PSIM 2021b: A Powerful Simulation Software for Power Electronics and Motor Control
If you are looking for a simulation software that can handle complex power electronics and motor control systems with ease and accuracy, you might want to check out PSIM 2021b, the latest version of the popular software developed by Powersim Inc.
psim 2021b download
In this article, we will introduce what PSIM is, what are the new features of PSIM 2021b, how to download PSIM 2021b, and how to learn PSIM 2021b.
What is PSIM?
PSIM is a software that provides simulation and design solutions for power electronics and motor control applications.
PSIM is a software that is specifically designed for power electronics and motor control. It can simulate various types of circuits and systems, such as converters, inverters, rectifiers, drives, microgrids, renewable energy systems, etc.
PSIM can also perform different types of analysis, such as ac sweep, frequency response, EMI (electromagnetic interference), resonant converter design, thermal analysis, embedded code generation, co-simulation with other software (such as Matlab/Simulink), etc.
PSIM can also help users design and optimize their circuits and systems with tools such as SmartCtrl (a control loop design tool), Motor Drive Module (a motor drive design tool), and SPICE Module (a SPICE simulation engine).
PSIM has an intuitive, user-friendly interface and a fast simulation engine that delivers accurate results.
One of the advantages of PSIM is its intuitive, user-friendly interface that allows users to create and edit circuits and systems easily and quickly. PSIM has a drag-and-drop feature that lets users select and place components from a library of over 2000 elements, including switches, diodes, transistors, capacitors, inductors, resistors, transformers, sensors, sources, loads, etc.
PSIM also has a fast simulation engine that can handle large and complex systems with high efficiency and accuracy. PSIM can simulate circuits and systems in the time domain or the frequency domain, depending on the user's preference and needs. PSIM can also handle nonlinear and switching elements with ease, thanks to its advanced numerical methods and algorithms.
psim 2021b simulation software power electronic motor control
psim 2021b release webinar
psim 2021b new features and updates
psim 2021b design verification toolset
psim 2021b fmi module for co-simulation
psim 2021b emi simulation and filter design
psim 2021b clllc design template for resonant converters
psim 2021b jmag-rt models for 6-phase pmsm and synrm
psim 2021b thermal module improvement
psim 2021b sigma delta frequency modulator for ti f2837x and f28004x
psim 2021b spice module for checking pspice netlist against ltspice netlist syntax
psim 2021b new and revised elements
psim 2021b application notes
psim 2021b simulation speed and accuracy
psim 2021b free trial download
how to install psim 2021b on windows 10
how to activate psim 2021b license
how to use psim 2021b schematic program
how to use psim 2021b simulator
how to use psim 2021b waveform display program simview
how to use psim 2021b control library
how to use psim 2021b frequency response analysis (ac sweep)
how to use psim 2021b co-simulation with matlab/simulink
how to use psim 2021b motor drive library
how to use psim 2021b monte carlo analysis
how to use psim 2021b sensitivity analysis
how to use psim 2021b fault analysis
how to use psim 2021b generated fmu models
how to use psim 2021b emi filter, lisn, signal analyzer for 3-phase systems
how to use psim 2021b vienna rectifier design template
how to use psim 2021b pi-type, t-type, and l-type filters with esr, esl, and damping branch
how to use psim 2021b ground plane element for different grounding points
how to use psim 2021b resonant llc converter design template for on-board charger
how to use psim 2021b ac analysis of peak current mode controlled buck converter
how to use psim 2021b power loss and efficiency calculation of resonant converter
how to use psim 2021b resonant converter design for wireless power transfer application
how to use psim 2021b bus bar element for low inductance connection
how to use psim 2021b coax cable element for transmission line modeling
how to use psim 2021b pmsm (high frequ) (v) element for high frequency pmsm modeling
how to use psim 2021b optocoupler (bi-directional) element for bidirectional signal isolation
how to use psim 2021b turn-on time delay (logic) element for logic signal delay modeling
how to use psim 2021b sr flip-flop element for sequential logic circuit design
how to use psim 2021b sv pwm (2-level) and sv pwm (3-level) elements for space vector pwm generation
where to find psim 2021b user manual and tutorials
where to find psim 2021b technical support and customer service
where to find psim 2021b online community and forum
where to find psim 2021b training courses and webinars
where to find psim 2021b case studies and testimonials
where to find psim 2021b pricing and quotation request form
PSIM can handle various types of analysis, such as ac sweep, frequency response, EMI, resonant converter design, and more.
Another advantage of PSIM is its ability to perform various types of analysis that can help users understand and optimize their circuits and systems. PSIM can perform ac sweep analysis, which can show the frequency response of a circuit or system. PSIM can also perform EMI analysis, which can help users identify and reduce the electromagnetic interference caused by their circuits or systems. PSIM can also perform resonant converter design analysis, which can help users design and optimize resonant converters with high efficiency and low losses.
PSIM can also perform other types of analysis, such as thermal analysis, embedded code generation, co-simulation with other software (such as Matlab/Simulink), etc. These analysis tools can help users enhance the performance and functionality of their circuits and systems.
What are the new features of PSIM 2021b?
PSIM 2021b introduces a new design verification toolset that includes Monte Carlo analysis, sensitivity analysis, and fault analysis.
One of the new features of PSIM 2021b is the design verification toolset, which can help users verify and validate their designs under different conditions and scenarios. The design verification toolset includes Monte Carlo analysis, sensitivity analysis, and fault analysis.
Monte Carlo analysis can help users evaluate the impact of component variations on their circuits or systems. It can generate random values for component parameters within a specified range and run multiple simulations with different combinations of values. It can then display the statistical results of the simulations in histograms or scatter plots.
Sensitivity analysis can help users identify the most influential parameters on their circuits or systems. It can vary one or more parameters within a specified range and run multiple simulations with different values. It can then display the sensitivity results of the simulations in bar charts or spider charts.
Fault analysis can help users test the robustness and reliability of their circuits or systems. It can inject faults into one or more components or signals and run multiple simulations with different fault conditions. It can then display the fault results of the simulations in tables or graphs.
PSIM 2021b also supports FMI co-simulation with other software, such as Matlab/Simulink, JMAG, Modelsim, etc.
Another new feature of PSIM 2021b is the support for FMI (Functional Mock-up Interface) co-simulation with other software. FMI is a standard that enables the exchange and integration of models from different tools. PSIM 2021b can export or import FMUs (Functional Mock-up Units), which are files that contain models and their interfaces.
PSIM 2021b can co-simulate with other software that support FMI, such as Matlab/Simulink, JMAG (a magnetic field analysis software), Modelsim (a digital logic simulation software), etc. This can enable users to combine the strengths of different tools and simulate complex systems with high fidelity and accuracy.
PSIM 2021b adds new functions for EMI simulation and filter design, such as 3-phase system support, Pi-type and T-type filters, damping branch, ground plane element, etc.
Another new feature of PSIM 2021b is the addition of new functions for EMI simulation and filter design. EMI simulation is a tool that can help users analyze the electromagnetic interference caused by their circuits or systems. Filter design is a tool that can help users design filters to reduce the electromagnetic interference in their circuits or systems.
PSIM 2021b adds new functions for EMI simulation and filter design, such as:
3-phase system support: PSIM 2021b can simulate 3-phase systems with balanced or unbalanced loads and sources, and calculate the common-mode and differential-mode currents and voltages.
Pi-type and T-type filters: PSIM 2021b can design Pi-type and T-type filters with different configurations and specifications, such as attenuation, cutoff frequency, impedance matching, etc.
Damping branch: PSIM 2021b can add a damping branch to the filter to improve the stability and performance of the filter.
Ground plane element: PSIM 2021b can model the ground plane as an element with finite size and impedance, and calculate the parasitic capacitance and inductance between the ground plane and other elements.
PSIM 2021b also provides a new EMI filter design template that can help users design EMI filters for their circuits or systems with ease and efficiency.
PSIM 2021b offers a new CLLLC design template for resonant converters that simplifies the analysis and design of the 5-order resonant converter.
Another new feature of PSIM 2021b is the new CLLLC design template for resonant converters. A resonant converter is a type of converter that uses resonant elements to achieve high efficiency and low losses. A CLLLC resonant converter is a type of resonant converter that uses two capacitors, two inductors, and one transformer to form a 5-order resonant network.
PSIM 2021b offers a new CLLLC design template that can help users analyze and design CLLLC resonant converters with ease and accuracy. The template can calculate the resonant frequencies, impedances, gains, losses, efficiencies, etc. of the CLLLC resonant converter. The template can also generate the circuit schematic, control loop diagram, and simulation results of the CLLLC resonant converter.
How to download PSIM 2021b?
PSIM 2021b is available for purchase from Altair or Powersim Inc., the developer of PSIM.
If you want to download PSIM 2021b, you need to purchase it from Altair or Powersim Inc., the developer of PSIM. Altair is a global technology company that provides software and cloud solutions for engineering, data analytics, high-performance computing, etc. Powersim Inc. is a company that specializes in power electronics simulation software and solutions.
You can visit the websites of Altair or Powersim Inc. to find out more about the pricing and licensing options of PSIM 2021b. You can also contact them directly to get a quote or request a demo.
PSIM 2021b has different pricing and licensing options depending on the user's affiliation and needs.
PSIM 2021b has different pricing and licensing options depending on the user's affiliation and needs. For example, PSIM 2021b has different versions for academic users, commercial users, and hobbyists. PSIM 2021b also has different modules for different applications, such as SmartCtrl, Motor Drive Module, SPICE Module, etc.
You can choose the version and modules that suit your needs and budget. You can also choose between perpetual licenses or subscription licenses, depending on your preference and convenience.
PSIM 2021b also offers a free demo version with limited functionality and a 15-day trial version with full functionality for evaluation purposes.
If you want to try PSIM 2021b before purchasing it, you can download a free demo version or a 15-day trial version from the website of Powersim Inc. The free demo version has limited functionality and does not allow saving or printing. The 15-day trial version has full functionality and allows saving and printing.
You can use the free demo version or the 15-day trial version to evaluate the features and performance of PSIM 2021b. You can also use them to learn how to use PSIM 2021b by following the tutorials and examples provided by Powersim Inc.
How to learn PSIM 2021b?
PSIM 2021b provides various resources and tutorials to help users get started and learn more about the software.
If you want to learn how to use PSIM 2021b effectively and efficiently, you can take advantage of the various resources and tutorials that PSIM 2021b provides. These resources and tutorials can help you get familiar with the interface, features, and functions of PSIM 2021b, and show you how to use PSIM 2021b for different applications and scenarios.
PSIM 2021b has a comprehensive user manual that explains the features and functions of the software in detail.
One of the resources that PSIM 2021b provides is the user manual, which is a comprehensive document that explains the features and functions of PSIM 2021b in detail. The user manual covers topics such as installation, activation, circuit creation, simulation, analysis, design, co-simulation, etc. The user manual also provides tips and tricks to help users optimize their use of PSIM 2021b.
You can access the user manual from the help menu of PSIM 2021b, or download it from the website of Powersim Inc. You can also search for specific topics or keywords in the user manual using the search function.
PSIM 2021b also has a number of example circuits, video tutorials, pdf tutorials, and application notes that demonstrate how to use the software for different applications and scenarios.
Another resource that PSIM 2021b provides is the example circuits, which are pre-made circuits that demonstrate how to use PSIM 2021b for different applications and scenarios. The example circuits cover topics such as converters, inverters, rectifiers, drives, microgrids, renewable energy systems, etc. The example circuits also include simulation results and explanations to help users understand the behavior and performance of the circuits.
You can access the example circuits from the file menu of PSIM 2021b, or download them from the website of Powersim Inc. You can also modify or customize the example circuits to suit your needs and preferences.
Another resource that PSIM 2021b provides is the video tutorials, which are short videos that show how to use PSIM 2021b for different applications and scenarios. The video tutorials cover topics such as circuit creation, simulation, analysis, design, co-simulation, etc. The video tutorials also include narration and captions to help users follow along and learn from the videos.
You can access the video tutorials from the help menu of PSIM 2021b, or watch them on the YouTube channel of Powersim Inc. You can also subscribe to the YouTube channel to get notified of new video tutorials.
Another resource that PSIM 2021b provides is the pdf tutorials, which are written documents that show how to use PSIM 2021b for different applications and scenarios. The pdf tutorials cover topics such as circuit creation, simulation, analysis, design, co-simulation, etc. The pdf tutorials also include screenshots and diagrams to help users visualize and understand the steps and results of the tutorials.
You can access the pdf tutorials from the help menu of PSIM 2021b , or download them from the website of Powersim Inc. You can also print or save the pdf tutorials for future reference.
Another resource that PSIM 2021b provides is the application notes, which are technical documents that explain how to use PSIM 2021b for specific applications and scenarios. The application notes cover topics such as EMI simulation and filter design, resonant converter design, FMI co-simulation, etc. The application notes also include circuit schematics, simulation results, and calculations to help users understand the theory and practice of the applications.
You can access the application notes from the help menu of PSIM 2021b, or download them from the website of Powersim Inc. You can also share or cite the application notes for academic or professional purposes.
Conclusion
PSIM 2021b is a powerful simulation software for power electronics and motor control that offers many new features and capabilities.
In conclusion, PSIM 2021b is a powerful simulation software for power electronics and motor control that offers many new features and capabilities. PSIM 2021b can help users simulate, analyze, design, and optimize their circuits and systems with ease and accuracy. PSIM 2021b can also help users verify and validate their designs under different conditions and scenarios with the new design verification toolset. PSIM 2021b can also help users integrate their models with other software with the new FMI co-simulation support.
PSIM 2021b is easy to use, fast to simulate, and accurate to analyze.
Another reason why PSIM 2021b is a powerful simulation software is that it is easy to use, fast to simulate, and accurate to analyze. PSIM 2021b has an intuitive, user-friendly interface that allows users to create and edit circuits and systems easily and quickly. PSIM 2021b also has a fast simulation engine that can handle large and complex systems with high efficiency and accuracy. PSIM 2021b also has advanced numerical methods and algorithms that can handle nonlinear and switching elements with ease.
PSIM 2021b is available for download from Altair or Powersim Inc., and provides various resources and tutorials to help users learn the software.
The last reason why PSIM 2021b is a powerful simulation software is that it is available for download from Altair or Powersim Inc., and provides various resources and tutorials to help users learn the software. PSIM 2021b has different pricing and licensing options depending on the user's affiliation and needs. PSIM 2021b also offers a free demo version and a 15-day trial version for evaluation purposes. PSIM 2021b also provides a comprehensive user manual, a number of example circuits, video tutorials, pdf tutorials, and application notes to help users get started and learn more about the software.
FAQs
Q: What are the system requirements for PSIM 2021b?
A: The system requirements for PSIM 2021b are as follows:
Operating system: Windows 10 (64-bit)
Processor: Intel Core i5 or higher
Memory: 8 GB RAM or higher
Disk space: 2 GB or higher
Graphics card: NVIDIA GeForce GTX 1050 or higher
Internet connection: Required for activation and updates
Q: How can I get technical support for PSIM 2021b?
A: You can get technical support for PSIM 2021b by contacting Altair or Powersim Inc., depending on where you purchased the software. You can also visit the support page of Powersim Inc., where you can find FAQs, forums, bug reports, etc.
Q: How can I get updates for PSIM 2021b?
A: You can get updates for PSIM 2021b by checking the update notification in the software, or by visiting the download page of Powersim Inc., where you can find the latest version of the software.
Q: How can I get more information about PSIM 2021b?
A: You can get more information about PSIM 2021b by visiting the website of Powersim Inc., where you can find product information, features, specifications, etc. You can also watch the webinar of Powersim Inc., where you can learn more about the new features and capabilities of PSIM 2021b.
Q: How can I give feedback or suggestions for PSIM 2021b?
A: You can give feedback or suggestions for PSIM 2021b by contacting Altair or Powersim Inc., depending on where you purchased the software. You can also fill out the feedback form on the website of Powersim Inc., where you can share your opinions and ideas for improving the software. 44f88ac181
Bình luận