[JAC075] Iron Loss Analysis of a Reactor

DATAFile nameSize (KB)Application NoteJAC075REACTOR-Loss-e.zip571Model DataJMAG-Designer 12.0JAC075REACTOR-Loss-d.zip1,248Case

[JAC071] Basic Characteristic Analysis of a Motor with 2 Brushes, 6 Poles, and 19 Slots

This Application Note presents an analysis to obtain the speed versus torque and torque versus current for a motor that has 2 brushes, 6 poles, and 19 slots.

• Applications: Brush Motor / Universal Motor and Motor
• Module: DP
• Physical Phenomena: Magnetic Field

[JAC105] Leakage Inductance Analysis of a Transformer

DATAFile nameSize (KB)Application NoteJAC105TRANSFORMER-Inductance-e.zip392Model DataJMAG-Designer 14.1JAC105TRANSFORMER-Inductance-d.zip130Case

[JAC069] Iron Loss Analysis of an IPM Motor

DATAFile nameSize (KB)Application NoteJAC069IPM-Loss-e.zip786Model DataJMAG-Designer 15.1JAC069IPM-Loss-d.zip521Case

[JAC117] Iron Loss Analysis of a Transformer

DATAFile nameSize (KB)Application NoteJAC117TRANSFORMER-Loss-e.zip484Model DataJMAG-Designer 11.0JAC117TRANSFORMER-Loss-d.zip1,638Case

[JAC087] Iron Loss Analysis of an IPM Motor Including the Effect of Shrink Fitting

DATAFile nameSize (KB)Application NoteJAC087IPM-ShrinkFit-e.zip871Model DataJMAG-Designer 16.0JAC087IPM-ShrinkFit-d.zip1,395Case

[JAC157] Analysis of Eddy Currents in an IPM Motor Using the Gap Flux Boundary

This Application Note explains how to use the gap flux boundary condition to evaluate the eddy current loss in the magnet by changing the number of magnet divisions. This will mak…

• Applications: IPM Motor and Motor
• Module: DP and FQ
• Physical Phenomena: Magnetic Field

[JAC140] Analysis of Electromagnetic Repulsion Produced in Small Contact Bridges

This Application Note presents the use of a magnetic field analysis to obtain the electromagnetic repulsion when a switch is closed, creating a contact bridge.

• Applications: Basic Geometry
• Module: TR
• Physical Phenomena: Magnetic Field

[JAC108] Centrifugal Force Rupture Analysis of a Ring Magnet

This Application Note presents how to obtain the stress distribution of a ring magnet in an SPM motor rotating at high speeds.

• Applications: Motor and SPM Motor
• Module: DS
• Physical Phenomena: Structural

[JAC104] Thrust Force Analysis of a Linear Induction Motor

This Application Note presents how to obtain thrust force characteristics for a linear inductance motor.

• Applications: Linear Motor and Motor
• Module: DP
• Physical Phenomena: Magnetic Field

[JAC079] Analysis of an Effect of Magnetic Field Orientation on Magnetization

DATAFile nameSize (KB)Application NoteJAC079MAG-orientation-e.zip1,101Model DataJMAG-Designer 15.0JAC079MAG-orientation-d.zip815Case

[JAC111] Starting Performance Analysis of a Universal Motor

This document introduces the use of a magnetic field analysis to obtain the speed versus time graph, the current waveform, and the torque versus time graph for a universal motor.

• Applications: Brush Motor / Universal Motor and Motor
• Module: DP
• Physical Phenomena: Magnetic Field

[JAC069] Iron Loss Analysis of an IPM Motor

This Application Note explains a case example that obtains the iron loss and its distribution in a permanent magnet motor.

• Applications: IPM Motor and Motor
• Module: DP and LS
• Physical Phenomena: Magnetic Field

[JAC119] Torque Characteristic Analysis of a Three Phase Wound Rotor Induction Motor

DATAFile nameSize (KB)Application NoteJAC119IM-Woundrotor-e.zip1,463Model DataJMAG-Designer 13.1JAC119IM-Woundrotor-d.zip2,359Case

[JAC121] Output Analysis of a Salient-Pole Synchronous Generator

This Application Note presents the use of a magnetic field analysis to obtain the magnetic flux density distribution, no-load saturation curve, and output of a salient-pole synchr…

• Applications: Generator
• Module: DP
• Physical Phenomena: Magnetic Field

[JAC082] Analysis of a Synchronous Reluctance Motor

This Application Note presents an evaluation of torque variations that occur when the phase of a sinusoidal wave current is changed.

• Applications: Motor and Synchronous Reluctance Motor
• Module: DP
• Physical Phenomena: Magnetic Field