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Electromechanical Design Electromechanical Design
Our electromechanical design solution helps engineers design, simulate and validate complex, high-performance components, circuits, and systems for automotive, industrial automation, and aerospace applications. Consumer demand for performance, entertainment, safety, and fuel efficiency drives the integration of electromagnetic components, power electronic circuits, and control systems each involving different physical domains and design expertise. These ever-increasing requirements compel the adoption of a new generation of design strategies and tools to accurately characterize the interdependent physical domains inherent in these systems.

Ansoft technology can precisely characterize the nonlinear, transient motion of electromechanical components and their effect on the drive circuit and control system design. By leveraging advanced electromagnetic-field simulators linked to powerful circuit and system simulation software, engineers can understand the performance of electromechanical systems long before building a prototype in hardware. This approach enables Ansoft customers to achieve a competitive advantage with faster time to market, reduced costs, and improved system performance.

View the Design Flow

Simplorer®
Multi-domain system simulation
Maxwell®
3D Transient and Quasi-static Solver

ePhysics
3D Thermal and Stress Solver

Q3D Extractor®
3D Parasitic Extraction

RMxprt
Rotating Electric Machine Design

PExprt
Magnetic Component Design

Optimetrics
Parametric and Optimization

AnsoftLinks
MCAD/EDA import

Distributed Analysis
Distributed parametric computation

 
White Papers
White Paper: Electric Drive Design - Siemens
 
Most Recent
AK30 model library compiled for Simplorer
Ultra-High Speed Motor and Engine Cranking System
2kw Wind Turbine Generator - Kinemotion
Design And Performance Analysis Of Permanent Magnet High Speed Generator - Samsung Techwin
Ventilation System Motor Drive Design and Analysis - International Rectifier
Design Of Interior Permanant Magnet Machines For Hybrid Electric Vehicles
Novel Electro-Thermal Coupling Simulation Technique for Dynamic Analysis of HV (Hybrid Vehicle) Inverter
Powering DC Brushless Motors On Airplanes With Variable Frequency Systems
Simulation Of 5kW PMSM Drive System For A Golf Cart - Konkuk University
SMPS Design From Systems To Component-Shortening The Cycle With Simulation
Solenoid Valve Control Study Of A Quarter Car ABS System With Simplorer - Mando
 
Most Popular
Optimizing Coupling Inductors for Low-Voltage, High-Current Applications
Applying VHDL-AMS and Other Advanced Modeling Techniques
EMC of an Induction Motor: Measurements Compared to Calculations - Siemens AG
Steady State, Stability and Transient Analysis of a Sync-Buck DC/DC Converter - International Rectifier
Application of FEM codes to the analysis and the design of linear rotating electrical machines
Ultracapacitor Distributed Model Equivalent Circuit For Power Electronic Circuit Simulation
Verification Of 2D-3D CAE Simulations By A Linear Actuator Case Study - NTHU
 
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