Automatically extract device characteristics from MOSFET datasheets and predict switching performance across all operating conditions — without manual parameter extraction.
Five tightly integrated capabilities that compress weeks of analysis into minutes.
Upload any MOSFET datasheet and PulseIQ intelligently extracts all key device parameters — no manual entry required.
Automatically suggests circuit parasitic inductances and capacitances so you reach analysis immediately.
Specify voltage, current range, and gate drive parameters to precisely match your target application.
Switching loss, transition time, dv/dt, di/dt, overcurrent, and overvoltage — all evaluated versus current.
Export all computed results as CSV files for seamless integration with converter-level design workflows.
Native support for Silicon Carbide MOSFETs and Enhancement-mode GaN HEMTs — the two dominant wide-bandgap technologies for modern power conversion.
PulseIQ evaluates switching performance across the full operating current range and delivers every metric your converter development demands.
Upload your MOSFET datasheet — PulseIQ automatically parses and extracts all device parameters.
Intelligent algorithms extract gate charge curves, capacitances, threshold voltages, and package parasitics.
PulseIQ suggests circuit parasitic values based on device package and typical layout practices.
Define your DC bus voltage, load current range, and gate drive resistances for your application.
Full switching analysis runs across the entire current range — turn-on, turn-off, dv/dt, di/dt, losses.
Download all computed metrics as CSV files ready for your converter-level loss budget and thermal design.
From electric vehicles to data centres, PulseIQ accelerates switching analysis wherever wide-bandgap devices are used.
Optimise switching losses for EV inverters and on-board chargers operating at high dv/dt.
Evaluate SiC performance in solar and wind inverters for maximum efficiency at grid frequencies.
Characterise switching behaviour across the full torque-speed range for industrial motor drives.
Analyse GaN switching at MHz frequencies for compact, high-density power supplies.
Benchmark and compare SiC and GaN devices for new design selection without lab measurements.
Meet stringent efficiency targets for 48V server power delivery using accurate loss prediction.
Get in touch with the team at Simivolt Dynamics and access PulseIQ for your next power converter project.
Or email directly: sales@simivoltdynamics.com