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System Simulation made easy by. Multi-Physics System Simulator Electrical Electronics, power electronics, rotating machines, spice semiconductors… Mechanics.

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Presentation on theme: "System Simulation made easy by. Multi-Physics System Simulator Electrical Electronics, power electronics, rotating machines, spice semiconductors… Mechanics."— Presentation transcript:

1 System Simulation made easy by

2 Multi-Physics System Simulator Electrical Electronics, power electronics, rotating machines, spice semiconductors… Mechanics Translation and rotation bodies with sources, springs, dampers, conversion elements… Thermal Conduction, convection and radiation models with adapted pre-processing wizards, fully parameter driven. Circuits Conservative networks of any domain can easily be set up by means of graphical connection of appropriate models State Machines With such intuitive representation, logical interactions between parts of the model becomes kids’ stuff Block Diagrams Integrated signal-flow representation enables setting up efficient drive or control for your system VHDL-AMS Enables you working on and sharing high-level behavioral and structural descriptions, using both analogue and mixed signals Data Import Data Export High Software Synergy Portunus Multi-Physics Environment

3 Efficient Simulator Technology - Several analysis types / initialization options - Coupled analogue and digital simulators - Variable step size

4 Efficient Simulator Technology - Coupled analogue and digital simulators - Several analysis types / initialization options - Variable step size Comfortable Graphical User Interface - Library Management - Animation / User Interaction - Parameter Variation - Multiple Pages and Wizard Technology NEW

5 Efficient Simulator Technology - Coupled analogue and digital simulators - Several analysis types / initialization options - Variable step size Comfortable Graphical User Interface - Library management - Multiple Pages and Wizard technology - Animation / User Interaction - Parameter Variation Modelling Flexibility - Network / Block Diagram / State Machines - Subsheet Modelling - SPICE / VHDL-AMS

6 Efficient Simulator Technology - Coupled analogue and digital simulators - Several analysis types / initialization options - Variable step size Comfortable Graphical User Interface - Library management - Multiple Pages and Wizard technology Animation / User Interaction - Parameter Variation Modelling Flexibility - Network / Block Diagram / State Machines - VHDL-AMS / SPICE - Subsheet Modelling Comprehensive Model Libraries - Thermal Library - Standard Libraries - Power Electronics Library

7 Efficient Simulator Technology - Coupled analogue and digital simulators - Several analysis types / initialization options - Variable step size Comfortable Graphical User Interface - Library management - Multiple Pages and Wizard technology - Animation / User Interaction - Parameter Variation Modelling Flexibility - Network / Block Diagram / State Machines - VHDL-AMS / SPICE - Subsheet Modelling Comprehensive Model Libraries - Standard Libraries - Thermal Library / Power Electronics Library Origin Excel Matlab CSV Software Links - Export to Matlab, Excel, Origin - Data Import from Motor-CAD, SPEED and InCa3D - Co-Simulation with Flux 2D + 3D - Combined 2D and 3D - No restriction on data exchange - Configurable algorithm Equivalent Circuit Import Motor-CAD Thermal Motor Modelling Equivalent Circuit Parameters SPEED Design of Electric Motors Inductance / Resistance Matrix InCa3D Interconnection Simulation Co-Simulation Flux Electromagnetic and thermal FEA analysis NEW - Co-Simulation with µVision

8 Efficient Simulator Technology - Coupled analogue and digital simulators - Several analysis types / initialization options - Variable step size Comfortable Graphical User Interface - Library management - Multiple Pages and Wizard technology Animation / User Interaction - Parameter Variation Modelling Flexibility - Network / Block Diagram / State Machines - VHDL-AMS / SPICE - Subsheet Modelling Comprehensive Model Libraries - Standard Libraries - Thermal Library / Power Electronics Library Software Links - Co-Simulation with Flux 2D and 3D - Data import from Motor-CAD, SPEED and InCa3D - Export to Matlab, Excel, Origin - Co-Simulation with µVision Programming Interfaces - Automation - C++

9 Efficient Simulator Technology - Coupled analogue and digital simulators - Several analysis types / initialization options - Variable step size Comfortable Graphical User Interface - Library management - Multiple Pages and Wizard technology - Animation / User Interaction - Parameter Variation Modelling Flexibility - Network / Block Diagram / State Machines - VHDL-AMS / SPICE - Subsheet Modelling Comprehensive Model Libraries - Standard Libraries - Thermal & Power Electronics Library Software Links - Co-Simulation with Flux 2D and 3D - Data import from Motor-CAD, SPEED and InCa3D - Export to Matlab, Excel, Origin - Co-Simulation with µVision Programming Interfaces - C++ - Automation For more information please visit Request your evaluation version at Give us a call under


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