How to build a 3 phase inverter
PN170This page is a quick-start guide to build a 3 phase inverter using imperix’s high-end control hardware for power electronics. It is specifically made to…
PN170
PN170
Space Vector Modulation (SVM)
TN145What is the space vector modulation technique (SVM) and how does it work? To answer these questions, this article introduces first the notions of active…
SVPWM vs SPWM modulation techniques
TN146What is the difference between Space Vector (SVPWM) and Sinusoidal Pulse Width Modulation (SPWM)? This article presents the advantages of the SVPWM technique over SPWM…
Step-down buck converter
TN100This technical note describes the operating principles of a step-down buck converter. A possible open-loop control implementation of this converter, targeting the B-Box RCP or B-Board PRO with both C/C++ and automated…
Step-up boost converter
TN101This technical note describes the operating principles of a step-up boost converter. A possible open-loop control implementation of this converter, targeting the B-Box RCP or B-Board PRO with both C/C++ and automated…
Buck-boost converter
TN102This technical note describes the operating principles of a buck-boost converter. A possible open-loop control implementation of this converter, targeting the B-Box RCP or B-Board PRO with both C/C++ and automated code…
Coordinated control of a back-to-back inverter
TN155This technical note gives general insights on the implementation of coordinated control using imperix’s rapid control prototyping solutions. A grid-tied back-to-back three-phase inverter is given…
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