Find out what's new in EMS and HFWorks

RELEASE HIGHLIGHTS


EMS 2020 SP1.0 is now available!

The new EMS 2020 SP1.0 version offers
- motion analysis with thermal simulation and core loss computation to meet more application requirements.
- parametrized electromagnetics simulations coupled to thermal studies for faster analysis of broad range of systems.
- specific Absorption Rate (SAR) analysis for AC Magnetic study.
- faster and more accurate motion coupling in Eddy current systems.
- an enhanced speed and accuracy for solving nonlinear problems.

HFWorks 2020 SP0.0 is now available!

The new HFWorks 2020 SP0.0 version offers
- a superior solver speed to address faster computation needs.
- a new type of parametrization scheme, called Wavelength Parametrization, to improve user productivity.
- ECAD Importer to import the PCB schematics from Keysight ADS directly into HFWorks.
- an improved mesh quality and a new meshing technique (Wavelength meshing).
- thermal coupled analysis for S-parameter and Antenna studies.
- Time Domain Reflectometry Study (TDR).

 

WEBINARS


Erfahren Sie, wie Sie eine Wirbelstrombremse in EMS für SOLIDWORKS simulieren (for our German Community)

Thursday, August 6, 2020
02:00 PM CET, 12:00 PM GMT

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Permanent Magnet Motor Design Series: Effects of Magnet Segmentation on Permanent Magnet Motor Performance

Thursday, August 20, 2020
02:00 PM EDT, 06:00 PM GMT

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A Gentle Introduction to Simulation of Permanent Magnet Devices in SOLIDWORKS

Thursday, August 27, 2020
02:00 PM EDT, 06:00 PM GMT

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PAST WEBINARS

Permanent Magnet Motor Design Series: Generating Sinusoidal Back EMF

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Learn how to Simulate Eddy Current Braking Systems in EMS for SOLIDWORKS

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APPLICATION NOTES


Thermal analysis of Dielectric loaded Waveguide filter using HFWorks.

An S-Parameters study of HFWorks coupled to the thermal solver will be used to predict the electric and magnetic field intensities and loss distribution across the studied filter for the range frequency of [10.5 GHz-11.5 GHz]. More Details

 

Simulation of a Single-Phase Transformer: Core loss and Temperature Distribution Calculation

In this article, EMS is used to study a single-phase transformer. AC Magnetic module of EMS coupled to thermal solver are utilized to compute and generate magnetic fields, electromagnetic losses including core loss, excess loss, hysteresis loss, eddy loss, and temperature evolution of the studied transformer. More Details

 
   

EMWorks Inc.

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Montreal, Quebec, H8S 4L8, Canada.