vektorPWM
vektorPWM is a term used to describe vector-based pulse width modulation techniques applied in the control of three-phase power electronics, most commonly Space Vector PWM (SVPWM). The goal is to synthesize an effective three-phase output voltage from a fixed DC bus by arranging the inverter switching states so that the instantaneous output vector matches a desired reference vector within a hexagonal locus formed by the inverter’s active states.
How it works: An inverter has eight switching states: six active states and two zero states. The
Implementation and usage: In practice, SVPWM is implemented in digital controllers (microcontrollers or DSPs) using PWM
Variants and related methods: SVPWM has variations such as traditional SVPWM, improved (or optimized) SVPWM, and