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Learn CST Studio- Microwave and Antenna from zero to Hero

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Compact CST Antenna Design course covering RFID tags,Arrays,Mobile Phone Antenna Design &Integration,MIMO Analysis,etc
5
5/5
(3) Ratings
155 students
Created by Fatemeh Jalalinejad
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What you'll learn

  • Waveguide Ports
  • ,Frequency Dependent Modes(inhomogeneous ports)
  • Mode Polarization
  • Reference Plane-Phase de-embedding
  • Boundary Conditions of Waveguide Port Edges
  • Hexahedral Meshing
  • Multipin Waveguide Ports
  • Meshing Overview
  • How to get a Good Mesh?
  • Mesh Types
  • Hexahedral Meshing for Time Domain Simulations
  • Tetrahedral and Surface Meshing for Frequency Domain Simulations
  • Antenna Simulation Overview
  • Antenna Magus
  • Antenna Examples in CST Studio Suite
  • Antenna Examples overview
  • Farfield Outputs
  • Farfield Definitions
  • Tips & Tricks for an Accurate Farfield
  • Horn Antenna Simulation
  • Reflector Antenna Simulation
  • Dual Patch Antenna and Feeding Network Simulation from scratch
  • Patch Antenna Array Design from scratch
  • Mobile Phone Antenna Design and Integration from scratch
  • Over-the-Air Performance and MIMO Analysis
  • Radio Frequency Identification (RFID) Antenna Design from Scratch
  • RFID Antenna Reader and Tag Antenna
This course includes:
6 total hours on-demand video
1 articles
49 downloadable resources
42 lessons
Full lifetime access
Access on mobile and TV
Certificate of completion
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Course content

Requirements

  • You will learn everything you need to know from scratch

Description

Lessoon 1: Waveguide Ports

  • Waveguide Port Basics

  • Frequency Dependent Modes(inhomogeneous ports)

  • Mode Polarization

  • Reference Plane-Phase de-embedding

  • Boundary Conditions of Waveguide Port Edges

  • Hexahedral Meshing

  • Multipin Waveguide Ports

Lesson 2: Meshing Overview

  • How to get a Good Mesh?

  • Mesh Types

  • Hexahedral Meshing for Time Domain Simulations

  • Tetrahedral and Surface Meshing for Frequency Domain Simulations

Lesson 3: Antenna Simulation Overview

  • Antenna Magus

  • Antenna Examples in CST Studio Suite

  • Antenna Examples overview

  • Farfield Outputs

  • Farfield Definitions

  • Tips & Tricks for an Accurate Farfield

Project 1: Horn Antenna Simulation

  • Model

  • Workflow using CST Studio Suite

  • New Project Template-Horn Antenna

  • Horn Antenna Construction

  • Simulation Setup

  • Plot Results

  • Parameter Sweep

  • Farfield Post processing

Project 2: Reflector Antenna Simulation

  • Model

  • New Project Template-Reflector Antenna

  • Reflector Antenna Modeling

  • Workflow using System Assembly and Modeling (SAM)

  • Assembly Setup

  • Available Simulation Approaches

  • Hybrid Solver Task

  • Setup Hybrid Solver Task- Bidirectional

  • Advanced : Looped Parameter Sweep

  • Parameter Sweep Task

Project 3: Dual Patch Antenna and Feeding Network

  • Final Model

  • Workflow CST Studio Suite

  • Create a New Template

  • Model the Antenna

  • Define Excitation

  • Visualize Results

  • Combine Results

  • Simultaneous Excitation-Info Slide

  • Microstrip Feeding Network Info

  • Microstrip Feeding Network Modeling

  • S-Parameters Simulation

  • Simulate the Antenna with feeding network and SMA connector

  • Assembly View

  • Create 3D Simulation Project

  • Modify Simulation Project

  • Frequency Domain Solver Run

  • Visualizing Results

Project 4: Patch Antenna Array Design

  • Phased Array workflow using Antenna Magus and the Array Task

  • Synthesize Antenna Inside Antenna Magus

  • Run Exported Model in CST Studio Suite

  • Plot Results

  • Restart Simulation & Plot S-Parameters

  • Decoupling Plane

  • Array Design Introduction

  • Create Array project

  • Array Task

  • Array Task Results

Project 5: Mobile Phone Antenna Design and Integration

  • Workflow Using CST Studio Suite

  • Characteristic Mode Analysis (CMA)

  • Parametric Study using CMA

  • Inclusion of Finite Dielectric

  • Antenna Integration into Housing

  • Meshing, Impedance Matching and Bandwidth Potential

  • Check Global Mesh Settings

  • Start Time Domain Simulation

  • Antenna Matching and Bandwidth Potential

  • Over-the-Air Performance and MIMO Analysis

Project 6: Radio Frequency Identification (RFID) Tag

  • RFID Workflow

  • RFID Model Description

  • RFID Construction

  • Create 3D Simulation Project using SAM

  • 3D Model Setup

  • Analyze Results

  • Conformal RFID on 3D Object

  • Conformal RFID Model Setup

  • Transient Solver Simulation

  • Analyze Results

  • S-Parameter Comparison- Planer vs. Bent RFID

  • RFID Bending on Phantom Hand Setup

  • Transient Solver Simulation

  • View Results

  • Calculate and Visualize SAR

RFID READER

  • PATCH Antenna

  • Circularly Polarized Patch Antenna

RFID Tag Antennas

  • Dipoles and Derivatives

  • Wiggling Wires

  • Match with meander

  • Getting Loaded

  • Fat and Thin

Who this course is for:

  • Professionals in RF and Antenna Designers
  • Electromagnetic device designers (Filter, Waveguide, Coupler, etc…)
  • Engineering Students
  • Academics and Researchers
  • Beginners in RF and Antenna Designers
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