【 Power Electronics and Motor Control 】
.......PSIM has been in the industry for more than 25 years and is the leading simulation software for power electronics and motor control. PSIM features a user-friendly interface and a robust simulation engine that can meet users’ needs in all aspects of circuit simulation and design.
.......PSIM can calculate losses caused by fast switching of power devices, measure motor drive efficiency, perform electromagnetic interference (EMI) analysis, and handle digital and analog signal control. PSIM can also provide rapid control prototyping (RCP) through automatically generated embedded code.
.......In addition, PSIM offers multiple design suites, enabling users to quickly and easily design power supplies, EMI filters, and motor drive systems.
.......PSIM is also compatible with Altair products ( Activate 、Embed、Flux / FluxMotor 、 MotionSolve ) and other third-party software, enabling integrated multi-objective and multiphysics solutions.
Further reading: 【 Youtube 】Getting to Know the Two Major Applications of PSIM
【 Low-Frequency Electromagnetic Field Analysis 】
.......Altair Flux finite element software, backed by 35 years of continuous innovation and global experience in design optimization applications, provides low-frequency electromagnetic field and thermal simulation analysis solutions. Flux has an open and user-friendly interactive interface and can be easily coupled with other Altair software for multiphysics analysis of different systems, including 2D, 3D, and skewed-slot simulations.
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Flux density distribution of skewed-slot induction motor
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Altair Flux induction heating application
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Actuator response time optimization – 15% improvement
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【 Rotating Electrical Machine (Motor) Design 】
Altair FluxMotor is a flexible and open pre-design tool dedicated to rotating electrical machines (motors). With the software, users can flexibly use standard component libraries or custom parts to quickly build motor models, create windings, assign materials, and perform a series of performance tests and result comparisons. Based on advanced modern technologies, the platform delivers fast and accurate calculations and, when necessary, is connected at the solver level with the Altair Flux™ finite element tool to perform more advanced calculations and capture more complex phenomena.
【 High-Frequency Electromagnetic Field and Antenna Design 】
.......Feko is a leading electromagnetic field simulation tool that uses a variety of frequency-domain and time-domain techniques. These true hybrid solver technologies efficiently analyze broadband electromagnetic problems related to antenna design, antenna placement, electromagnetic scattering, radar cross section (RCS), and electromagnetic compatibility, including electromagnetic pulse (EMP), lightning effects, high-intensity radiated fields (HIRF), and radiation hazards.
【 Radio Wave Propagation and Wireless Network Planning 】
.......Altair WinProp is the most comprehensive tool suite in the field of radio wave propagation and wireless network planning. Covering wireless links from satellite to ground, from suburban to urban environments, and indoors, WinProp uses innovative radio propagation models to perform accurate analysis with very short computation times.
.......Altair PollEx is a highly integrated PCB design viewing, analysis, and verification tool suite for electrical, electronics, and manufacturing engineers. Altair PollEx is a PCB-level EDA software toolkit that covers design, analysis, manufacturing, and assembly. It can significantly shorten development cycles while providing a common application for schematic engineers, PCB designers, CAE analysts, and manufacturing engineers. PollEx is an open solution that enables seamless data exchange between different ECAD and simulation environments.
.......Altair WRAP is an electromagnetic environment simulation and spectrum planning and management software suite. Altair WRAP software ( WRAP ) was originally developed by the Swedish company WRAP International AB to meet high-end planning tasks such as radio spectrum planning, radar communications, radar detection, system-level electromagnetic compatibility communications, and aviation navigation radar systems, combining them into a single platform. It enables modeling of radio wave propagation, interference analysis and calculation, and frequency assignment, providing an important foundation for the rational and efficient use of radio spectrum resources.
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