radiate. The concept of VSWR is introduced to measure the degree of antenna matching. The bandwidth of an antenna is the frequency range that the antenna radiates.

An antenna is a set of conductors (elements) that are electrically connected to the receiver or transmitter. Antennas can be designed to transmit and receive radio waves equally in all horizontal directions (omnidirectional antennas) or preferentially in specific directions (directional or high gain or "beam" antennas).

Tonex Antenna Training Course is both a theory and a practical course. Where all the incumbents will make their own antennas and TONEX will provide all the material and equipments and participants will make their own antennas for testing.

Learn how to apply the concisen topics in practice, electromagnetic radiation and antenna characteristics, theory and practice of antenna engineering, antenna types, applications, and physical properties from basic to up to date


Training Topics:

  • Smart antennas

  • Multiple Input Multiple Output (MIMO)

  • Software Defined Radio (SDR)

  • Cognitive Radio (CR)

  • Fractal antennas

  • Java animations, applets, and MATLAB features

  • Radomes, materials, modeling and simulation measurement techniques.


Learning Objectives: 

  • Planning, calculation and design of a wide range of antenna types

  • Basics theory of antennas and antenna theory.

  • Mathematical and physical background to understand electromagnetic radiation and antennas.

  • Master basic definitions of antenna.

  • Ellaborate antenna radiation and antenna parameters

  • The operation of a wide range of antenna types.

  • Antenna types for specific applications and systems

  • Measure antenna performance on a variety of antenna measurement facility types

  • New antenna concepts exploring such as smart antenna, Phased-Array, MIMO and MU-MIMO


Course Outline:

  • Basic of Antennas

  • Why do Antennas Radiate?

  • Antennas classification

  • Physics of Different Antenna Types

  • Main Parameters of Antennas

  • Linear Wire, Building Loop, Building Arrays, Building Loop Antennas

  • Smart Antenna Introduction.


Audience:

  • Engineers

  • Scientists

  • Managers

  • Technicians

  • Operators



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Advanced Training on Antenna Engineering, Theory, Analysis and Design

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