Space-Vector PWM Inverter & Motor Drive (2D)

Every variable-frequency motor drive — from an EV traction inverter to a factory pump VFD — works by chopping a fixed DC bus voltage into a synthetic three-phase AC waveform using space-vector PWM. This 2D simulator renders the real six-vector switching hexagon that an SVPWM algorithm steps through, a stator winding that lights up phase by phase as the reference vector rotates, an induction-motor rotor that spins at the resulting synchronous speed, and a live oscilloscope tracing both the phase voltages and the instantaneous duty-cycle split. Adjust fundamental frequency, DC bus voltage and modulation index — or lock them together with V/f control the way a real drive protects its motor from magnetic saturation — and watch live readouts track the active switching sector, the vector angle, peak phase voltage, synchronous speed and the d1/d2/d0 duty split.