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MapleSim Connector for JMAG-RTMaplesoft

Connector software for MapleSim that enables importing and simulating JMAG-RT motor models within system-level simulations.

Vendor

Vendor

Maplesoft

Company Website

Company Website

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Product details

The MapleSim Connector for JMAG-RT is an add-on software tool that allows users to import JMAG-RT motor files into MapleSim models. It enables the simulation of detailed electromagnetic motor models created in JMAG-RT within the MapleSim environment, supporting system-level analysis and co-simulation. The connector is designed for engineers who need to integrate high-fidelity motor models into multi-domain simulations.

Key Features

JMAG-RT Motor File Import Import JMAG-RT motor models for use in MapleSim simulations.

  • Supports direct use of JMAG-RT .rtt files.
  • Enables high-fidelity motor representation in system models.

Seamless Integration with MapleSim Integrates JMAG-RT components into MapleSim’s modeling workspace.

  • Drag-and-drop JMAG-RT components into models.
  • Configure and connect to other simulation components.

Support for Complex Systems Handles systems of any complexity, including DAEs of any index and mixed domains.

  • Suitable for multi-domain and multi-physics simulations.
  • No restrictions on system complexity.

Export Capabilities Allows export of MapleSim models with JMAG-RT components to other platforms.

  • Export as Simulink S-function blocks.
  • Export as FMU archive files for broader compatibility.

Customizable Simulation Parameters Configure simulation settings and motor parameters within MapleSim.

  • Attach and manage multiple motor files.
  • Adjust simulation parameters for different scenarios.

Benefits

High-Fidelity Motor Simulation Accurately represent electromagnetic motor behavior in system-level simulations.

  • Improves simulation accuracy for electric drive systems.
  • Enables detailed performance analysis.

Streamlined Workflow Simplifies the integration of motor models into complex engineering simulations.

  • Reduces manual effort in model setup.
  • Enhances productivity for engineering teams.

Cross-Platform Model Sharing Facilitates sharing and reuse of models across different simulation environments.

  • Supports industry-standard export formats.
  • Promotes collaboration between teams using different tools.