![]() ![]() Transient Application: This module allows you to prepare your design for eventualities such as power failures, pulsed power surges, Eddy currents and more.Furthermore it can help you deal with problems relating to flux leakage, inductance and coil design. It can also help with minimizing skin effects & issues with ripples, vibration & noise. AC-Magnetic Field: This module allows you to improve efficiency with Eddy current simulation.Magnetostatic: This module will aid you in accurately resolving questions about magnetic saturation, torque optimization, solenoid overheating and excess material from ferromagnetic cores.Conduction: This module helps with simulations that require checks for over-voltage conditions, resistance values and power dissipation while testing the impact of conductivity on the power supply.Electrostatic Field Simulator: This module is used to solve issues with dielectric breakdown & electronic discharge.Watch the demonstration below to see an example of a SOLIDWORKS Electromagnetic Simulation using EMS:īelow are a list of the 7 modules with a brief description of each: There are calculations for linear and nonlinear materials or user-defined materials, not to mention a variety of excitation controls common to electric & magnetic field simulation and transformer design. EMS is comprised of seven modules that includes full validation and access to a built-in library. EMS by EMWorks is the first electromagnetic field simulator add-in product for SOLIDWORKS. ![]()
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