Download Product Sheet EMWorks provides best-in-class 2D and 3D electromagnetic simulation software solutions with multiphysics capabilities. Our advanced tools empower engineers in the fields of electrical and electronics design to achieve optimal results for electromagnetic and electric device design…..
EMS, our versatile electromagnetic simulation software, stands as a powerful finite element package with broad-reaching applications spanning key industries, including automotive, energy, power, aerospace, and defense. Its capabilities extend to diverse use cases encompassing power electronics, motors, transformers, magnetic field analysis, electric field analysis, as well as high-voltage and high-power systems. Engineers and researchers trust EMS to optimize their designs, enhance efficiency, and scrutinize electromagnetic behavior within these demanding environments. Whether your objective is to fine-tune electric a motor performance, assess transformers for high-power applications, or address electromagnetic interference challenges, EMS equips you with robust tools and unwavering precision to meet your objectives effectively.
EMS Key Features and Capabilities
Motor Design:
EMS serves as versatile motor design software, addressing various parameters such as torque, speed, power output, efficiency, current draw, voltage, starting torque, inrush current, power factor, temperature rise, and noise.
Parametric simulation:
EMS enables numerous What if? analyses to obtain the best design for your application.
Power Electronics:
EMS is pivotal in optimizing power electronics design, including electromagnetic and thermal analysis for devices such as inverters, converters, power supplies, and transformers, ensuring efficient and reliable performance in various electrical and electronic applications.
Multiphysics capabilities:
Seamlessly couple magnetic and electrical designs with circuit, motion, thermal, and structural analyses in a single integrated environment.
Comprehensive 3D Electromagnetic Simulation:
EMS provides precise 3D simulations to ensure accurate design optimization.
Parasitic RLC Extraction:
Calculate parasitic resistance, inductance, and capacitance in 3D electric and electronic structures, essential for modeling high-speed electronics, power converters, touchscreen design, NDT simulation, and more.