Magnetic systems design
Magnetic field distribution, inductance and magnetic circuit reluctance, electromagnetic force and torque in magnetic systems, and time-varying field calculation for pulsed current sources.
Available Analysis Modules
QuickField can be applied to many aspects of magnetic system design:
AC Magnetics
AC magnetic field and current distribution; computing impedance, force and torque.
DC Magnetics
Magnetic field distribution; computing inductance, magnetic circuit reluctance, force and torque.
Transient Magnetics
Time-varying magnetic field and current calculation; magnetic systems with pulsed current sources.
Companion Tools
- B-H curve fitting
- B-H curve permeability calculator
- Equivalent B-H curve for laminated cores
- Coil winding construction
- Straight contour in cylindrical-coordinate problems
- Iron loss coefficient calculator
- 3D force calculation for a cylindrical permanent magnet
Related Simulation Examples3
All examples →
Magnetic field in the air gap of DC electric motor
Linear plane-parallel DC Magnetics
Stress distribution in a long solenoid
Axisymmetric multiphysics: DC Magnetics coupled with stress analysis
TOKAMAK solenoid mechanical stress
Axisymmetric multiphysics: DC Magnetics coupled with stress analysisOther Application Areas
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