ELECTROMAGNETIC SIMULATION SOFTWARE
With built-in Thermal, Motion and Structural Analyses
Plugin for SOLIDWORKS/ Autodesk Inventor
Products
Electric and Magnetic Field Simulation
EMS is an electric and magnetic field simulation software. It calculates the electromagnetic field, magnetic field, electric field, magnetic flux, magnetic force and torque, eddy current, electric stress, dielectric and voltage breakdown, eddy and core losses. It may be used as a magnetic design software since it calculates the impedance, resistance, inductance, and capacitance for coils and electromagnets. It can readily be used as a transformer calculator or rather a transformer design software since it calculates the transformer losses including: eddy loss, ohmic loss, core loss, hysteresis loss, copper loss, and heat loss. Similarly, it can be used as an electric motor design software to calculate the motor torque and force, motor losses and efficiency. EMS is equipped with integrated thermal and structural modules and couples to SOLIDWORKS Motion which make it a true Multiphysics simulation software. EMS is seamlessly embedded in SOLIDWORKS and Autodesk Inventor. The applications of EMS are numerous which include:
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Electric Motor and Generator Design Software
MotorWizard is a template-driven motor and generator design software for SOLIDWORKS users. In few clicks, you can optimize your electrical machine size, number of poles, shape of slots and magnets and promptly obtain important design parameters such as torque, losses, back-EMF, flux density, efficiency, power, and temperature. MotorWizard is also equipped with a finite element electromagnetic computational engine, EMWorks2D , for advanced and more intricate motor simulation and analysis for 2D geometry. Furthermore, MotorWizard has a hand-off feature where it automatically takes care of the FEA pre- and post-processing tasks, such as model creation, meshing, and material application, for you without any effort from your side.
Electromagnetic Radiation and Waves Simulation
HFWorks simulates electromagnetic radiation, electromagnetic waves, electromagnetic interference, and electromagnetic compatibility up to millimeter wave frequencies, i.e. the lower part of the electromagnetic spectrum. Since antennas radiate electromagnetic waves, HFWorks can readily be used as an antenna design software. It calculates antenna parameters including: gain, directivity, radiation pattern, near- and far-field, efficiency, radiation resistance, bandwidth, impedance, and VSWR. In electronic components, it is crucial to model the electromagnetic interference (EMI), compatibility (EMC), energy, wave propagation, and signal integrity (SI). HFWorks is instrumental in modeling all of these electromagnetic waves phenomena through the calculation of electromagnetic fields and scattering parameters (S-parameters) for any arbitrary 3D RF, Microwave, and wireless component for microwave frequencies and beyond. HFWorks is also an electronic design automation (EDA) tool which can be used to virtually prototype high frequency electronics devices and systems such as PCBs, chip package boards, semiconductors, and capacitors. By the same token, it an EMC, EMI, and signal integrity design software that can help you meet the stringent requirements imposed by FCC, CISPR, and other regulatory agencies. HFWorks is equipped with an integrated thermal solver which is useful to calculate the heat dissipation and loss in your high frequency and high-speed design and thus help you in your electronics thermal management. HFWorks is seamlessly embedded in SOLIDWORKS, i.e. Plug-in.The 2D and Axisymmetric Magnetic and Electric Field Simulator
Just like EMS, EMWorks2D is magnetic and electric field simulator, but for 2D and axisymmetric geometries. Hence, it enables you to test and improve your electrical and magnetic design in record time. Similar to our all other products, it is seamlessly embedded in SOLIDWORKS, i.e. Plug-in.
Applications
Transformers & Power Engineering
Simulation software for high voltage and high power applications including transformers, switchgears, insulators, bushings, and cables.
Multiphysics
Software for multiphysical simulation. A coupling between electromagnetic, thermal and structural fields to compute thermal results, thermal stress, Structural displacement.
RF & Microwave Components
Simulation software to design wireless, microwave, and RF components inside your MCAD package and compute s-parameters and fields.
Electronic Design Automation & Electronics
Electromagnetic field software for electronics design applications: package, chips, PCBs, connectors, heat sinks, CPUs, SIPs, ICs.
Magnets & Magnet Arrays
Simulation software to compute magnetic force and field due to magnets and magnet arrays including halbach array in MCAD
Actuators, Solenoids & Electromechanical
Software to compute magnetic force and field for actuator, solenoid, loudspeaker.
Sensors & NDT/ NDE
Simulation software for magnetic, variable reluctance, inductive, eddy current, capacitive, NDT, NDE,Hall Effect Sensor, and touchscreen sensors.
Antennas & Radomes
Antenna software for all kind including tv antenna and digital antenna to compute antenna gain and power in your MCAD design
Electrical Machines & Drives
Simulation software for electric motor & generator design including brushless DC, induction, SRM, claw pole, permanent magnet, and synchronous motors
Biomedical Applications & EM Exposure
Biomedical engineering software to design medical devices and study the effect of EMF exposure on human health.
Electric Vehicle
Electromagnetic software to to simulate various parts and components used in hybrid and electric vehicles, such as battery, charger, antenna, and electric motor.
Startups
For young startups, EMWorks for Startups program offers EM Simulation software and training at substantial discount. EMWorks will remove barriers from your success path.
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User Conference 2020
EMWorks invites you to Montreal to attend our annual user conference. The event is a unique opportunity to learn more about your simulation tools in a relaxed and interactive environment, and reconnect with the rest of the EMWorks community. Whether you come from industry or academia, whether you are an advanced user or just getting started, you will benefit from attending.
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