Motors & Generators - DC category
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Advanced Optimization of an IPM (Interior Permanent Magnet) Machine This example looks at the optimization of a 3-phase, 4-pole single-barrier IPM (interior permanent magnet) using the combined power of MagNet (as the core solution engine) and OptiNet (as the optimizer). Categories: Motors & Generators - DC / Design Optimization Products: MagNet Static 2D / OptiNet |
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Axial Flux Motor This example looks at an unconventional electrical motor, where the magnetic flux flows parallel to the axle of the motor. This type of motor is often used for applications requiring quick changes in speed. Categories: Motors & Generators - DC Products: MagNet Static 3D |
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Brushless DC Cogging Torque with a Skewed Stator This is an example of the calculation of cogging torque in a Brushless DC Motor. The torque, as a function of rotor angle, is calculated for two different stators: a straight stator and a skewed stator. Categories: Motors & Generators - DC Products: MagNet Static 3D / MagNet Transient 2D with Motion |
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Brushless DC Motor - Simple Analysis This gallery page demonstrates how you can accurately model the effects of the cogging torque in a brushless DC motor, using MagNet's Transient 2D with Motion solver. Categories: Motors & Generators - DC Products: MagNet Transient 2D with Motion |
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Brushless DC Motor in Motion with Temperature Effects The impact of a high operating temperature on the performance of a Brushless DC (BDC) Motor with Interior Permanent Magnets (IPM) is investigated. Categories: Motors & Generators - DC / Thermal / Multiphysics Products: MagNet Transient 3D with Motion / ThermNet Transient 3D |
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Brushless Motor: Minimizing Cogging Torque This example demonstrates the use of OptiNet with MagNet to find the ideal dimensions for the air gap and the stator teeth in order to produce a minimum cogging torque, while still maintaining a certain running torque. Categories: Motors & Generators - AC / Motors & Generators - DC / Design Optimization Products: MagNet Static 2D / OptiNet |
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Core Loss and Efficiency Calculations with Infolytica software Magnetic losses (also known as iron losses or core losses) are an area of growing interest in fields such as advanced electric machines and transformers. See how Infolytica's software can give you more accurate results for both thermal and magnetic simulations. Categories: Motors & Generators - DC / Thermal / Multiphysics Products: MagNet General / ThermNet General |
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Ensuring Electric Machine Efficiency with MagNet and OptiNet The task of the machine designer--a tireless effort to optimize torque ripple, running torque, efficiency, cost and a whole host of other factors--is now made easier with the latest releases of MagNet and OptiNet from Infolytica. Categories: Motors & Generators - DC / Design Optimization / Multiphysics Products: MagNet General / OptiNet |
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Excel with MagNet This Gallery page provides a good example of how you can customize and automate the construction of your models, and how easily this can be accomplished using MagNet’s ActiveX capabilities in tandem with Microsoft® Excel. Categories: Motors & Generators - DC Products: MagNet Static 2D |
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Full Field Views Using Partial Solutions This example demonstrates how users can view a full solution field, even though the model is only partially solved, using symmetry boundary conditions. Categories: Motors & Generators - AC / Motors & Generators - DC / Miscellaneous Products: MagNet General / MagNet Static 2D / MagNet Static 3D / MagNet Time Harmonic 2D / MagNet Time Harmonic 3D / MagNet Transient 2D / MagNet Transient 2D with Motion / MagNet Transient 3D / ElecNet / ThermNet General / ThermNet Static 2D / ThermNet Transient 2D |
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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 |
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IPM Motor with PWM vector control in PSIM The vector control of an Interior Permanent Magnet (IPM) motor is simulated here using the combined power of PSIM, a circuit and systems simulator from PowerSim, and MagNet. PSIM simulates a rotor speed feedback loop which generates PWM phase voltages. A transient motion solve running concurrently in MagNet uses these to calculate the coil currents, which are fed back to PSIM. Categories: Motors & Generators - DC / System Simulation / Multiphysics Products: MagNet Transient 2D / MagNet Transient 2D with Motion / MagNet Transient 3D / MagNet Transient 3D with Motion |
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IPM Motor with vector control in Simulink® The combined power of MagNet and Simulink is demonstrated using the vector control of an Interior Permanent Magnet (IPM) motor. Simulink simulates a rotor speed feedback loop which outputs the commanded phase voltages. A transient motion solve running concurrently in MagNet uses these to calculate the coil currents, which are fed back to Simulink. Categories: Motors & Generators - DC / System Simulation / Multiphysics Products: MagNet Transient 2D with Motion |
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MagNet Plug-in for SPEED: Designing an IPM motor with fractional slot This example showcases the MagNet Plug-in for SPEED, which effectively combines the advanced electric motor design software of SPEED with the powerful calculation capabilities of MagNet, to design an IPM motor with fractional slot. Categories: Motors & Generators - DC / Multiphysics Products: MagNet Static 2D |
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Magnetic Gear This example illustrates the advanced capabilities of MagNet's Transient with Motion solver, which is capable of simulating multiple moving parts simultaneously. Categories: Motors & Generators - DC / Multiphysics / Miscellaneous Products: MagNet Transient 2D with Motion |
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Miniature DC Motor This gallery page focuses on a simple DC Motor that operates on the polarized armature principle. The motor is analysed using MagNet's Transient 2D with Motion solver. Categories: Motors & Generators - DC Products: MagNet Transient 2D with Motion |
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MotorSolve: Winding Layouts, Analysis and Short Pitching MotorSolve automatic winding layout generation, short pitching and examples of back emf, back emf harmonics and winding factors for various pole/slot combinations are presented on this page. Categories: Motors & Generators - DC Products: MotorSolve |
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Nodal Forces The Nodal Forces module, which works seamlessly with MagNet or ElecNet, calculates the Nodal forces used for vibration analysis. Categories: Motors & Generators - DC Products: MagNet Static 2D / ElecNet |
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Optimizing Electromechanical and Control Circuit Parameters of Brushless Motors MagNet, OptiNet and PSIM are used to redesign a brushless DC motor in order to improve performance by increasing the response speed and minimizing the drive overshoot. Categories: Motors & Generators - DC / Design Optimization / Multiphysics Products: MagNet Transient 3D / OptiNet |
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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 |
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Permanent Magnet Stepper Motor The damping due to bearing friction is taken into account in this simulation of a permanent magnet stepper motor. The motor is made of a stator with eccentric pole faces and a rotor made of samarium cobalt permanent magnet (magnetized in a fixed direction) that rotates in steps of 180 degrees. This page displays some quantities of interest to the user such as force/torque, position, velocity, and acceleration. Categories: Motors & Generators - AC / Motors & Generators - DC Products: MagNet Transient 3D with Motion |
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SPEEDLink Assistant - Examples This Gallery page displays various examples of the MagNet models that have been created using SPEEDLink Assistant. Categories: Motors & Generators - AC / Motors & Generators - DC Products: |
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Switched Reluctance Motor This example analyses a simple switched reluctance motor using two different methods: MagNet's Transient 2D with Motion solver and a circuit simulator with the ActuatorWizard. Categories: Motors & Generators - DC Products: MagNet Static 2D / MagNet Transient 2D with Motion |
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Switched Reluctance Motor - Design and Analysis In this page, the design and analysis aspects of switched reluctance motors are considered. Categories: Motors & Generators - DC |
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Watch stepper motor This Gallery example examines how Infolytica's Transient 3D with Motion solver is used to analyze the internal mechanics of a watch employing a stepper motor. Categories: Motors & Generators - AC / Motors & Generators - DC Products: MagNet Transient 3D with Motion |
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Winding models using multi-segment sweep This page shows how easy it is to create complex windings in MagNet, using our multi-segment sweep feature. Categories: Motors & Generators - AC / Motors & Generators - DC / Miscellaneous Products: MagNet Static 3D / MagNet Time Harmonic 3D / MagNet Transient 3D |