Software training,tutorials,download,torrentThe ultimate simulation environment for power conversion and motor control.
When get-to-market time is critical, PSIM’s power electronics simulator delivers unbeatable simulation speed while producing high-quality system-level results. Even with no prior experience, PSIM’s friendly user interface means easy implementation and seamless adoption in any environment.
PSIM and its add-on modules provide robust system-level design and simulation across multiple areas.
ANALYSIS AND DESIGN OF COMPLEX MOTOR DRIVE SYSTEMS
Greatly speed up your motor drive design process — fast and easy.
You need powerful tools for motor drive design, simulation, and analysis. Powersim provides them. We achieve the fastest and most accurate simulations on the market that will make your work more efficient than ever.
Key challenges that engineers often face in motor drives include:
- Motor performance evaluation
- Controller design of current/speed feedback loops
- Sensored or Sensorless control, FOC/DTC
- Power converter major components dimensioning
- Inverter loss calculation and device comparison
- DC bus sizing and link capacitor sizing
- EMI filter evaluation
POWER SUPPLY DESIGN
Complex power simulations made fast and easy.
Power supplies are the backbone of the electrified world. Converter requirements, advancements in switches, magnetics, topologies, and control techniques require you to have a dynamic, fast, accurate, and purpose-built simulation tool for power electronics. Powersim has been providing simulation tools for power supplies for more than 25 years; so we know what we are doing. Our users tell us that PSIM is fast, accurate, robust, and easy to use; we aren’t sure what else you need from a simulation tool.
The key challenges that today’s power supply designers are facing are easily solved and understood with our design and simulation tools: PSIM, DSIM, & SmartCtrl.
- Evaluate multiple topologies and converter operation characteristics:
- Operating envelope
- Worst-case and Monte Carlo analysis
- Frequency analysis
- Sensitivity and Fault analysis
- Switching speed and its impact on:
- Magnetics and capacitor sizing
- Component stresses and losses
- EMI
- Electromagnetic interference (EMI) filter design and operation
- Control Design & Implementation
- Analog or digital
- Bandwidth
- Implementation and verification of digital control
- Rapid Control Prototyping (RCP)
Version:2022.2
Supported Architectures: x64
Language: english
Supported Operating Systems:Windows 7even or newer
Size: 1CD