JMAG
JMAG is a professional simulation software used for motor design and development. It can accurately simulate the complex electromagnetic field characteristics of various types of equipment and serves as a virtual motor development platform.
Since its release in 1983, JMAG has been successfully introduced into industrial and academic systems worldwide, successfully contributing to the development of thousands of products. Through continuous listening to customer feedback and making improvements over the years, JMAG has become a world-renowned analysis tool. We hope that JMAG will continue to grow and advance alongside its vast user base in the future.
JMAG Product Family
| Product Modules | Features and Description |
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JMAG-Designer
Core High-Precision Software
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This is the primary core product of the JMAG series, a high-precision, high-speed finite element numerical calculation software tool. The software features an intuitive operating interface and accurate simulation technology. For various types of designs, by freely adjusting geometric dimensions, material properties, and driving conditions, multi-faceted evaluation tasks under various design concepts can be accomplished. |
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JMAG-Express
Rapid Motor Design
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JMAG-Express is a motor design tool. It can quickly calculate motor characteristics and provide a design specification sheet to see if the design requirements are met. The friendly interface allows users to view a summary of design changes at any time, just like referring to a design notepad. |
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JMAG-RT
System Level and HILS Models
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JMAG-RT can generate highly reliable system models. Because the foundation of this model is a database, it can achieve rapid solving requirements in applications through 'table look-up and calculation'. Also, because this database is built on the data results of finite element analysis, accuracy is not sacrificed to meet calculation speed requirements. The JMAG-RT system model can be applied to system-level simulation and provides a more accurate behavior model for electromagnetic devices. The model components generated using JMAG-RT can be applied to Hardware in the Loop Simulations (HILS) and connected to a physical Electronic Control Unit (ECU) as a virtual motor. |