Product Overview
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PSIM is a simulation package specifically designed for power electronics and motor control. Thanks to PSIM, companies gain in competitiveness as our powerful simulation environment allow them to work more effectively and productively, reduce the development cost and time-to-market. With its user-friendly interface, its simulation speed, its capability of simulating any type of power converters and control circuits, PSIM is ideal for system-level simulation, control loop design, and motor drive system studies. PSIM’s achievement possibilities are so vast and numerous that it covers a wide variety of applications in electrical engineering such as nuclear, solar and wind energy, transportation, aircraft industry, defense, automotive industry, telecoms, lighting, power conversion equipments, IC components... |
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The PSIM Basic package consists of three programs:
- circuit schematic program (PSIM Schematics) - PSIM Simulator - waveform display program (Simview). In addition, there are seven add-on modules for PSIM: - Motor Drive Module for adjustable speed drives and motion control, - Digital Control Module for discrete systems, - SimCoupler Module for co-simulation with Matlab/Simulink*, - MagCoupler Module for co-simulation with JMAG**, - MagCoupler-RT Module for co-simulation with JMAG-RT**, - Thermal Module to estimate semiconductor device losses, - PSIMbook for interactive exercises in different field of Power Electronics. * Matlab and Simulink are registered trademarks of MathWorks Inc. ** JMAG and JMAG-RT are copyright by Japan Research Institute, Ltd., 1997-2005. |
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Did you know that ...
• With PSIM's interactive simulation capability, you can change parameter values and view voltages/currents in the middle of a simulation. It is like having a vitual test bench running on your computer. • You can design and simulate digital power supplies using PSIM's Digital Control Module. The digital control can be implemented in either block diagram or custom C code. • PSIM has a built-in C compiler which allows you to enter your own C code into PSIM without compiling. This makes it very easy and flexible to implement your own function or control methods. • You can use the Thermal Module to calculate semiconductor device losses (conduction losses and switching losses) based on the device information from manufacturers' datasheet. |
