Advanced simulation platform for comprehensive learning and experimentation with power electronic circuits
Interactive waveform analysis tool for power electronics circuits
Experience cutting-edge simulation technology with real-time analysis and interactive learning
Watch circuit behavior in real-time with interactive waveform displays, oscilloscope views, and dynamic parameter visualization
Adjust circuit parameters dynamically with precision sliders and observe immediate effects on performance metrics
Comprehensive analysis tools for efficiency, ripple, THD, power factor, and component stress calculations
Export simulation results, waveforms, and detailed analysis reports in multiple formats (PDF, CSV, JSON)
Step-by-step tutorials with theory integration, interactive quizzes, and progress tracking
Build custom circuits with drag-and-drop components and automatic SPICE simulation
Try our interactive demo to see how parameters affect converter performance
This advanced virtual laboratory provides a comprehensive platform for learning and experimenting with power electronic circuits. Our state-of-the-art simulator offers real-time visualization, interactive parameter control, and detailed performance analysis for all major converter topologies used in modern power systems.
Industry-standard SPICE models and advanced numerical algorithms for accurate circuit simulation
Designed by power electronics experts from leading institutions worldwide
Available 24/7 from any device with internet connectivity - no software installation required
Browse through our three main categories: DC-DC Converters, AC-DC Converters, and DC-AC Converters. Each category contains multiple experiments with varying complexity levels.
Click the "Launch" button next to any experiment. The virtual lab will load with the circuit diagram, control panel, and measurement instruments.
Use the interactive sliders and input fields to modify circuit parameters such as input voltage, duty cycle, load resistance, and switching frequency.
Monitor real-time waveforms on the virtual oscilloscope and observe performance metrics including efficiency, ripple, and THD.
Use our interactive oscilloscope demo to understand waveform analysis. Adjust frequency, amplitude, and timebase settings to explore different signal characteristics.
Use the search bar to quickly find specific experiments or use category filters to narrow down your options.
Export simulation results, waveforms, and performance data in various formats (PDF, CSV, JSON) for further analysis or reporting.
Toggle between light and dark themes using the floating button in the bottom-right corner for comfortable viewing in any lighting condition.
Begin with simple DC-DC converters like Buck and Boost before moving to more complex topologies like SEPIC or Cuk converters.
Use the same input conditions across different converter types to understand their relative advantages and applications.
Try extreme parameter values to understand converter limitations and observe phenomena like discontinuous conduction mode.
Practice with our virtual oscilloscope to understand waveform characteristics, measurement techniques, and signal analysis fundamentals.