Motors, sensors, solenoids, and transformers are key components in automotive and aerospace systems. Ansoft's core strength in electromagnetic-field simulation allows you to accurately calculate critical parameters, such as force, torque, inductance, and flux level, and automatically create a precise device model. This allows accurate exploration of system-design possibilities.

• Electric Drive Design
  Ansoft offers comprehensive, easy to use software tools for the design and optimization of electric drive systems and components. Our solution for electric drive systems design enables analysis to be performed at the component, sub-system and system-level.

• Motor and Drive Design
  From design, to detailed analysis, to power electronics and drives, Ansoft is the choice of motor and drive designers worldwide. With Ansoft's Motor and Drive Simulation Suite you can achieve first-pass system success and deliver efficient, optimized designs in less time and with less cost.

• Power Supply Design
  The challenge facing designers of electronic power supplies and converters is to achieve greater power density in a smaller package. To attain this goal, engineers must understand the electrical behavior of the system and how each component impacts the circuit behavior and the overall system. Inductors and transformers significantly influence circuit and system behavior and are difficult and costly to design.

• Sensor Design
  Design engineers depend on Ansoft's EM software to predict the performance, increase the accuracy, and reduce the weight and cost of magnetic sensing systems. Ansoft provides an integrated electromagnetic-thermal, circuit, and system simulation software solution to accurately analyze an electromagnetic sensing system prior to building costly and time-consuming prototypes.

• Solenoid and Actuator Design
  Ansoft's electromechanical design software is perfectly suited for the design of solenoids and actuators. Maxwell, Ansoft's electromagnetic field simulator, precisely calculates flux linkages, forces and torque, reactance, and inductance. Teaming Optimetrics with Maxwell, designers have unprecedented power and control in automating the simulation process. Optimetrics augments the process by enabling designers to include proprietary cost functions and optimization routines. Engineers can completely explore the design space and perform sensitivity analysis, ensuring an optimal solution with the least amount of sensitivity to the manufacturing tolerances.

• Transformer Design
  Achieving greater power density in a smaller package-that's the challenge facing engineers who design electronic power supplies and converters. To attain this goal, engineers must understand the system's electrical behavior and how each component impacts the circuit behavior and the overall system.