These notes are specifically related to imperix products. They address both control or power hardware, as well as software solutions. Their aim is to document what users should understand to properly use imperix products. Product notes, therefore, provide complementary information with respect notably to product datasheets.
This user guide explains how to use imperix Cockpit to interact with imperix power converter controllers, namely the B-Box RCP, the B-Board PRO, the Programmable Inverter, and…
The Industrial Communication Toolbox Add-On for MATLAB and Simulink (formerly OPC Toolbox) allows communicating with an OPC UA server from MATLAB. This page explains how…
Imperix relies on the increasingly popular OPC UA industrial protocol to remotely control and monitor its power electronic controllers over Ethernet. To do so, the…
Thanks to its flexibility, the power electronic bundle allows for the implementation of numerous power converter topologies. As an example, this page explains how to…
This page gives an overview of possible variable speed drive (VSD) configurations and how to implement them using imperix solutions. Thanks to a modular approach,…
This quick-start guide describes how to build a buck converter controlled in open-loop using power modules and the B-Box RCP programmable controller using the Simulink…
This page provides step-by-step guidance to install Xilinx Vivado Design Suite, the tools used to program the FPGA of imperix controllers.
This 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…
The Xilinx blockset for MATLAB & Simulink is a single toolbox that unifies Model Composer (HLS), System Generator for DSP (HDL) as well as the Xilinx AI…
Usually, the user programs the B-Box RCP or the B-Board PRO CPU using imperix ACG SDK or C++ SDK, and simply uses the pre-implemented FPGA…
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