Gallery

Below are the ten most recent additions to our Gallery section, with the latest of the examples being listed first. A short description is given for each example, along with links to its related categories and the product(s) to which it is applicable.

	Iron Loss Calculations in Laminated Structures Using MagNet A novel approach to computing hysteresis and eddy current losses in electric machines at the component level is introduced and demonstrated in this example. Categories: Motors & Generators - AC Products: MagNet General / MagNet Time Harmonic 2D / MagNet Time Harmonic 3D / MagNet Transient 2D / MagNet Transient 2D with Motion
	Iron loss separation; trends in high-torque BLDC Motors Hysteresis and eddy current loss trends in a high-torque BLDC machine are computed as a function of electrical loading, drive type and back Iron depths. An application of the results is also shown. Categories: Motors & Generators - AC / Design Optimization / Electric Products: MotorSolve
	Quadrupole Ion Trap using ElecNet The trajectory of a charged particle entering a quadrupole ion trap is simulated Products: ElecNet
	Simulation of an Electrostatic Precipitator Using ElecNet with the particle trajectory tracking tool, it is possible to carry out realistic design and simulations of engineering devices such as the electrostatic precipitator. Products: ElecNet
	Electric Field Transient Analysis of a Conductive Shield Using ElecNet, it is possible to model and capture this phenomenon. Here, using a three dimensional, axis-symmetric model of a conductive shield, the transient aspect of the device is captured. Categories: Shielding Products: ElecNet
	Demagnetization analysis Demagnetization is an important phenomenon that needs to be taken into account when designing electrical machines using permanent magnets. In this gallery, MagNet's demagnetization analysis capabilities are demonstrated. Categories: Motors & Generators - AC Products: MagNet General / MagNet Time Harmonic 2D / MagNet Transient 2D with Motion
	Switched Reluctance Motor - Design and Analysis In this page, the design and analysis aspects of switched reluctance motors are considered. Categories: Motors & Generators - DC
	Hybrid Electric Vehicle Motor with MotorSolve Brushless DC machines, particularly those of the interior permanent magnet (IPM) type are gaining favour for hybrid and electric vehicle applications. MotorSolve is able to produce accurate results for these types of designs while maintaining the simplicity of use of a template-based, results-driven environment. Categories: Motors & Generators - DC Products: MotorSolve
	PWM analysis using MotorSolve MotorSolve contains a variety of post-processing/analysis features. In this gallery, dynamic simulation capabilities using PWM drive is presented.
	Overview of MotorSolve MotorSolve is Infolytica's latest addition to our lineup of electromagnetics software packages. Leveraging nearly 30 years of electromagnetics experience has created the most powerful and intuitive package for design and analysis for rotating electric machines. Categories: Motors & Generators - DC Products: MotorSolve