There are 14 results
CST Studio Suite - Microwave and Antenna

Throughout this course you will become familiar with the high frequency solvers used to simulate different type of antennas. This course will also discuss more specific topics like antenna matching network and SAR calculations in the human body.

Course Catalog

CST Studio Suite - Microwave and Antenna
CST STUDIO SUITE - Antenna Placement

Throughout this course, you will become familiar with topics like antenna placement, antenna-to- antenna coupling, antenna matching network and radiation hazard. Particular attention is given to the generation and usage of near/far-field sources in the context of the Hybrid Solver Task.

Course Catalog

CST STUDIO SUITE - Antenna Placement
Antenna Placement Essentials

This course is an introduction to the Antenna Placement app on the 3DEXPERIENCE platform. It teaches you how to import antenna models from CST Studio Suite and then evaluate their installed performance at positions on a selected platform (for example, a vehicle, an aircraft, or an electronic device). Antenna placement studies help you find the best position for an antenna on the platform by providing you the results of the installed antenna's performance.

Course Catalog

Antenna Placement Essentials
Chart Tracer Tool in Antenna Magus

The Chart Tracer tool forms part of the Data Conversion collection in the Antenna Magus Toolbox. It may be used to digitize data from images of Cartesian or Polar plots with linear or log-scale axes. Images in this document may differ from those on your computer if you are using a different version.

Tech Notes

Chart Tracer Tool in Antenna Magus
Finite Element Analysis of a Coil Spring RFID Antenna Embedded in a Rubber Patch

One of the many powerful capabilities of Abaqus is its ability to easily model a structure embedded inside of a host structure. This technique has been used to analyze an RFID chip and helical antenna embedded in a rubber patch for use in tire applications. The main objective of the analysis of the chip/antenna/patch assembly was to determine the stress concentration in the antenna caused by its interaction with the relatively rigid chip. In the course of conducting this analysis, a high degree of sensitivity was observed in the interaction between the embedded helical antenna and the host rubber patch. This paper will show how adequate refinement of the host structure becomes crucial if accurate results are to be obtained with the embedded element technique.

Customer Papers

Finite Element Analysis of a Coil Spring RFID Antenna Embedded in a Rubber Patch
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Customer stories

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The Antenna Company

The Antenna Company uses SOLIDWORKS and SIMULIA to develop high-performance antenna design for 6G networks using nature-inspired, energy-efficient shapes.

Customer Story

The Antenna Company
Aava Mobile

Aava Mobile uses SIMULIA's CST Studio Suite to simulate and select the best antenna size and shape before manufacturing a physical prototype shortening the design process time.

Customer Story

Aava Mobile
Drayson

A dual-band, high-gain antenna needed to be integrated into an Internet of Things sensor network, while making sure that the antenna is compact enough to fit into the device.

Customer Story

Drayson

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