Altair PSIM 2022.3.0.60 Professional (x64)

Free Download Altair PSIM 2022.3.0 | 871.2 mb
Owner:Altair
Product Name:PSIM
Version:2022.3.0.60 Professional
Supported Architectures:x64
Website Home Page :www.altair.com
Languages Supported:english
System Requirements:Windows *
Size:871.2 mb

Altair , a global leader in computational science and artificial intelligence (AI) is pleased to announce the availability ofAltair PSIM 2022.3.0, Powersim’s flagship product for design and simulation of power electronics and motor drives.

PSIM-HyperSpice link
– With PSIM-HyperSpice link, the transient, AC, and DC Spice operations can be performed in PSIM environment.
– PSIM can generate a HyperSpice netlist based on the schematic.
– PSIM can pass the netlist to HyperSpice, and initiate the simulation.
– PSIM calls the HyperSpice DLL at each time step and receives simulation results from HyperSpice.
– Upon completion of the simulation, simulation results are displayed in SIMVIEW

PSIM-Embed Wrapper for DSP Code Generation
PSIM-Embed Wrapper generates a DLL block for controller implementations inside PSIM and export it to Embed so that user can generate target code for any DSP/Micro devices that Embed supports.

New OML Functions for PSIM-Compose Interface
– PsimSimulate: This command runs a single simulation (with parameters) and returns the graph.
– PsimASimulate: This command runs run multiple simulations simultaneously (each in a separate thread – with parameters) and returns the graphs.
– PsimIsSubcircuit: This command checks if a schematic file is subcircuit.
– PsimReadGraphFile: This command reads a graph file and returns the curves in the form of arrays of numbers that can be Descriptionted or further modified in Compose.
– PsimWriteGraphFile: This command writes curves in the form of arrays of numbers to a graph file. The file extension determines the file format.
– PsimSimview: This command opens Simview and displays a number of graphs with options for the X and Y axis and an option for FFT
Complete WorkFlow to Generate Efficiency Maps of Flux/FluxMotor PMSM Models
Detailed workflow to generate efficiency maps of complete motor drive systems with Flux/FluxMotor PMSM using Motor Control Design Suite (MCDS) and PSIM script commands.
– Detailed workflow to generate Look-up Tables (LuTs) of PMSM motors in Motor Catalog of FluxMotor, under both FluxMotor and Flux environment.
– Detailed workflow to generate efficiency maps of motor drive systems with MCDS and PSIM script commands.
– Documentation of the workflow procedures as the tutorials.
– Addition of examples and case studies.
Complete WorkFlow to Obtain accurate dV/dt & dI/dt of Level 2 and Level 3 Device Models for EMI Study
– Addition of a new level-3 MOSFET model (level-2 MOSFET + level-2 diode) for accurate dv/dt and di/dt predictions.
– Detailed workflow for Superjunction MOSFET; Si-based MOSFET and IGBT.
– Documentation of the workflow procedures as the tutorials.
– Addition of examples and case studies.
New and Updated Tutorials:
– "How to Generate LuTs for PMSM (Flux and FluxMotor) Models."
– "How to Use LuTs-Based PMSM (from Flux and FluxMotor) Models and Generate Efficiency Maps."
– "Level-3 Superjunction MOSFET Model Calibrations of dv/dt & di/dt for EMI Study."
– "Level-2 Si MOSFET and IGBT Model Calibrations of dv/dt & di/dt for EMI Study."
– "How to Use PSIM-HyperSpice Link."
– "How to Use PSIM-Embed Wrapper."
– "IGBT Level-2 Model."
New Examples and Case Studies:
– Examples: PSIM-Compose Demos
– Examples: Code Generation – Embed Wrapper
– Examples: New OML Scripts
– Case Studies: Efficiency Maps of motor drive systems (with FluxMotor and Flux PMSM Models)
– Case Studies: Level 2 Si MOSFETs and IGBTs; Level 3 Superjunction MOSFETs
Resolved Issues:
– EN 55011 A group 2 standard Descriptionting incorrectly
– Thermal device database 3rd quadrant
– Element images for ‘Min/Max’, ‘Push button’ and ‘PE-Expert4=>PEV4_DI’ are not correct
– Standard Deviation Value error by Monte Carlo analysis
– MTPA block in MCDS does not solve before the battery at t = 0 causing error
– Add metadata to PSIM compose library commands
– Pop up window about newer IGBT interrupting scripts and is unclear
– PSIM cosim with modcoupler object does not detect the modcoupler element
– AC sweep (2) does not seem to work properly
– Error message is wrong for elements not supported for code generation.
– PSIM generated SPICE netlist has errors
– Device database editor crashes when editing data
– F2837x target: ADCIND4 and D5 should be available
– Thermal model part of "switch" causes errors and hard crash when toggled
– Thermal device of dev and xml file are different

PSIMhas been a leading power electronics and motor drive simulation and design software for over 25 years. With an intuitive, user-friendly interface and a robust simulation engine, PSIM is the all-in-one solution that meets users’ simulation and design needs. PSIM can handle quick power converter loss calculations, motor drive efficiency calculations, conducted EMI analysis, and analog/digital control. PSIM also offers automatic embedded code generation for rapid control prototyping. Additionally, with PSIM’s various Design Suites, users can design power supplies, electromagnetic interference (EMI) filters, and motor drive systems quickly and conveniently. PSIM also integrates seamlessly with other Altair products (Activate, Embed, Flux/FluxMotor, MotionSolve) and with third-party software, and offers an integrated solution for multi-domain, multi-physics systems.
Getting started with PSIM
Altairis a global leader in computational science and artificial intelligence (AI) that provides software and cloud solutions in simulation, high-performance computing (HPC), data analytics, and AI. Altair enables organizations across all industries to compete more effectively and drive smarter decisions in an increasingly connected world – all while creating a greener, more sustainable future.
TheTeam Altair acquired Powersim, a market-leading provider of simulation and design tools for power electronics, including power supplies, motor drives, control systems, and microgrids. This acquisition expands Altair’s electronic system design technology into the domain of power electronics.